HomeMy WebLinkAboutVAIL VILLAGE FILING 2 LOT E F VAIL VALLEY MEDICAL CENTER 2001 EXPANSION 1Ecata{rt?ool
Asbestos Inspection for
Vail Valley Medical Genter
Vail, Colorado
WALSH Project Number: 4750-010
March 14,2001
Environmental Scientists and Engineers, LLC
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ASBESTOS INSPECTION FOR
VAIL VALLEY MEDICAL CENTER
181 WEST MEADOW DRIVE
VAIL, COLORADO
March 14,2000
Prepared for:Stan Anderson, SR Director, Support Services
Vail Valley Medical Center
l8l West Meadow Drive, Suite 100
Vail, Colorado 81657
Prepared by:
WALSHET{VIRONME*^JSITifr,1'TSANDENGINEERS,LLC.
4888 pearl East Circle, Suite l0g
Boulder, Colorado 80301
(303) 443_3282
Frank R. Peck
Asbestos Inspector
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1.1
1.2
2.1
2.2
2.3
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2.5
2.6
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APPENDIX A
APPENDIX B
APPENDIX C
APPENDIX D
APPENDIX E
APPENDIX F
LIST OF APPENDICES
BUILDING CHARACTERIZATION
HOMOGENEOUS MATERIAL REVIEW
ACBM LOCATIONS
BULK SAMPLING
COST ESTIMATES FOR ABATEMENT
REFERENCES
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Envimnmental S.i.n,it,t
EXECUTIVE SUMMARY
This report provides an overview of the asbestos inspection of the Vail Valley Medical Center
located at l8l Meadow Drive, Vail, Colorado. Walsh Environmental Scientists and
Engineers, LLC. (Walsh) was contracted by the Vail Valley Medical Center to conducr an
inspection for asbestos-containing building materials (ACBM). Walsh performed the
inspection from January 3l,Z00l to February 0g, 2001.
The Hospital consists of 4 attached buildings that were constructed separately in approximately
1969' 1978, 1986 and 1990. The buildings comprise approximately 135,000 square reet or
space.
The sampling and inspection process was conducted in accordance with standards of the Epl
Asbestos Emergency Hazard Response Act (AHERA) and National Emission Standards for
Hazardous Air Pollutants (NESHAPs), OSHA Construction and General Industry Standards for
asbestos, Colorado Department of Public Health and Environment (CDPHE) Regulation g, and
other applicable industry stardards. Asbestos inspection activities were conducted by AHERA
and State of Colorado accredited personnel.
The inspection identified 152 types of suspected asbestos-containing homogenous building
materials in the buildings. These materials are listed in Appendix g oittris r.pott. A materia'i
is considered to be asbestos containing (ACBM) if the asbestos content is greater than l%.
The following 29 materials were confirmed or assumed to contain asbestos and must beremoved (or sampled if assumed) prior to any renovation activity that will potentially disturb
these materials. Refer to the Section 3 (Findings) of this report for additional information
including material location and quantities.
vvMc69 BUR-01 Built up rool rulber membrane Assumed
VVMC69 cT-03 Z'x 2'ceiling tile, random dot pattern l&4rnqqi!e, ft. Cr. = 2.23% Amosite
vvMc69 FTC-02 12 x 12" brownish red streaked tile wiih
rlack mastic
1.2% tot^I, tile l%, mastic 8 % Chrysotile;
&. Ct. -- .71% total, rile .7S%Chrysotile
vvMc69 Frc-03 9" x 9" off white tile with gray & brow"
flecks with black mastic
D:8% total, tile 0.5To, mastic 9% Chrysotile;
Pt. Cr. -- .24% total, tile .2s%Chrvsorile
WMC69 Frc-0t L2' x 12" light brown tile with brown &
white streaks with adhesive l
< 0.L% rotal, 0% tile, mastic. 3%
Chrvsotile
WMC69 FTM.OI Black floor mastic 6% Chrysotile
vvMc69 LFB.OI Reddish/Green Pebbled partern with gray
cackins
Linoleum 0%, gay backing 74 % Chrysotile
wMc69 PF-OI Mudded pipe firting 3% atal,3 % Chrysotile, rrace Amosite
vvMc69 TR.OI Iransite Assumed
wMc78 BFI-01 Boiler flue insulation Assumed
vvMc78 BUR.OI 9UrltE :eo-t _ry,lqgrllf ;.brt!g __Assumed
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Joint compound associated with drywall was identified to contain greater than l% chrysotile
asbestos' but less than l% when composited with the associated diywall CDPHE allows forcomposite analysis of drywall and joint compound material where renovation and/or demolition
activities will not directly impact the joint iompound (demolition). where renovation and/ordemotion activities will directly impact joint compound (such as sanding), the joint compound
must be treated as ACBM. This report assumes that normal renovation and/or demolitionactivities may occur, thus for classification and. reporting purposes (drawings and databasereports), the composite analysis was used. Activities that may directly impait drywall joint
compound material should be prohibited in the Asbestos "nd operaiions program toi ttrefacility.
The following materials were assumed to contain asbestos to maintain integrity or aestheticproperties:
o All Buildings: All built up roofs and roof areasI
Buildiris ll Ifdaterial ':' MAfiRIALpf.SCnffnON ANALYTICAL RESULT
wMc78 cDw-02 5/8" white dryrvall with mud <0.1% total, mud 0.5%, R Ct 1.25% mud.
].01 % total
vvMc78 FTC-06 12" x 12" floor tile, white with black mastic <0.1% total, mastic 4%, tile 0% Chrysorile
WMC78 Frc-07 12' x 12" floor tile, blue with black speck
with black mastic
J.1% total, masic 9%, tile 0% Chrysotile
wMc78 FTC-lC 12" x 12" floor ti.le, brown with off white
streaks with black mastic
1 .1 % total, mastic 7 Vo, tile l % Chrysotile,
Pr Cr 0.5% tile
wMc78 FIC-13 12" x L2 floor tile, brownish red with black
mastic
l% total, mastic 57q, tile 2 % Chrysorile
VVMC78 FTC.I?12 x 12" floor tile, off whire with brown
rnd tan sreaks with black mastic
l% total, mastic 10%, tile l% Chrvsotile. pr
4t 0.75% rile, 0.75% total
WMCTE FTC-19 12' x 12" floor tile, beige with black mastic l% total, masdc 0%, rile 3% Chrvsotile
vvMc78 FTC-21 12" x 12' floor tile, dark tan with yellow
and brown streaks with black mastic
l% tot"^l,m3f;tic7%, tile l% Chrysotile, pr
Cr0.5% rtleO.4%.o.d
vvMc78 FTM-OI Black floor mastic 3% CLrysotile
vvMc78 GM-OI Rope Gasket Material on Boiler 54% Chrysotile (Huron Report)
WMC78 LF-02 Linoleum, red pebbled pattern 26.3% loral, felt backing 7S%, til€
D%Chrysotile
\/vMC78 PF.OI White mudded pipe frning 3% Amosite and Chrysotile
WMC78 svF-03 Sheet vinyl flooring, yellow pebbled pattern
w/ gray backi4g
31.4% rotal, gray backing 69%, tile O%
wMc86 BFI.OI Metal boiler and hor water heater flues
metalbestes
Assumed
wMc86 BUR-o1 Built up roof, rubber membrane Assumed
VVMC86 cDw-02 qryvALger!!!sq-Assumed
wMc86 GM.OI Mite woven rqpe gastet rnaterial 68% Chrsotile
WMC90 BUR-OI Built up roof, rubber membrane Assumed
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. WMC69: Transite sofitt on elevator shafto VVMC78: Metal jacketed boiler flue insulation
' vvMC78: composite drywall ceilings in operating rooms (4) on third flooro VVMC86: Metal boiler and hot water heater flues (metalbestos)
Built up roofs were assumed to maintain any existing roof warranty and to maintain the
integrity of the roof. Roofing materials are not required to be removed prior to renovation
when handled according to specific requirements. The galvanized flues are assumed since
galvanized ducting may contain a sandwich layer of asbestos between the two layers of
galvanized metal for thermal protection. Due to high temperafures, the ducting could not be
accessed during the inspection.
Assumed materials are shown on confirmed material drawings in Appendix c, and are
indicated in database reports in Appendix C. Assumed materials are not quantified or
addressed in cost estimates.
Special handling and/or management protocols for any remaining ACM are included in a
detailed explanation in the Recommendation section of this report.
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Environmenal Scien it
ASBESTOS INSPECTION FOR
VAIL VALLEY MEDICAL CENTER
181 MEADOW DRIVE
VAIL, COLORADO
1 INTRODUCTION
1.1 Background
This report provides an overview of the asbestos inspection of the Vail Valley Medical Centerlocated at l8l Meadow Drive, Vail, Colorado. Walsh Environmenral Scientists and
Engineers, LLC. (Walsh) was contracted by the Vail Valley Medical Center to conduct aninspection for asbestos-containing building materials (ACBM). Walsh performed the
inspection from January 31, Zffil to February 0g, 200.1 .
The Hospital consists of 4 attached buildings that were constructed in four separate
construction periods in approximately 1969, 1978, 1986 and 1990. The buildings comprise
approximately 135,000 square feet ofspace.
fh9 four buildings are attached, resulting in a larger contiguous hospital facility. Thebuildings have undergone renovation, resulting in additional horiogenous materials that neededto be tested. The list below summarizes the major renovations to the core buildings based oninterviews and appearance:o Remodeling/Renovation of the Vail orthopedic and sports medicine (VVMCS6) and
Emergency room (VVMC78) were conducted in approximarely 1999.r The Patient rooms (VVMC86) were completed in ipproximat.ty DAl.o Remodeling/Renovation of the Special procedures operating area (wMC7g) was
conducted in approximately 1995.o Remodeling/Renovation of the Steadman-Hawkins business office (VVMCTS) and
Pharmacy-inpatient (VVMCTS) were conducred in approximarely 1996.
The sampling and inspection process was conducted in accordance with standard s of the EpA
Asbestos Emergency Hazard Response Act (AHERA) and National Emission Standards for
Hazardous Air Pollutants (NESHAPs), OSHA Construction and General Industry Standards for
asbestos, Colorado Department of Public Health and Environment (CDPHE) Regrlation g, and
other applicable industry standards. Asbestos inspection activities were conducred by AHERA
and State ofColorado accredited personnel.
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Environnrental Scie it
1.2 Regulatory Compliance - EpA, NESHAP, and State programs
ACBM identified in this report is subject to the USEPA NESHAP Regulations for Asbestos
(z+0 CFR Part 6l) and the Colorado Department of Public Health and Environment (CDpHE)
Regulation No. 8 (Reg 8) "The Control of Hazardous Air Pollutants. The Colorado
Deparftnent of Health is presently responsible for administering the EpA NESHAp program
for Colorado.
ACBM is subject to OSHA Standards for Asbesros (29 CFR Parts 1910.1001). Materials
containing l7o or less asbestos may be subject to OSHA regulations if air concentrations are at
or above the personal exposure limit (PEL) of 0. I f/cc or the excursion limit of 1.0 ficc.
Revised OSHA regulations for General Industry (29 CFR 1910.1001) and the Construction
Industry (196.110l) include the following provisions for communication of hazards to
employees.
' Employer must inform housekeeping employees whether building components they maintain
may expose them to asbestos.r Building owner shall maintain records concerning the presence, location and quantity of
ACBM inthe building for the duration of ownership oi o".up"n"y, and records shall be
transferred to successive owrers.o Where a building owner or employer identifies ACBM, labels or signs shall be affixed or
posted so that employees will be notified of what materials contain asbestos. These signs or
labels shall be placed in areas where they will be noticed by employees who are likelylo be
exposed, such as entrances to mechanical rooms.
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METHODOLOGY / PURPOSE AND SCOPE OF WORK
The sampling and inspection process was conducted in accordance with standards of the EpA
AHERA and NESHAPs, OSHA CDPHE regulations and other applicable industry standards.
Asbestos inspection activities were conducted by AHERA and State of Colorado accredited
persorunel.
2.1 Methodology
The scope of the asbestos inspection was to identiff asbestos containing building materials(ACBM) and included the following steps:
o Review of site drawings and records.e Visual inspection of all accessible areas of the building to identi$ suspect materials.o Visual inspection of all areas of suspect homogeneous and non-homog"n"ou, ACBM.r Determination of friability by touching all suspect ACBM.r Development of a sampling plan for each material based on the homogeneous material type,friability, accessibility and material locations. Homogeneous and nonlhomogeneous material
samples were submitted for laboratory analysis by poiarized Light Microscopy (pLM).
Homogeneous Areas The followhg building systems were inspected to identify suspected
homogeneous materials.
r Ceiling Systemso ThermaUmechanical Systemsr Flooring Systernsr Wall/partition Systemsr Structural Systemsr Electrical Systemsr Miscellaneous Systems
A homogeneous area (material) is defined as an area containing a material that appears similarthroughout with regard to color, texture, and date of applicatioi.
Individual systems that were inspected., but not suspected to contain asbestos, are not included inthis report. Such systems include concrete, carpet, fibergrass, and wooa froducts.
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2.2 Material ldentification
!1h type of suspect building material (homogeneous) was assigned an alpha marerial code,
followed by a number to identiff the different varieties of tnat bui'iding mateiial. For example,
lay-in ceiling panels are designated by the material code of LIP. The aiffering types of lay-in
ceiling panels are denoted by subsequent "typen numbers. Material size, thicknesi, substrate,
friability, location, and quantity were recorded.
2.9 MaterialTypes
The homogeneous material was classified into one of three available types of homogeneous
material descriptions.
r Surfacing Material refers to a wide range of trowel or spray-applied materials typically usedfor acoustical or firep-roofing purposes. Examples includ'e spraylapplied fireproofing and
acoustical texture ceilings..o Thermal System Insulation (TSI) refers to insulation that is applied to heating or
mechanical system components. Examples include pipe, tank and boiler insulation.r Miscellaneous Materials refers to all other materials that do not fall into one of the above
categories. Examples include floor tile, adhesives, and ceiling tiles.
9,ntejtt" type of homogeneous material was determined it was then classified as friable or not.
The EPA distinguishes between friable and non-friable forms of ACBM. Friable materials canbe crumbled or reduced to powder by hand pressure, whereas non-friable materials cannot.Friable materials are more likely to be released into the air, especially during renovation anddemolition of the building. Therefore, the distinction between tiuut, and non-friable
homogeneous material is important. EPA/CDPHE have identified two categories of non-friable material. CDPHE and EPA policy statements define that Category I non-friablematerials are not likely to become friable during demolition, whereas Category II non-friable
materials are likely to become friable during demolition. CDPHE and EpA- NESHAp requireremoval of all friable ACBM and Category II non-friable ACBM. Category I non-friablematerial may remain in place during demolition, provided demolition methods do not renderthe material friable.
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2.4 Sampling Strategy
The following Bulk Sampling Strategy for friable and Category I and II non-friable marerials
was used to determine the number of samples to be collected.
Table 1 Bulk Sampling Strategy
Materisl Homogeneous Area Units Minimum Number of
Samples
Friable Surfacing less than 1000
1000 to 5000
more than 5000
SF
SF
SF
5
Non-friable Surfacine SF JFriable and Non-friable Thermal System
Insutation
LF/SF/EA -'
Friqble Miscellarcous Materials LF/SF/EA I
Non-friable Miscellaneous Materials LF/SF/EA It one sample was collected for limited qu"ntity rept"i@
WALSH collected bulk samples of the homogenous materials in a random and representative
manner' as determined by each inspector. Samples were collected by taking a composite core
sample that included all layers within the suspect material. Samples from soft friable materials
were obtained by removing a small portion using wetting techniques. All samples were placedin sealed' labeled containers, and the sample descriptions and locations were recorded.
Photographs were also taken to provide a visual reference for each material.
2.5 Laboratory Analysis
The bulk samples were submitted for progressive analysis to DCM Science Laboratory Inc. an
NVLAP accredited laboratory. Analysis of the bulk samples was performed using iolarized
Light Microscopy (PLM) using procedures developed by McCrone Research Institute and in
l1gtian9e with the guidelines established by the Environmental Protection Agency (EpA-
600/M4-82-020, Dec. L982) to determine asbestos type and content. The PLM samples are
reported as percent asbestos by weight. Percent asbestos for separate layers and total for the
sample are delineated in the laboratory report. Unused portions of samples are archived for
six months unless the client requests special handling.
2.6 Bulk Sample Chain of Gustody
At the time of collection, samples were labeled with an appropriate and unique number. This
number (along with other information such as sample location, color, texture, and condition)
was recorded in the Sample Log.
Environmental Scienrists ad Engineers, LLC.
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The inspector delivered the samples along with a completed chain of custody document to the
laboratory. The laboratory then arranged the samples in numerical order. If a discrepancy
between the samples exists, this is noted and initialed on the log sheet. The laboratory signed
" :9py of the sample log to acknowledge receipt. The inspector retained the signed .opy fot
evidentiary purposes. Further, the laboratory assigned a laboratory number to each Jampte
received. The laboratory labeled both the analytical report and the sample container with ttris
laboratory number for cross-reference purposes.
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3 FINDINGS
EPA and OSHA define asbestos containing material (ACBM) as material containing more thanl% asbestos, or materials that are assumed to contain asbestos. A total of 156 samples were
collected. The inspection and analytical results for the Vail Valley Medical Center identified2l materials that were confirmed to contain greater than l% asbestos and 8 materials
assumed to contain greater than lvo asbestos. The following is a sunmary of those
materials:
Table 2 Gonfirmed ACBM
wMc69 cT-03 lp' x 2' ceiling tile, randon
Itoot patte.t lll% Amosite, R. Ct.
1?-23% furrcsire
wMc69 Frc-02
12" x 12" brownish red
streaked tile witlr black
mastic
Miscellaneous
Material
Non-friable
Category I
1.2% rotal, tile 1 %, mastir
8% Chrysotile; Pt. Ct. =
.71%total,tile
.75%Chrysotile
WIVIC69 FTC-03
9" x 9" off white tile witb
gray & brown flecks witb
black mastic
Miscellaneous
Material
Non-friable
Category I
0.8% roral, rile 0.5%, masrir
9% Chrysotile; Pt. Ct. =.24% toral, tile
.25%Chrysotile
wMc69 Frc-07
12" x 12" light brown tilewith brown & white
*reaks with adhesive
Miscellaneous
Material
Non-friable
Category I
< O.l% rotal, 0% tile.
mastic 3 % Chrvsotile
wMc69 FfM-01 Black floor mastic Miscellaneous
Material
Non-friable
Category I
6% Chrysotile
wMc69 LFB-OI Green/Green Pebbled
pattern with gray backine
Miscellaneous
Material
Friable Linoleum 0%, gray backing
74 % Chrvsorile
wMc69 PF-01 Mudded pipe fiuing Ihermal Systern
lnzulation
Friable 3% total, 3% Chrysotile
lrace Amosite
wMc78 cDw-02 5/8' white drywall with
mud
Miscellaneous
Material
Friable <0.1% total, mud 0.5%, Pr
at L.25% mud. 0.01 % total
wMc78 FTC-06 12" x 12" floor tile, white
with black masric
Miscellaneous
Material
Non-friable
Category I
<0.1% total, masric 4%, tile
D% Chrvsotile
wMc78 FIC-07
12" x 12 floor tile, blue
with black specks witb
black mastic
Miscellaneous
Materid
Non-friable
Category I
0.1 % total, masric 9%, tile
0% Chrysotile
VVMCTE FTC-10
12" x L2" floor rile, brown
with off white streaks with
black mastic
Miscellaneous
Material
Non-friable
Category I
1.1% total, mastic 7%. tile
l% Chrysotile, n Ct 0.5%
!ile
wMc78 FTC-13
12 x 12 floor rile,
brownish red with black
mastic
Miscellaneous
Materid
Non-friable
Category I
2% total, mastic 5 7o, rile 2
% Chrysotile
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Joint compound associated with drywall was identified to contain greater than l% chrysotile
asbestos, but less than l% when composited with the associated drywall CDPHE allows for
composite analysis of drywall and joint compound material where renovation and/or demolition
activities will not directly impact the joint compound (demolition). Where renovation and/or
demotion activities will directly impact joint compound (such as sanding), the joint compound
must be treated as ACBM. This report assumes that normal renovation and/or demolition
activities may occur, thus for classification and reporting purposes (drawings and database
reports)' the composite analysis was used. Activities that may directly impact drywall joint
compound material should be prohibited in the Asbestos and Operations program for the
facility.
WMC78 Frc-17
12" x 12 floor tile, ofi
white with brown and tan
rtreaks with black mastic
Miscellaneous
Material
Non-friable
Category I
l% total, mastic l0%. tile
I % Chrysotile, Pt Ct 0.75%
tile, 0.75% total
wMc78 FTC-19 12" x 12" floor tile, beige
with black mastic
Miscellaneous
Material
Non-friable
3ategory I
!7o total, masric 0Vo. Ule 3%
Chrysotile
wMc78 FTC-21
12. x 12" floor tile, dark
lan with yellow and brown
streala with black mastic
Miscellaneous
Material
Non-friable
Category I
l% total, masuc 7%, trle l%
Chrysotile, Pt Ct 0.5% tile
J.4% rot^l \
wMc78 FTM-OI Black floor mastic Miscellaneous
Material
Non-friable
Category I
3% Chrvsotile
vvMc78 GM-OI Rope gasket material or
roiler
Ihermal Systern
lnsulation
Friable 64 7o Chrostile
wMc78 LF-02 Linoleum, red pebbled
Daltern
Miscellaneous
Material
Friable 26.3% total, felt backinp
75% , tile 0%Chrysotile
wMc78 PF-OI White mudded pipe fitting Thermal Syster
lnsulation
Friable 3% Amosite and Chrysotile
vvMc78 svF-03
Vinyl flooring, yellow
pebble pattern with gray
lelt backing and adhesive
Miscellaneous
Matedal
Friable t2.4%
iile 0%
total, backing 69%
wMc86 GM4I White woven rope gaskel
material
Miscellaneous
Material
Friable 68% Chrsotile
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The inspection for the Vail Valley Medical Center identified 8 materials that are assumed to
contain greater than l% asbestos. The following is a summary of these materials:
Built up roofs were assumed to maintain any existing roof warranty and to maintain the
integrity of the roof. Roofing materials are not required to be removed prior to renovation
when handled according to specific requirements. The galvanized ducting is assumed since
galvanizgd ducting may contain a sandwich layer of asbestos between the two layers of
galvanized metal for thermal protection. Due to high temperatures, tle ducting could not be
accessed during the inspection.
Appendices C and D contain most of the technical information concerning sampling and
analysis.
! Based on interviews with site *rro*", and site inspection no significant asbestos
abaterrent has been performed in the building.
I During the inspection, two areas with localized darnage to thermal system insulation
was observed in WMC69, room 1027 and in WMC78, hall F (above ceiling tile).
These and other areas can be labeled and repaired as part of an asbestos Operations &
Maintenance Program addressed in the Recommendations section of this report.
Table 3 Assumed ACBM
Maferiel lhscription Materlel TyF Fliability Percentage and Type of
Asb6tos
Approx,
Ouantitv
All Buildings(3): All built up roofs and
roof areas
Miscellaneous Non-friable
Category I
Assumed to avoid damage
to roofs / roof warranties
Not reooned
VVMC86 Metal boiler and hot water
heater flues (metalbestos)
Miscellaneous Poteffial lining
friable
Assumed, i erior not
accessible
Not reponed
VVMC78 Metal jacketed boiler flue
insulation
Miscellaneous Potential lining
ftiable
Assumed. interior not
accessible
.Not reported
WMC69 Tramite sofin on elevator sbaft Miscellarrous Non-friable
Category II
Assumed !o rvoid aesthetic
damage
100 Sq. FL
WMC78 Composite drywatl ceilings in
opcratrg rooms (4) on third floor
Mirellaneous Friable Aszumed to avoid aesthetic
damage
Not reponed
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RECOMMENDATIONS
All confirmed friable and Category I and Category II non-friable ACBM identified in the
Findings Section is required to be removed by a licensed asbestos abatement contractor prior to
any renovation activities that may potentially disturb these materials.
For locations where Category I non-friable materials are present, the material may be handled
according to CDPHE policy statement "Demolition of Buildings Which Have Asbestos
Containing Vinyl Tile (VAT) or Roofing Felts". Under this policy statement, the handling of the
material depends on the nature of the Demolition/Renovation (D/R) project. If the D/R will
impact the non-friable material alone, for example when sanding or breaking in small pieces, or
otherwise rendering the material friable, the material will be considered friable ACBM. Friable
ACBM must be handled according to federal regulations and Reg 8. If the D/R will impact on
the substrate (thus minimal disturbance of ACM), for example in the demolition of a building in
large components or sections, tlese materials may remain in a building as long as the ACBM
will remain non-friable throughout the entire demolition of the bui.lding. Non-friable Category II
materials do not fall within the VAT or roofing categories (such as transite siding or transite
roofing) and must be handled according to Reg 8. A notification form ofintent to renovate or
demolish must be filed with CDPHE l0 days prior to DiR of the building. The CDpHE
notification is then forwarded to local health/environmental agencies. The material will fall
under OSHA standards for asbestos if the material becomes airborne in concentrations at or over
permissible exposure levels.
A portion of the resilient flooring in the facility was reported to contain less than I %
chrysotile, as verified by point-count. A standardized set of maintenance procedures that apply
to all resilient flooring can provide greater acceptance, and avoid the need for different
procedures for flooring that may vary on a rqom-by-room basis. By treating all resilient
flooring equally and adhering to OSHA requirements for asbestos-containing flooring, issues
including compliance for those materials that contain trace-l%o (as verified by point counQ, and
osHA's recommendation for TEM analysis of floor tile become less of an issue.
Under the CDPHE policy statement "Handling Asbestos Containing Drywall Finishing
Mud/Joint Compound", the handling of the material depends on the nanme of thi
demolition/renovation project. If the activity will impact the mud alone, for example when
sanding, the material is considered ACM and must be handled according to according io federal
regulations and Reg 8. If the D/R will impact the composite material (thus minimal impact on
mud), for example in the demolition of drywall, the material is then considered non-ACM
(providing the composite is less than l% asbestos) and does nor fall under Reg 8. The material
will fall under OSHA standards for asbestos if the material becomes airborne in concentrations
over permissible exposure levels.
Areas with minor localized damage should be addressed using spill response procedures. To
ensure satisfactory clean up, a consultant should oversee and perform a final visual inspection
ofthe area once localized debris has been cleaned up.
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Environnenal Scientists ard Ergincers, LLC.
Due to identification of ACBM, the implementation of a formal written Asbestos Operations
and Maintenance (O&M) Program is recommended. This program will assist in managing and
maintaining ACBM through the use of routine surveillance, specialized maintenance and
custodial procedures, hazard communication and uaining, and work control and special work
practices. For locations where significant damage was identified, isolate access to these
materials until corrective action can be taken. Localized damage to ACBM that was observedin various locations the Vail Valley Medical Center can be corrected through the
implementation of an asbestos O&M Program. The O&M program will allow for a systematic
repair of these materials. The presence of ACBM within the building should be included in
hazard communication information provided to building maintenance and custodial personnel.
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Environmcnhl Scientisa ard Engincers, llC.
LIMITATIONS
Walsh performed services in a manner consistent with the level of care and expertise exercised
by members of the asbestos inspection and assessment profession. Walsh does not imply or
guarantee that every potential asbestos containing material on or in the building has been
identifrd or sampled. Historically, asbestos has been added as a component to over 3,000
materials and products produced in the United States. The inspection was intended to identiff
those accessible materials that were reasonably suspect and that were most likely to contain
asbestos in quantities subject to regulation, based on existing industry and regulatory
standards. Often materials cannot be assessed (sampled) due to physical constraints
encountered (locked rooms, enclosed areas, etc.). The areas that were inaccessible at this
location are listed below.
o Mechanical interiors including boilers, fumaces and ducting.r Interiorofenclosed chases and sofitts.r Behind walls, ceilings or other structural enclosures that are inaccessibler Electical equipment and mechanical components
Deshuctive investigation techniques should take place before performing any renovation or
demolition activity that involves these inaccessible areas. Any addition to or alteration of the
building should be documented and the inspection report should be amended.
Sampling of roof membranes, felts, flashing, and sealants were excluded from the scope of
work to maintain roof condition and roof warranties. These materials should be sampled prior
to conducting activities that will disturb these roofing materials.
The parking lots, pedestrian walkways and facility grounds were included in this building
survey.
Drawings and diagrams contained in this report are proportional and scales are approximate.
Material quantities for confirmed ACBM are approximate and are for general information.
Roofing materials confirmed/assumed to be ACBM are not included in the drawings.
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Enviroryu:nlrl SricntirE snd &gioerrs, LLC.
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SECTION SUMMARY
The Buitding characterization section is intended to provide additional information that willrelat€ to following sections and will assist in understanding and using thi, ,"port. It containsgeneral information about the building in the following subsections. -
r Ftoor plans identift functional areas and rooms for each revel of the building.
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SECTION SUMMARY
The Homogeneous Mat€rial Review section contains infonmation about the types of susp€cthomogencous materials identif,red in the building. This information is provided in thefollowing subsection.
r Homogeneous Mrterial Summary contains a list of the suspect homogenous materialsidentified at the facilitv.
SUSPECT HOMOGENEOUS MATERIAL SUMMARY
MATERIAL CODE MATERIAL DESCRIPTION FRIABILITY
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BEA.{I'
BBA.O2
BBA.{I3
BP.{'I
BUR{I
cA{r
cDw-o1
cT-0t
cT-{t2
cT-{l3
cT44
cT.{t5
cT..o6
cT.o7
DS.OI
FS-o1
FS.O2
FTC{I
Frc{2
FTC-03
Frc-04
4" yellow baseboard with yellow adhesrve
4" grey vinyl baseboard with t8n adhesrye
4" brown baseboard with brown adhcsrvc
Teclmum pancl, uscd {ibcr with white coating
Built up roof, rubber membrane
Tan carpet adh€sive
Offwhits drywall with mud
2'x 4'ceiling tilc, latitudinal fisures and random dots
2'x 4'ceiling tile, nndom dot and fisurE patrem
2'x 2'ceiling tile, random dot pattern
2'x 2'ceiling tile, constcllation patEm with vinyl coating
2'x 2'ceiling tilc, constellation pattem (no vinyl coating)
2'x 4'c€iling tilc; latidinal fisur€s with pinhole patbm
I'x l'ceiling tile, painted, glued on
Drywall texture, rclled on
Red Iire stop material
White fir€ stop material
12" x 12" tanish hown molted tile with adhesiye
| 2" x 12" bro$lrish red srreaked tile with black nrastic
9" x 9" off white tile with grey & brown flecks with black mastic
12" x l2" yellow gold 0oor tile with adhesive
Miscellaneous
Material
Miscellaneous
Material
Miscellaneous
Matcrial
Miscellaneous
Material
Miscellaneous
Material
Misccllaneous
Material
Miscellaneous
Material
Miscellaneous
Material
Mi scel laneous
Material
Miscellaneous
Matcrial
Miscellaneous
Material
Miscellaneous
Material
Miscellaneous
Matcrial
Miscellaneous
Mat€rial
Surfacing Material
Miscellaneous
Material
Miscellaneous
Material
Miscellaneous
Material
Miscellaneous
Material
Miscellaneous
Material
Miscellaneous
Material
Non-liiable
Catcgory I
Non-friable
Category I
Non-friable
Category I
Non-friable
Category II
Non-friable
Category I
Non-friable
Category I
Friable
Friable
Friable
Friable
Friable
Friable
Friable
Friable
Friable
Non-friable
Category I
Non-friable
Category I
Non-friable
Catcgory I
Non-friable
Category I
Non-friable
Category I
Non-friable
Category I
,*Walstra
Environmental Scientists and Ensineers. [nc.
(Page I of 8)
SUSPECT HOMOGENEOUS MATERIAL SUMMARY
MATERJAL CODE MATERTAL DESCRIPTION FRIABILITY
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FTC.{t6
Ffc-{t7
Ftc-{t8
Frc.{t9
I'rM{,l
LFB{1
MS4l
PE-{D
PF{II
svF-0t
TR-{|l
12 " x 12" tan tile with bro$r steaks with adhesive
12" x 12'grcy floor tile with brov,.n & yellow str€aks with blsck rnastic
12" x 12" light brown tile with brovm & whit€ streaks with adhesive
12" x 12" white tile \.ith tanish molicn pattEm w.ith adhesive
12" x 12" tanisb brown tile with large brown steaks with adhesive
Black floor rssric
Rcdish/Cr€en Pebbled pancm wilh grey backing
Whitc sealant on fiberglass TSI
Wlite pyroblock
Mudded pipe fitting
Tan molted pattem vinyl sheet flooring with adhesive
Transile
Miscellaneous
Material
Miscellaneous
Material
Miscellaneous
Material
Miscellaneous
Material
Miscsllaneous
Material
Miscellancous
Material
Miscellancous
Material.
Misccllaneous
Material
Misc€llaneous
Material
Thcflnal System
lnsulalion
Miscellaneous
Material
Miscellaneous
Material
Non-friable
Category I
Non-friable
Category I
Non-&iable
Category I
Non-friable
Category I
Non-friable
Cate8ory I
Non-fiable
Category I
Friable
Non-triabl€
Category I
Non-friable
Category I
Friable
Non-friable
Category I
Non-friable
Category I
^&:Walsh._ - :-:,- j.r*1*,,reJ1,L_+::g- :.:-ij
Environmental Scientists and Ensineers. Inc.
(Page 2 of8)
SUSPECT HOMOGENEOUS MATERIAL SI.]MMARY
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MATERIAL CODE MATERIAL DESCRIPTION TYPE FRIABILTTY
BBA{2 Grey baseboard with yellow adhesive
BBA-03 Brown baseboard adhesivc
BFI-{ll Boiler flue insulation
Boiler flue insulation with canvas wrap
BP-lll Technum pancling wood fiber
BUR-{ll Built up roof, rubbcr nrmbrane
CA4l Clear carpe t adh€sivc
CA-02 Tan carpet rnastic
CDW-01 5/8" white dr',lvall $ith mud
CDW-|)2 5/8" white drywa with mud
CT.'01 2'x 4'ceiling tile, const€lation pattem
CT42 2'x 4'ceiling tile, latitudrnal fissures wirh random dots
CT-03 2'x 4'ceiling tilc, random dot and fissurc pattem
CT-04 2'x 4'ceiling tile, constelation pattem with vjnyl coating
CT-lrs 2'x 4'ceiling tile, fiberboard with vinyl coating
CT-ll6 2' x 4' ceiling tile, recessed rvith | ' x I' pattem
CT-07 2'x 2'ceiling tile, recessed with no pattem
CT-{ft 2'x 2'ceiling tile, random dot and fissure patt€m
CT-09 2'x 2'ceiling tile, rardom dot and fissure pattem
CT-10 2'x 2'ceiling tilc, random gauge panem
Miscellaneous
Material
Miscellancous
Material
Miscellaneous
Malerial
Thermal System
Insulation
Therrnal System
lnsulation
Mis€eilaneous
Material
Miscellaneous
Material
Miscellaneous
Material
Miscellaneous
Material
Miscellaneous
Material
Miscellaneous
Matcrial
Miscellaneous
Matcrial
Miscellaneous
Material
Misc€llaneous
Malerial
Miscellaneous
Material
Miscellgneous
Material
Miscellaneous
Material
Miscellaneous
MaErial
Miscelloneous
Material
Miscellaneous
Material
Miscellaneous
Matcrial
Non-friable
Catecorv I
Non-friable
Category I
Non-friable
Cakgory i
Friable
Friable
Non-friablc
Category I
Non-ftiable
Catcgory I
Non-friable
Catcgory |
Non-friable
Category I
Friablc
Friable
Friable
Friable
Friable
Friable
Friable
Frirble
Friable
Friable
Frisble
Friable
BBA-01 Brown baseboard with tan adh€sive
AiWalsh
'', -':r-.' Ii:-:i:'j rl:.":1 .r*l$ ' i<'
Environmental Scientists and Enaineers. Inc.
(Page 3 of 8)
SUSPECT HOMOGENEOUS MATERIAL SUMMARY
MATERIAL CODE MATERJAL DESCRIPTION FRIABILITY
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cT-
c'l-12
cT-13
DT-01
FTC-{tl
FIC-{t2
Frc..03
Ftc-04
FTC.{t5
Frc46
rrc.07
FTC{t8
FTC-rl9
Frc-t0
FTC-I I
FTC-12
Frc-13
Ftc-14
FTC-I5
Ftc-16
FTC-! 7
l'x I'cciling tile, rough texture
2' t( 4' ceiling tile, random guage and dot pahem
l' x I' c€iling tile, snow flake pattem, with adhesive
Wlite duct tape
12" x I2" floor tile, off whit€ with blue and brovm dots with adhesive
12" x 12" floor tile, grey viih red, white and bluc dots wift adhesive
l2" x 12" floor tile, green with adhesivc
12" x 12" floor tile, blue with adhesive
12" x 12" floor tile, red rvith adhesive
12" x 12" floor tilc, white with black nustic
l2 " x I 2" floor tile, blue with black specks with black mastic
| 2" x l2' floor til€, white with black and gey dots with black mastic
12" x 12" floor tile, black with black mastic
12" x 12" floor tile, bmwn with offwhite steaks with black mastic
12" x 12" floor tile, red with white streads with adhesive
12" x 12" floor tile, off white with grey spccks with adhesive
12" x 12" floor tilc, brownish red with black mastic
12" x 12" floor tile, brown with black mastic
12" x 12" noor tile, grey with dark grey and white streaks with black mas
12" x t2" floor tile, gold streaked with black mastic
12 " x | 2' floor tile, off white with brorvn and tan streaks with black rDsti
Miscellaneous
Material
Misccllaneous
Material
Mlscellaneous
Material
Thermal System
lnsulation
Miscellaneous
Msterial
Miscellaneous
Material
Miscellan€ous
Material
Miscellaneous
Material
Miscellaneous
Matcrial
Misccllaneous
Material
Miscellaneous
Material
Misccllaneous
Malerial
Miscellaneous
Material
Miscellaneous
Material
Miscellaneous
Malcrial
Miscellaneous
Material
Miscellancous
Mat€rial
Miscellaneous
Material
Miscellaneous
Material
Misce llaneous
Material
Miscellaneous
Material
Friablc
Friable
Friable
Friable
Non-friable
Cstegory I
Non-Aiablc
Category I
Non-friable
Category I
Non-friable
Category [
Non-friable
Category I
Non-friable
Category I
Non-friable
Category I
Non-friablc
Category I
Non-friable
Category I
Non-friable
Category I
Non-friable
Category I
Non-friable
Category I
Non-friable
Category I
Non-friable
Category |
Non-friable
Category |
Non-friable
Category I
Non-friable
Category I
.*r,W'alSilr
Environmental Scientists and Ensineers. Inc.
(Page 4 of 8)
SUSPECT HOMOGENEOUS MATERIAL SUMMARY
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MS-{r3
PF{I
MATERIAL CODE MATERIAL DESCRIPTION TYPE FRIABILITY
Frc-t8 12" x 12" floor tile, cream with white and brown streaks with black masti Miscellaneous
Material
Frc-21 12" x 12" floor titc, dark tan wilh yellow and brou,n streaks with black m Miscellaneous
Material
FIC-22 12" x 12' floor rile, offwhirc with grcy chips with adhesive
FtM-01 Black floor nustic
GM{l Rope gasket rnaterial on boiler
FrC-I9 12" x 12" floor tile, beige with black mastic
FfC-20 12" x 12" floor tile, white with grey chips with black mastic
LF.02 Linoleunr, red pcbbled pattern
MF-01 Engine gencrator mufller insulation
MS-{lf Grey sealant on duct scams
MS-02 Reddish/brown seam sealant
Non-friable
Category I
Miscellaneous Non-friable
Material Category I
Miscellaneous Non-friableMaterial Category I
Non-friable
Category I
Miscellaneous Non-friable
Material Category I
Miscellaneous Non-friable
Material Cat€gory I
Thcrmal Slstem Friable
Insulation
Miscellaneous Friable
Material
Th€rmal System Friable
lnsulation
Miscellaneous Non-fiiableMaterial Category I
Miscellaneor.rs Non-friable
LF Or 2" x 2" linoleum, beige with srmll squarc panem with backing 8nd adhes Miscellancous Friable
Material
Whire sealant on iibcrgtass TSI
White mudded pipe fiuinB
Material
Miscellaneous
Maierial
Therrml System
Insulation
Surfacing Material
Calegory I
Non-friable
Calegory I
Friable
Friable
Friable
Friable
Friablc
Friable
Friable
Fnable
SOF-|)1 Grey spray on fireproofing
SVF-01 Vinyl flooring, blue, grey, green molied pattem with g,ey backing and ad Miscellaneous
Mate al
MiscellaneousSW-02 Vinyl flooring, green pebbled paitem with fett backing and adh€sivc
Material
svF43 Vinyl flooring, yetlow pebble paBcm with grey fert backing and adhcsive Miscelraneous
Marerial
SVF-& vinyl flooring, gold pcbbled patrem with grey felt backing and adhcsive Miscellaneous
Material
SVF{S Vinyl flooring, grey with blu€ and wlite chips with grey backing and adh Miscellaneous
Matedal
SVF-06 Vinyl flooring, offwhite wilh tan and grey pattem lvith adhesrve Miscellaneous
Material
erWalstrr
Environmental Scientists and Eneineers. Inc,
(Page 5 of8)
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SUSPECT HOMOGENEOUS MATERIAL SUMMARY
MATERJAL CODE MATERIAL DESCRIPTTON FRIABILITY
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BBA-01 Light ran baseboard adhesive
BBA-02 Bmvln baseboard adhesrve
BFI-lll Metal boilff and hot water hearer flues mctalbestcs
BUR-01 Built up roof, rubbcr membrane
CA..OI Tan carpet adhesive
CDW-lll 5/8" drywall wirh mud
CDIV.{|2 Drywallceilings
CDW-lf3 Drywall
CT4l 2'x 4'ceiling tile, latitudinat tisurc random dot pattem
CT{2 2'x 4'ceiling tile, drywall with vinyl covering
CT-03 2'x 4'ceiling tile, random dot 8nd fissure gattem
M iscel laneous
Matedal
Miscellancous
Marerial
Thermal System
Insulation
Miscellaneous
Malerial
Miscellaneous
Material
Miscellaneous
Material
Miscellaneous
Material
Miscellaneous
Miscellaneous
Matcrial
Miscellaneous
Material
Miscellaneous
Material
Miscellaneous
Material
Non-friable
Catcgory I
Non-friable
Catcgory I
Non-friable
Category Il
Non-friablc
Calegory I
Non-friable
CEtcgory I
Friable
Friable
Friable
CT{14 2' x 4' ceiling tile, recesscd I' x l' pattcm with random fissures and dots Miscellaneous Friable
Material
CT.{15 2'x 2'ceiling tile, panalel wide ribbed pattem
CT{6 2'x 2'ceiling tile, recesscd, texturEd Dattem
CT-07 2'x 2'ceiling rile, recessed, random dot and fissure Dattem
CT-Ot 2' x 2' ceiling dle, rccessed, palralel nanow ribbed Dattem
FtC-01 l2" x 12" Iloor tile, otf white wiih ran chips and adhesive
FTC.{12 12" x 12" floor tile, grey with white, yellow, red chips wirh adhesive
Material
Miscellaneous Friable
Marerial
Miscellaneous Friable
Material
Miscellaneous Friable
Material
Miscellaneous Friable
Material
Miscellaneous Friable
Material
Miscellaneous Friable
Material
Miscellaneous Friable
Malerial
Ftc-03 12" x 12" floor tire, grey rvirh white and dark geen chips with brack mast Misce[aneous
Material
FIC-04 12" x 12" floor tile, light blue with dark blue and whire chips
FTC-05 | 2" x 12. floor rile, tan wirh grey andwhite chips with adhcsive
Non-friable
Category I
Non-friable
Catcgory I
Non-friable
Catcgory I
Non-friable
Category I
Non-friable
Category |
A,Walsh (Page 6 of8)
Environmental Scientists and Eneineers. Inc.
SUSPECT HOMOGEI] EOUS MATERIAL SUMMARY
II'ATERIAL CODE MATERIAL DESCRIPTION FRIABILITY
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GM-tf1
Ml-tDl
MA.{I
MS-o1
MS-02
M903
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RB-{[
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RF{'2
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White woven ropc gasket material
Engine generalor mufller insulaiton
Black mastic on raised floor legs
Red firestop nraterial
Grey duct seam sealant
White sealant on fiberglass TSI seams
Black tar imprensted sponge like insularion
Refractant brick from incineraaor
Brown roofing felt
Black rooling fclt
Ropc gasket on incinerator
Light brown asphalt roofshingle
Dark brown asphalt roofshingle
Grey spray on firepmofing
Vinyl flooring, light yellow and grey pebbled partem with 8|Ey felt back
Vinyl flooring, $ey pebbled pattem with grey backing and adhesiye
Vinyl flooring, rose pcbbled panem with grey backing and adhesive
Vinyl flooring, Tan pebbled pattem with adhesive
Tar paper
Miscellaneous
Material
Thcnnal Syst€m
Insulation
Miscellaneous
Material
Miscellaneous
Matsrial
Miscellaneous
Material
Miscellanmus
MaErial
Thermal System
Insulation
Thermal System
Insulation
Miscellaneous
Material
Miscellaneous
Matcrial
Thermal System
lnsulation
Misccllaneous
Material
Misccllaneous
Material
Surfacing Material
Misccllancous
Malerial
Miscellaneous
Material
Miscellaneous
Matcrial
Miscellaneous
Material
Miscellaneous
Material
Friable
Friable
Non-friable
Catcgory I
Non-friable
Category I
Non-friable
Catcgory I
Non-friable
Categpry I
Non-friable
Category I
Non-friable
Category I
Non-friablc
Cat€gory I
Non-friable
Categpry I
Friable
Non-friable
Calegory I
Non-Iiiable
Category I
Friablc
Friablc
Friable
Friable
Friablc
Non-friable
Category I
.&iWalsh
Environmental Scientists and Ensineers. Inc.
(Page 7 of8)
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SUSPECT HOMOGENEOUS MATERIAL SUMMARY
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MATERIAL CODE
BBA{I
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MATERIAL DESCRIPTION
4" grey baseboard with tan adhesive
4" yellow baseboard with tan adhesivE
4" mauve baseboard with tan adhesivc
Built up root rubber membranc
Ycllow carpet adhesive
White drywall wirh mud, ollwhitc paint
2' x 2'ceiling til€
2'x 2'Ecessed ceiling tile
2'x 4'cciling tile, latitudinal, no fisur€s
I' x I'ceiling tile in sptine
12" x |2" green floor tile
12" x 12" crcam/brovm floor tile with mastic
Crey sealant on duct sEams
white sealanr on fiberglass TSI
Spray on fireproofing on beams
Grey sheet vinyl with adhesive
Miscellaneous
Material
Miscellaneous
Material
Miscellaneous
Material
Miscellaneous
Material
Miscellaneous
Matenal
Miscellaneous
Mat€rial
Miscellaneous
Matsrial
Miscellaneous
Malerial
M iscellaneous
Msbrial
Miscellaneous
Material
Miscellaneous
Material
Miscellaneous
Mat€rial
Miscellaneous
Material
Thermal System
Insulation
Surfacing Material
Misccllaneous
Material
FRIABTLITY
Non-friable
Category I
Non-friable
Category I
Non-friable
Category I
Non-friable
Category I
Non-&iable
Category I
Friable
Friable
Friable
Friable
Friable
Non-friable
Category I
Non-friable
Category I
Non-friable
Category I
Non-friablc
Category I
Friable
Non-friable
Category I
.&WaIsIa
Environmental Scientists and Ensineers. Inc.
(Page E of8)
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gwalsh
Environmsrel Scjcotiets trd Engincers, LLC.
SECTION SUMMARY
This section identifies and locates those materials that are confirmed ACBM. EPA defines
ACBM as material containing more than I % asbestos. The inspection and analytical results
identify materials containing greater than 1% asbestos. This section and Appendix D contain
most of the technical information concerning sampling and analysis.
This confrmed ACBM location information is provided in the following subsections.
o Drawings of Confirmed ACBM (Confirmed Materials) show the approximate locations of
asbestos-containing materials in the facility.r PhotogrlPhs ofACBM provide a representative photograph for each asbestos-containing
material in the facility.r SummarT of ACBM - Sorted by Materiat
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DRAWINGS OF CONFTRMED ACBM
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PHOTOGMPHS OF ACBM
vvMC69
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Vail Valley Medical Center 1969
Namer WlvlC69 Building Exterior
Description:
Name: WMC69-02 FTC-02
Description: 12" by 12" BrownisMRed Streaked
Floor Tile w/ Black Mastic
Name: VVMC69-04 FTC-07
Description: 12' W 12" Lt. Brown Floor Tile w/
Brown and White Streaks
Page I
Name: VVMC69-01 CT-03
Description: 2' by 2' Ceiling Tile - Random Dot
Pattem
Name: WMC69-03 FTC-03
Description: 9" by 9" Off White d Grey and Brown
Fleck and Black Mastic
Nrme: VVMC69-05 FTM-O1
Description: Black Floor Tile Mastic
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Vail Vallev Medical Center 1969
Name: VVMC69-06 LFB-O1
Descrlptlon: Reddisl/Green Pebbled Pattem
Linoleum w/ Grey Backing
Nsme: VVMC69-08 TR-01
Description: Transite Soffitt Material
Name: WMC69-07 PF-01
Description: Mudded Pipe Fittings
Page2
VVIVICTS
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Vail Valley Medical Center 1978
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Name: VVMC-78
Description: Roofs
Name: VVMC78-01 CDW-02
Description: 5/8" Drywall w/ Joint Compound
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Name: VVMC78-03 CDW-02
Description: 5/8" Drywall w/ Joint Compound
Page I
Name: VVMC-78
Description: South Exterior
Name: VVMC78-02 FTC-06
Description: 12" by 12" White Floor Tile wlBlack
Mastic
'
Name: VVMC78-04 FTC-07
Description: 12" by 12" Blue Floor Tile w/ Black
Specks and Black Mastic
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Vail Vallev Medical Center 1978
Name: VVMC78-05 FTC-10
Description: 12" by 12" Brown Floor Tile w/ Off
White Streaks and Black Mastic
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Name: VVMC78-07 FTC-12
Description: 12" by 12" OffWhite Floor Tile w/ Grey
Soecks
Name: WMC78-09 FTC-19
Description: 12" by 12" Beige Floor Tile w/ Black
Mastic
Page 2
Name: WMC78-06 FTC-13
Description: 12" by 12 Brownish,/Red Floor Tile w/
Black Mastic
Name: WMC78-08 FTC-17
Description: 12" by 12" Off Wtite Floor Tile
Brown and Tan Streaks and Black
Mastic
Name: WMC78-10 FTM-01
Description: Black Mastic
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Vail Valley Medical Center 1978
Name: VVMC?8-Il FTC-21
Description: 12" by 12 " Dark Tan d Yellow and
Brown Streaks and Black Mastic
Name: WMC78-13 PF-01
Descriptionr Muddeed Pipe Fitting
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Name: WMC78-15 SVF-03
Description: Yellow Pebbled Pattern Sheet Vynal
Flooring il Grey Felt Backing
Page 3
Nnme: WMC78-12 LF-02
Description: Red Pebbled Pattem Linoleum
Name: WMC78-14 BFI-01
Description: Boiler Flue Insulation Assrtmed in Metal
Iacket
Name: VVMC78-16 GM-01
Descrlptlon: Rope Gasket Material on Boiler
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Vail Valley Medical Center 1986 Page I
Name: VVMC-86
Description: South Exterior
:lf.X.. +.
.@n
=ll .fr.
Name: VVMC86-01 GM-O1
Description: Rope Gasket on Boilers
Name: WMC86
Description: Roof
Name: VVMC86-02 BFI-O1
Description: Boiler Flue Insulation (assumed)
I ellatdlIt
ACBM SORTED BY MATERIAL
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SUNINIARY OF ASBESTOS CONTAINING BUILDIT{G N,TATERIALS
(ACBM) - SORTED BY MATERIAL TYPE
(Friable and Category II lr{on-Friable l\Iaterials)
Building VY1\{C69 Vail Valley Medical Center 1969
The EPA and CDPHE distinguish behvEen friable and non-fnable forms ofACBM Fnable materjalr can be crumbled or reduced lo po\\'der by hand
Pressure, whercas non-friable materials cannot, Friable materials are more likelv to be released into the air, especially during renovarion and demolition of
the building. EPAvCDPHE have identified t\a'o categories ofnon-friable material. CDPHE and EPA policy stircmenis defini that Category I non-friable
materials are not likely to become friable during demolition, whereas Caregory ll non-friable materials are likely to become friabJe during demolition
CDPHE and EPA NLSIIAP require removal ofall friable ACBM and Category II non-friable ACBM Caregory t non-friable suspect maierial $.hich may
remain in place during demolition, provided demolirion methods do not render the malerial friable. Rel'er to thc ttomogeneous Material Sampling
Summary fbr Assumed Category I Non-friable materials
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],ATEN'ILFRIABILITt Friablg
oug#ffi PF-01 }rudded pipe fitting
o"!ffi CT-03 2' x 2' ceiling tile, random dot pattern
MATEAIAL rvPE Thermal System Insulation
*ffi 3o/o total,3o/o Chrysotile, trace
Amosite
""ffi l0lo Amosite, Pt. Ct. = 2.23% Amosite
Locc,iorr/Roonl
Aootor. Otr.
1027
2EA
FLOOR ORTII tt.7LL EAST \-ALL SOLTTH Ir..lLL EEST rr'.7LL CEILb-c OnrEn!trI!
Contm?tis:
Location/lloom
,1oo?ot, Ott.
1402
35 SF conments: Intermixed with other N-AD ceiling tile
OTIIERTIYEST I'ALL CEII.INGIgFLOORnE{STBlU. SOI:T llALLt
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I '\AD = l\oAsb€ltos Ddcctcd. TAC = Torit sbcsro
Locatiom/Room
Approx" Otr.
1406
35 SF cont,ne ts: Intermixed with other NAD ceiline tile
EAST
'IALLn
Aot ro!. 06..
t 510
90 SF
rORflT
'IALLT S"I]TII
'IAI,L
I)'FST II'ALL OTITER!
Conments:
Locotiory'Room
AoproL Otr.
1511A
25 SF
IORTH II'.|LL
T EAST
'I"ILLx IIESI II'.ILL CEILIIiG OT'IER
Conntnts:
Approi On.
l5r 6
I35 SF
Of}IERuu,EST tAt-L (',EII"t,\CTME.IST L{LL SOITIT At.t-NORfIt rirt.L
T
Connents:
Locdtion/Roo tn
Aooro:a, (hr,
l5l7
70 SF
rlgqt XONTILI.ILL EAST ttALL SOITH U'.|LL I/EST tt.1t.L CE ,I!-G OTIIE|
Contnenn:
(Pagc I of 16)
-+ IMaIsI.I
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Environmental Scientists and Engineers. Inc.
SUMN{ARY OF ASBESTOS CONTAINING BUILDING ilIATER]ALS
(ACBM) - SORTED BY MATERIAL TYPE
(Friable and Category II Non-Friable Materials)
,II/ITERI,4 L
DESCNPT]O\CT-03 2'x 2'ceiling tile, random dot pattern -tffi l')/o Amosite, Pt. Ct. = 2.23%' Amosite
Locatioty'Room
Appro!, Ott.
1520
40 SF
FLOOR NORTH ITVLL EAST II"4LL SOI'TH 'I]LL II'EST ''.lLL CEIL!.\C OTH|.Rrtf
Comucnts:
Loaarion /Room
App?ox. {Jr}-
Hall E
70 SF
FLOOR IIORTI] ,1,1LL E.4ST U/ILL SOL'TH I}'ALL II'ESr V.ILL CEILI:IG OTITER
Comments:
Location/Room
Apptox. ()i.-
IC
35 SF
FLOON NORTH $ALL EAST 'Y'LL SOIITI] I'ALL
'IEST
II',ILL CEILIT'C OTHEEunDnr
Commcnrs:
o^*## LFB-01 Redish/Green P€bbled pattern with grey backing -!!4## Linoleum 0o/o, lref backing 74 %.: Chrvsotile
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Locuion/Room
loorox- On.
2205
25 SF
FLOOR i"ORTH r+rlll E4ST IIZLL SOITTE,t'!LL IIEST|, ALL CErLt,\C OTHERaDnf]Dfi-
Comnents: On Concfete
InfttioA/Roorn
Aoorox Oi.
2206
35 SF
,'LOoR STORTH tr.4LL E.lSTrt)LL SOI.TH trALL I ESI t''.4LL CEILL\-G OTHtsR!TNNT
Commens: On Concrete
'.ATENALFRLlRII'trt Non-friable Category I
o"!#,^* BUR-O| Built up roof, rubber membrane
,,ATENAL rvPE Miscellaneous Material
*tffi Assumed
LocatoL/Room
Apo.oi Or}.
Roof
comnents: All flat built up areas assumed ACIII
FLOOR XORTH
'IALL EIST
""4LL SOI'fH 'I.ILL 'IESTIIALL CEILING OTIIERTTNDN
ou(Hffi FIC-02 12" x 12" brownish red str€rked tile with black mastic 'A\lLLat:+ l.zt'/o tot^|, tile l g/o, mastic gyory Chrysotile; Pt. Ct, = .7t9lo total, tile
.757oChrysotile
I-ocatiot/Room
Apnra\. ()lr.
1507
40 SF
FLOOR NOATfl 'IAI,L E.ISI W{LL SOI'TflN|LL II EST 'IALL CF.II.T:TG OTIIERVt rl - fl T-l rl -
Connentt:
.NAD=|ioAsb6to5D.t.dcd.Tjrc=TotrlAsbcso5ccficn!ins.nD|c.LYR=Asbe5torconldltinL.}.r.PcL=PoinlcountR!suk-Lay.r.N:{-No|any
Environmental Scientists and Eneineers. Inc.
SUMMARY OF ASBESTOS CONTAINING BUILDTXC MATERIALS
(ACBM) - SORTED BY MATERIAL TYPE
(Friable and Category II Non-Friable Materials)
T'.1fENJIL
OESCNI PTIO.f FTC-02 12" x 12" brolrnish red streaked tile with black masttc 't'tt!!Sll= l.:()/o total, tile l7o, masric 8olory Chrlsorile: Pt. Ct, = .717o totat, rile
.T5ToChrvsotile
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p#t###i Frc-03 9r' x 9" offwhit€ tile with grey & brown flecks with
black mastic
w#i# 0.8,yo roral, tite 0.57o, mrstic 9yo
-
Chrysorile; Pr. Cr. = .24o/o total, tile
.NAD=NoAsb6losD.!.ct.d..rAc=ToliiArbcsloscontcinsadPle-LYR=n't'.sto5contcntinL:ycr.PcL=PointcounlR6UlrL!ycr-N]A=liot&rr|!
Location/Roonl
Approx, OL*.
Hall B
235 SF
FLOOR *-ORTH|)ALL EAST tt ALL SOL.TH I.ILL WESfhtLL CEtLl.\G OTHER-lTln----
(o't' ents: Under Cafpet
Locariorr/Room
Appror.. O^.
Hall C
135 SF
FLOOR NORTU ''/ILL EASI ".ILL SO(TH I'-.'LL A'EST IIALL CEILIIC OTTTER!pt!!i-
Conmcnts:
.25%Chrysotile
Locatioty'n oom
/lporo-e Oi.
1407
55 SF
FLq9R NORTH I'ILL E.IST '|ALL SO(TH '''ALL IIESI TI',ILL CE'LTXC OTHERsrtf!-r
Locotion/Room
Appto!- On.
1508
t0sF
FLOOR \ORTI'
'I'-ILL
EAST IJ,1LL SOUTH II.',\LL II'I:ST N'+LL (EILI\G OTHER!nr
Comnents:
Locotiotu Room
Aporox. Ott.
l5l0
65 SF
FLOOR :\'OATH TALL E,IST I'ALL SOCTH 'I'ALL I,'EST II".ILL CEIL,IG OTHERMT!NI--
CommPnts:
I.ocatiott/Roonl
Approx: Otr.
t 5l6
70 sF
Ft.ot)R .'ORTll lt.llL E|iST [',, ,L Sor:nrn1LL ,,,LST I. -L CElt.ti,ic OfItE&UDErD-!
Location/Room
Aporor Otr-
I 517
70 sF
SOI'TH
'''ALLD
I'EST T".ILL
'EILI,\G tr
,lporox. (hr.
1520
70 SF
fLqoe :ionT I.1LL EAST ry{Lt- SOt' r *.tLf t EST tt:tll CEtLlfc oTtrERvt - fl Tt :-t rr rr
Comments: Under Carpet
/looro.\. Oa-.
l52l
20 sF
FLLTOR ,\OR'lll lt,4LL E.|ST tt.tLl SO(:Ttt tt..llL trLST t..lLL (Et|t^-(i O.I.HERM r r I I - "n
(o ne ts:
-='Walsla
(Paee 3 of l6)
SUMMARY OF ASBESTOS CONTAINING BUILDII\G MATERIALS
(ACBM) - SORTED BY MATERIAL TYPE
(Friable and Category lI Non-Friable Materials)
MATENAL
DESCRIPTIO,\FTC-03 9" x 9" off white tile with grey & brown flecks rvith
black mastic
-1'\ILLL|-C{L- 0.89/o total, tih 0.5olo, mastic 9ol.ry Chrvsotile: ft. Ct. =.24% total, tile
.25%Chnsotile
Loeiory'Roon
,4pprox- Otr.
Hall D
200 sF
FLOOR tiORIH t:.1LL EAS| nlLL SOL'TH tr..tLL ttEsf q:.|U. CEILL\C OrIrcRNNDTI]
Comrn.,tts: OnCOnCfet€
Locatiory'Roonl
Aoordt. Otr,.
Hall E
r35 SF
FLOOR NORTH II'ALL EAST II'.'LL SO'INI U)LL IIEST '}'ALL CETI.'.\'G OTIIERsnnIIn!
Conmaits:
or{H#r,^+ Frc-07 12" x 12" light brolyn tile with brown & white streaks
with adhesiye
!!a#t* < 0.1%o total, 0% tite, mastic 3yo
-
Chrvsotile
Locotion/Roorn
App.ox. O'r-
2002
60 sF
FLOOR NORTH UALL EASI II',4LL SOLryH 'I.ILL 'I'EST
TI"ILL CEILITG OrEERgtnnlnn
Commcnts:
*ffi FTM-01 Black floor mastic :Mffi 6yo Chrysotite
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'NAD=NoAsb€sIo'D€tccGd.TAc=Tota|Asbcslo5conrcnlinSanp|€.LYR=A5b€no5conEnltnLoyc'.PcL=Poin!co|lntR.s
+ Walsl-
Locotion/Rootn
Aoprox. On,
1027
120 sF comments: Under carpet on concrete
FLOOR NONTII "ALL E,IST UALL SOI:TE IIALL IYEST 'Y,ILL CEILI:IG OTHEIunnDtr!-
Location/Room
Aopro:c On.
t402
105 sF
E.1ST
"JILLT SOL:TH 'I'ALI "'EST
II.ILL OTHER
D
Comnents: Under
Locarioty'Rooh
Apttr L ()an.
140{
I80 SF (.onp,rc t!: Under Carpet
f;lST TI ALL
T soItTE tl'.tLL tlasf w.tLL OTHETn
Locotion/Room
?lporo.ri. (t/',.
t405
I80 SF
FLqON
^-ORTH 'I
ALL E4ST I}',ILL SOUTH ""1LL 'I'EST
I|."ILL CEILITC OIHERnrItttr
Connuns: Under
AplrraL ()n,
I.106
IOOSF Conun.nts: Undef Cafpet
*.ORTH
'I')LL
EAST IIALL SOI,TH
'IAI.L
II'EST'}',.ILL CEIL',IC OTHERn
Environmental Sciendsts and Eneineers- Inc.
(Pxge 4 of l6)
SUMI\{ARY OF ASBESTOS CONTAINING BUILDING IVIATERIALS
(ACBlvI) - SORTED BY MATERIAL TYPE
(Friable and Category II Non-Friable Materials)
or{#* FTI\1-01 Black floor mastic
Location/Room 1508
Appror. O,r. 50 SF
FLOOR I'ORTH HALL E.IST II'.|LL SOT:TH I'',!LL 'I EST N'ALL CEILII'G OTHLRb1]Ut]
Locario Rootn
.4pprox, ()b^.
l5l I
375 SF
FLOOR t"ORfH tl.4LL E..!ST ttALL SOL.TH It-.tLL '' ESI t.tLL CEIL|,\G oTtrERgfINfIT
Locaion/Room 1519
Aporot. Oi. 30 SF
FLOOR NORTH I|'ALL EIST I/.!LL SOUTH IIALL I''ESr IIALL CEILI}IG OTHENInIInn
Comntenr: Under FTC-05
Locntiotr/Room
Approt:, otr'.
2002
60 SF Comntcnts: Under floor tile
FLOOR IIORTH II'.1LL E,IST
'I'ALL
SOLTTH *1LL IIEST
""ILL
CEILING OTHERM!NtrITT
Location/Room
Aroro,\. Ott.
tc
35 SF
FLOOR NORTH IIALL E,IST I'',11L SOCTH }LL YL.ST
'I',.ILL CEILINC OIIIERETTITI-
Comnetts: Under tile
I.oentio,t/Rootn
Approx. Oi..
SBR
35 SF Connenrs:
E..tsI u.1LLI sot;Tlt ,r"lLL lyEsT fi.tLL OTHERtr
,r##h TR-01 Transit€"affi Assumed
:TH N',ILL II'EST I}|t/,L CEILI:(G OTHF,RTTtrTIIALL EAST IY.|LL SOl-!
LocationlR.nm
Apt totc. Ott,
l51l A
75 SF
Locotio,y'Room
Approx- 0tr..
l5l5
70 sF
FLOOk NOR'TH 'I'.|LL E,IST 'I"{LL SOIITII I'/ALL
'I''.ST
II.ILL CE]LI};G OTITERgt]rnlDn
Locatioh./Room
Aroro.t. (hr
Roof
IOO SF Comments: Panel soffit On elevator sheft
T'LOOR NORTE II,ILL 8..'ST I''-!LL SOI'TII IIALL II'F.'T NALL CEILI*C OTTIER,txt]
€ WaIsIa
Environmental Scientists and Engineers. Inc.
(Page 5 of l6)
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SUMMARY OF ASBESTOS CONTAINI]\G BUILDING NIATERIALS
(ACBM). SORTED BY MATERIAL TYPE
(Friable and Category II Non-Friable Materials)
Building WMC78 Vail Valley Medical Center 1978
'Ibe EPA and CDPHE distinguish betrveen liiable and non-friable forms ofACBM. Friable marerials can be crumbled or rcdLrccd to powder bv hand
pressure, $hereas non-friable matErials cannot. Friable materials are more likely to be rel€ased into the air, especially during renovation and dimolition of
the building. EPA,'CDPIIE have identified two calcgories ofnon-friable nnteri;I. CDPHE and EPA policy staremens detini rhar Category I non-l'riable
matenals are not likely to become fnable during demolition, rvhereas Category II non-friable materia]s are likely to become fnable dunng dcmolition.cDPHE and EPA NESTLAP require rcmoval ofall liiable ACBM and Category ll non-friable ACBM. Categon; I non-friable suspecr.rnaienal which mayremain tn placc dunng demolition' provided dcmolitron methods do not render the material friable. neler ro thi Homogeneous Niareri'al Sarnpling
Summary for Assumed Caregorv I Non-frjable materials
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,ArEnrlr,FRuarLrrt' Friablg
ou(HH,^4 BFI-01 Boiler flue insutation
M 4rERtAL n'PE Thermal System Insulation
"tffi Assumed
,;+## Glr-or Rope gasket material on boiler *ffi 64y, Chrostite
"effi 37o Amosite and Chrysotileoffih PF-or lYhite mudded pipe fitting
*#^,rr,^+y+ cDlv-02 5/8" rvhite dryrrall with mud !!4#* <0.1ol" roral. mud 0.57o, pt ct 1.25%: mud. 0.01 7o total
,r### LF-02 Linoteum, red pebbted patrern e#i.h 26.301, torat, fetr backing 75ol,. tite.: 0yochn'sotile
LoMtio^./Roonl
Aooro* Ot.
E..tsT u trLLI so|fH IALL rftsT tl.tLL (EtLI:'C
n
Comnents: ASSumed
Locaaion/Roo
,lpprox (ttl,.
2008
I50 LF (omncnts: On boiler, NOt
XEST H'..ILL CEILI,\G!DEAST
'YALLnNORT'I b:'LL!
Locatio,L;Room
Aoom-L Otr.
l0l3
40 EA
sotfr, tr/tLL trtsf tf.tLL CEII-L\G OTHERtrg
Compten,s:
Locoaiott/Roopl
Aooto|. On,
Hall F
20 EA
soltl ,yu,L ,EsT n lLLTf OfITERg
Iacation/Roou
.loprott OA,
ALL
ALL conhats: Alldrvwall joirt compound is possativ€ for esbesto
FL99R iOnTIl ltjLL E.IST IALL SOr.Tttv.tLL tr'f,tT u +r,L cErr,tNG |THERI M M M VI 17 --
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Environmental Scientists and Eneineers, inc.
(Page 6 of l6)
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SUMMARY OF ASBESTOS CONTAINING BUILDING MATERIALS
(ACBM) - SORTED BY LATERIAL TYPE
(Friable and Category II Non-Friable Materials)
H.4TEE]AL
DESCR] PT'O.\LF-02 Linoleum, red pebbled paftern ar t4#5+ 26.J7o total. felt backing 757o. tile-: 00/"ch n'sotil€
I-ocation/Roonl
Aoorov Otr,
2320
15sF
FL00R *ORTIL'AI.L E1ST D.1U. SOa.TIt .lt t DEST .:tL!. CEIL|.\G ||HER
Commcnts:
Locution/Roo
.lourox. On,
2333
95 SF
toRTlt I:|LL EIST IALL SOTTAr' .L II'ESTIIAI,L Ct,II.I\Cxtr OTIIERf
Comnetts:
Loadriory'Room
Anpro-\. On-
Acct
30 SF
FLU)A NORTIT tyALL E.IST rr'.1LL Satrflt AI.L tt.EST t .ALL CE ,ri\iC OTITERD!lTD
Comments:
I.ocqtion/Roont
.loorox. Oi.
TRS
98 SF
FLOOR NONT "ALL EAST II'41,L SOI'TTT '|..ILL
,IESrT/LL CEIIJNC OTHERsI!!!I-
Cohrrdtts:
or!#ffi svF-03 Vinyl flooring, yellow pebbte prttern with grey felt
backing and adh€sive "-ffi 32.4o/o total, backing 69%, tile Oyo
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|IAD=\oAsb.nosD(tcctcd'TAc=ToblAsb€nosConrenlinsampl..|YR=Asb.5lo5cont.nrinL0yer.PcL=PoitlcounlRG5Ll|t.L]).r.N/A=:\ol.nl|
Locotion/Room
.ltttrox. Oi|
l7t8
255 SF
FL(nR NORTtr rr"JLL EAST t/At.I. SOa't v..4LL EES]' |.ALL CEIt-r'|tC OtrrERgn!!Dn
Comnents:
Location/Roonl
Apnro.\, On.
1722
155 SF
FLOOR NONTH DALL EAST I'','LL SOII|H 'IALL II'EST I}ALL CEILT}iG OIHERMN!DTN-
Cornnents:
I.oc4tio h./R oofil
,lpttro.L Otr,
1721
I55 SF
FLOOR NORTII
"iILL N'ST I,II.L SO(.:TII II'..ILI, I|EST II'AI,L CEII.TNG Of/irERpl -nn--
Comtnertts:
Locatiotr/Roont
Annft.\. Otr
l7z8
I55 SF
FLooR ioRTH IAt.t. t:/st n{LL S0a:ftt itr-t- I.F^\T ',A!,I, (Etr.t.\c QTltrt,flMTITNN-
Connents:
I-oca,ion/Roonr
.looro.u 0n.
| 738
I50 SF
FLg)n \oPTtt t).!LL E.4ST tyllt. SO\:TU VILL t|E'T 'i-,U,I CEtr-tNG OTltESMn-rrlr'r i-l
Commcnrs:
+ WaIsIa
(Page 7 of l6)
SUMI\{ARY OF ASBESTOS CONTAINING BUILDING }TATERIALS
(ACBM). SORTED BY MATERIAL TYPE
(Friable and Category II Non-Friable Materials)
.I'.4TENlL
DESCf,JPTIOT SVF-03 \tin;-l flooring, yellow pebble pattern rvith gr€y felt
backing and adhesive "*ffi 32.4olo rorat, backing 69,/0, rile 09lo
LocatiortJRoortl
Aopro.\: Otr,,
1747
I35 SF
s0t'Tlt lLL
D
NLST N'4L1. CEIII.\A OTHER
Commenrs:
MATE*IAL FRr'tBtLIr' Non-friable Category I
ouffi,^4 BUR-01 Builr up roof, rubber membrane
tttArERrAL rrPE Miscellaneous Material
"*ffi Assumed
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*!ffi FTC-06 12" x 12" fioor tite, whirewith btack mastic !H#h <0.ty" iotat, mastic 4yo, rile 0olo
L nrvS0llle
o6{ffiffi F"tCAt 12" r 12 floor tile, blue with bleck specks *ith black
mrsaic
0.19l. total, mastic 97o. tile 07o
Chrysotil€
'A.\/ILITICAL
f,Esa4r
LocdtiotlR.mm
Aporat ()tr'-
1360
48 SF
E{ST lt',|LL
D
soltTH trALL |IEST v.4LL OTHER
D
Commants:
Loccrion/Roor
Aooro:r 0i'.
l36l
I35 SF
lvoRT
"tLLD
EiST I}A'.L SOT|TIT II'.'LL I|.EST
'T'ALL
OTIIERT
Comnents:
Lo.atiort/Roonl
.loprox- Otr'.
1360
48 SF
SOT'TII
'}',!LLT OTITERn
Comrnentsi
pE##if#fi Frc_10 floor tile, brown nith off white streaks ryith
black mastic
l.l% total, mlstic TVo. aile loh
Chr.vsotile. Pt Ct 0.5ol', tile
AAX.ILfT'CAL
RESI'LT
Locotion/Root l
Aoorox.0n.
l3l6
IISF
NORTE
'}'ILLT EIST IIALL
T OTHER
tr
Connentt:
pE##H#i Frc-t3 12" x 12" floor tile, brorvnish red with black mastic zYo tot,|, mastic stllo, tile 2 7o
Chn'sotile
.,4NALI'TIC.4L
RESL'LT
Lo.ntiott/Room
Apuro\. Ot"u.
2601
49 SF
tsLq)x ir(,RTH IALL E.rtT tt:1LL soL: W|LL tr.|jsl.,r..tLL ( Erlt,f(; |THERnrr
Conmcnts:
Loc.ttion/Roo l
Aotros ()i,
2607
I49 SF
FLOqRg i\ORTH II'ILLtr sotttH n,tLLnE,IST
'I'ALI.T IIEST U,tLL CEILI,\G ONIER[!n
(-o rrrattrs:
.NAD=NoA5b!s|osDct.clcd.TAc=TotdAsbrsroscoottnlinsnmplc.LYR=Asbcsto3c|cn!iiLrer'
^g WaIsIa
Environntental Scientists and Eneineers. Inc.
(Page 8 of l6)
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SUMMARY OF ASBESTOS CONTAINING BUILDING NIATERIALS
(ACBM) - SORTED BY MATERIAL TYPE
(Friable and Category II Non-Friable Materials)
MIITERIAL
DESCRIPT'O.\FTC-13 l2' r 12" floor tile, brownish rerl rrilh black mastic 4lLWh 2V" total. mastic 5olo, tile 2 9/o
-
Chn sotite
,##.^t*, Frc'tt 12" x 12" floor tile, off white with brown and trn
streaks with black mrstic
zM *""!EE4* I7o total, masic 109/0, tile t',/o
-
Chrysotile, Pt Ct 0.75Vo tile, 0.75%
tolal
Dr!!##l;i Frc-lg 72" x 12" floor rile, beige with black mastic !E!# 39lo toral, mastic 09/o, tile 3yo-: Chn'sotile
Locttio,y'Room
Appro& On.
Hall F
345 SF
FLqn
^oRtu
|l 4LL E.rST L.|LL SOI:| I.ALL I F-Sf n.4lr. CE LTXG OTtlERtr!trnn-n
Comncnts:
Locotioty'Roon
.top|ox" On.
Hall K
358 SF
EASL'I|,L SO|:T rrAlL IIEST IIALL CEILI.\G OTIIER
Conn anas:
Locsaion /Room
Aporo.r. On.
1732
54 SF
FLOOR :,IOA|H T..ILL EAST II.,{LL soaTH '+'lLL 'I
Es7. II{LL CEILI,\G oTHEnE n ! n r - -tr
Commcnts:
Locotion/Room
Aporox. Oi.
1733
63 SF
FL99R NORTH tltlL E1ST .ALL SOL;TH tr.ALL ttEST ty.llL CE LTXd OTHER
Commerts:
Loca?ion/Room
Approx ()n.
1735
27 SF
FL99R itORTH HALL EAST t."lLL SOAIE I'ALL 'tESrlTLL CEILI\C OfHEel7i n - T'r rr r't r-l
Commcnr:
Locatio,t/Room
tloorox. Oi..
1740
122 SF
FLOOR SOR|H II'.ILL 5'1ST I''.{LL SOL|TH 'I'ALL "EST 'I'ILL CEILING OTHERM ! n tr n - --
Comments:
Location /Room
ApprdY On.
Storage
27 SF
FLgN TONIH I,ILL E.{Sf "'.ILL SO|TH ""[LL II'EST
"ALL CETL,NG OTHER
Comncnts:
.liAD-\oA5besr5D.t.clcd.TAc=Tots|Arbe9Io9co'lfrinsa'np|c.LYR.A5b6toscontcntinL!,.t.PcL=PoinlcountRc!uh.Lnyct.:'A=\dfo|}
SUMMARY OF ASBESTOS CONTAINING BUILDING NIATERIALS
(ACBM) - SORTED BY MATERIAL TYPE
(Friable and Category II Non-Friable Materials)
FTC-19 12" x 12" floor tile, beige with black mastic '-4\'lLLLLC.Lt- 3%o lotal, mastic 09/u, tit€ 3',/ory Chn'sotile
,rt..t TEN,I L
DESCRIPTIO.\'
Location/Roon 1502
.4t'ptox. Ott. 104 SF
F|.QQR .\ORTrr tt eltMN E.IST lt"rLl SOI I t.lt.L n ESt t 4t,l, ( EIL|.\GTT Il
Cotntnants:
Lo&tio rL/Roo nl
.,lpt rox ()h*.
l7t4
I94 SF
,1.00R :\ioRfII ll'tlL EAST IALL SOTT nlLt- I EST ;llt, CttLt.\G OflEnA!TTtrrtr
Comtneu,s:
I-ocatiory'Roont 2501
Apt'ro.i O^.. 84 SF
FLOOR IIORTH IYALL E.IST
'IILL SOT:N' T,4LL DEST II',{LL CEILITG OTHER
Locatiod/Rootu 2503
.loorox; On. 57 SF
NORTII
'I',|LL
EAST II'AI.L SOLIT"
'Y.ILL
NESTIIALL CEILIiIEI!OTHERn
Lototion/Roon 250.1
Approx. O^,. 95 SF
T'LOUA :VORTTI II':ILL E,'ST II'ALL SOIIT L+LL IlEST 'I'AI,L CE'Lr:iG OTT]EREn!!!trD
Conmcns:
Locatio".lRoop, 2507
Appror On. 49 SF
FL(nn liORTlt tf.lLl EiST rt.ru. S./tfttUALL ,I'ESTt:,r-L CEIt.t;-C OTTTER
I-oca.iorl/Root t 2508
,lot ror O^| 160 SF
rLooa .\(rRIu t .tLL EAST t|At-t, SOt, I tt..l!.!. tt EST b)t,!, ( ErLt,\(; qTIIEXfNTI!
Comnents:
lncatiotL/Roon t(no
Aoorox On'. llSF
fLooR ioRT b,tLL E,lSt nllt. sottTu |/tLL I,F.sf u.|t.t. (ErLr,\G oTrrERUIf!IN-
I-ocataon/Roottl
,4porox Ott,
2510
33 SF
:\ORTII lr'.llL E.4ST tt,tLL SO(:Ttt tt,.l.L I'EST I SLL of ERn
Cotntttettrs:
LocationJRoon t{ni
Apptol Oa. 95 SF
liarRTll ll::lLL
tr sol:Ttt ta-4LLn II'EST 'IALL CEILII;G OTUET
'NAD - No Asb€$os Dere
Environmental Scientists and Ensineers. Inc.
SU]VINIARY OF ASBESTOS CONTAINING BUILDING 1VIATERIALS
(ACBM) . SORTED BY MATERIAL TYPE
(Friable and Category II Non-Friable l{aterials)
TTATEN,lL
DESCNPTIO'FTC-I9 12" x 12" floor tile, beige rvith black mastic !I4+i5i+ 3yo toral. mastic 0olo, tile 37u
-
chrvsotile
Locatiol/Roon
Appro-u Oi,.
2602
I7 SF
E,ST ttatlL SO(T tr'.|LL IEST tr-1t-t. cEILt.\G 0f f.R
Conmetr,s:
LocaaiotL/Roonl
.4porox. Oi,.
2605
86 SF
FLOOR NORTtrt.rLL EAST I'/t-L SOUTT' n,{L lt.EsT I,ALL CEtLr:\A O1TIERM T T T T -- "N
Conments:
Locatioty'R oo n
Arrprox. Oi'.
2606
t14SF
FLOOR lloEfH I/ALL EASI 'IALL Sot:nt IALL t FST tt.AL,, (.F,tLr,\G OT EAn!!!f1
Cornma^ts:
Loctliol/Roora
,l pttrcr. On.
ST
33 SF
fL99A NORTTI W,ILL E,IST I'\LL SOU|N '".ILL ['EST I,.4LL CEILI};G OT,TER
Commants:
DE#fH#fr Frc-zr 12" x 12" floor tile, dark trn with yellow and brown
str€aks wlth black mestic
llt .,LE!# lo/o total, mrstic 7%, rile I %.: Chrysotila Pt Ct 0.5% tile 0.4y0 total
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FTI\!-01 Black lloor mastic "*ffi 3Vo Chrysotile
.NAD=i\ioAsbc$6D.tcct.d.TAc=TonlAsh.5to,col.ntinsamP|€.LYR-A3b.rto6co!|tcntinLa!.
Environmental Scientists and Encineers. Inc.
Locaion/Room
.lpprox. Ott'.
l7l1
33 SF
FIOOR
^-OF|H IIALL EAST IALL SOtiTn ,|,,rLL ,|.EST tr,tll <:t:tLnic OU\EA
Comnetts:
Location/ Roonl
Aotro:r. Otr,
1007
I7I SF
FLIgR ,\-OlT tt,,tlL E|ST ,,'.[LL S0r:flt,ltLL lFSftALL (.ErLrrC OTITEqM n D ! --- il-- "'n'
Conmehas:
Locutio,y'Roorrl
Aooro!. Oh,.
| 010
65 SF
EAST NALI, SOI:TH
'I'lLL
u'EST
'I.!LL
CEILINE OTIIER!T
Comments:
Location/ R oanl
Aooro-Y Ott,
1363
38 SF
f L!9R ,\ORnt yAt-L E.IST y,tLL S)I:f rr rAr.t- t .EsT tt./tLt. (E,Lr,\c 0T En
Locutioty'Roo t
,.lpt rot<- On,
1361
226 SF
FLoOR
M
tt)RfH t|:tLLn E,IST
'I'ALI.!s0tiTII v.|Lt.I $ t:sT LtLt. cEII.t.\()
Comue ts:
SUMMARY OF ASBESTOS CONTAINING BUILDING I}IATERIALS
(ACBM) . SORTBD BY MATERIAL TYPE
(Friable and Categorv II Non-Friable Nlaterials)
FTi\I-01 Bleck floor nrastic *ffi 3y. ChrysotitelTERlAL
DESCRIPT'O,\
Location/Roottl
Aporox. ()n'.
1365
4l sF
FLOOR tiORfH IALL ElSf tr..tLL SO(IH t,.lLL ,JEST U..ILL CEILITG OTHERsltnlrl
ComrnaNs:
Lotatioty'Roon 1366
Aptrox- On\ 54 SF
FLOOR ,\ORTH I'',ILL E{ST II,ILL SO''TH ",4LL '''EST
II',ILL CETLI,\C OTHER!ffrl
Cot tmen.s:
Location/Room
App.or. Otr.
1367 A
98 SF
FLOOR NONIH X'ALI EJISI
'Y,'LL SOI:TE I'ALL II EST I'',1LL CEILIXG OTHERM!TNlltr
Conmcnts:
Locttio /Rtmm
Aoorol ()tr'.
t 6l1
195 SF
FLOOR
'ONTH
[':ILL E,1ST IIALL SOI'TH "ALL
IIEST 'Y.1LL CEILIIC OTHEREEITT!-
C-omrnants:
Locotio,y'Rootn
Aoprox- Ort.
t7t2
I95 SF
FLOOR NORTH II'ALL E,IST 'IALL SOI:TI! 'YALL I''ESr II,ILL CE]LIIG OTHERMtrDTT!tr
Cotnnents:
Location/Roo',1 2511
/1porox. Otr.. 7l SF
FLOOR AORTI] U ALL EAST "'.7LL SOL:TH II.1LL II'EST '',{LL CEILI.\C O|HEREntttDtr
Contments:
Aotrrot" (hr|
26 s0
I62 SF
FLOOR :{ORTH 'I,4LL E1ST IIALL SO|TH "'ALI. IIESr T'1LL CEILI\\'G OTHERurnf]tr--
( om ents:
Locotion/Roorn
Appr6ti, OA.
z7 0l
I34 SF
'LOOR
,\'OR|H II',4LL EAST II"4LL SOL'TII ,j/.LL II EST N':ILL CEILII;G OrHERv'-l-tTr-r-
Con efits:
Locaion/Room
Appror. Oi,.
l612
33 SF
FLOOR NORTH tr'.tll Ert9l ty.tll soL,TH t|"|LL EFST tt"4LL CEILI:IC OTHERtrnlnr
Conncnts:
Location/Roott 2702
/tpprox Oty. 57 Sf'
FLOOR )'ORTII
".1LL E.,IST
'I"1LI SOI'TH "7LL TlLSr ',ILL CEILING OIHENv-nTlrlfrr
Cornntnts:
.]\AD=!.!oA'be51.EklccltJ-TAc=TutalAsbcstosconre|nsnmpl.'LYR
e Walsl-
(Page l2 of l6)
,I'ATERl}lL
DESCRIPTIO.\
SUMMARY OF ASBESTOS CONTAINING BUILDING NIATERIALS
(ACBM) - SORTED BY MATER]AL TYPE
(Friable and Category II Non-Friable Materials)
FTl!l-0I Black floor mastic "Effi 39o Ch r-.r'sotile
'NAD=lioAsb€5tosDekctcd.T^c-To|JA$.noscflol|nsMpIe.LYR=Asb€sloscont€nlinLcl'
g Walsla
LocationtRooh t?n 1
,4pt ftr. Oh,. 66 SF
fL99R ;aORTH t ALL EASTI',.{LL SOL.THt,tLL |,EST trALL CEfLfrc OTITERurlrt-r
Contne,s:
Lo.atio't/Room 2704
Aobtox" On. 149 SF
FLqI,R NO|TH tr'.{LL E.',STni/L SOCTIT V/tLL t.ESTt,tLL CEtLt.\G OTHERs r r D - -"- "r
Coltments:
Location/Room t7O<
Aoprcr- On| 146 SF
FLryR NORIH IIALL EAST I'.1LL SOL]TX IIALI
'I'EST 'I7LL CEILI;\C OTHERu p tr f -r- --- -[
Connents:
Lorution/R.,om 27A6
Approx on. 38 SF
FL!gR NORTH t tLL E..tsT ALL SOLTTH tyltLl rESI fi..rLl (f-rLrf,-G ,THER
(otttments:
Locdtion/noom Hal L
'tootox On. 204 SF
flglR itonTH L|LL EASr tf.lLL SOLTMTALL ,t,ESr IALL CEILL\G OTHERE r f, n --- -- "r
Comnents:
Locaio,y'Roou Hall A
Apotox" on*. 203 SF
FL99R |ioRTH tr'.4LL E|jT E.|LL SOUTH I'ALL IEST fi"ll-l CEILL\G OIHERM n ! I -- --".1
Conmeats:
Location/Roo tn
Apotox {td.,
Hall E
II9SF
II'EST I''.4L1 CEIL]NC OTHERIrt
(lonncnts:
Locatio Roon
AporuL 0i-
Hall K
307 SF
FL99R lloRr$ tt"llL E,rST u,1LL SOL.TH "..11L 't:E'f
,,rLL CEILI.\G OTHERM r r - --* --"- "'r'
Conmtnts:
Environmental Scientists and Eneineers. Inc.
(Page l3 of l6)
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SUMMARY OF ASBESTOS CONTAINING BUILDING MATERIALS
(ACBI!I) - SORTED BY MATERTAL TYPE
(Friable and Category II Non-Friable N{aterials)
Building V\rN{C86 Vail Valley Medical Center 1986
The EPA and CDPHE distinguish between friable and non-friable forms ofACBM. Friable materials can be crumbled or reduced topowderbyhand
pressure. whereas non-friable materials cannot. Friable materials are more likeiy to be released into thc air, especially during renovation and dimolition of
the building. EPA/CDPHE have jdentified ts'o categories ofnon-friable materiat. CDPHE and EPA policy staiements detine that Category I non-friable
malerials are not likcly to become friable dunng demolition, whereas Caregory lI non-friabte rnateriais ari likely to become tiiable during demolitlon.
CDPHE and EPA NESHAP require removal ofall friabie ACBM and Category ll non-friabl€ ACBI,I. Category t non-fnable suspect maieriai which may
rcmarn rn place during demolirion, provided demoljtion methods do not rcnder the mateial friable. Refer to the Homogeneous lviaterial Sampling
Summary for Assumed Category I Non-fnable materials
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ttArERI'.I F&uaIurY Friable
ooft#ffi CDW-02 Dryrvatt ceitings
MATENAL rvPE Miscellaneous Material
^ffi Assumed
,;nv+H# cr\t-ot White woy€n rope gasket material "4ffi 68yo Chrsotite
Locorion/Room
Aooro.r- ()tr.
301I
275 SF
rLOOn .\ORTH ty.4LL E,{ST BALL SOLtfH ,|,,4LL tyEsf ,..tLL CEILITIC OTHE|
Comrnan,5:
Locoliory'Roon
Aoorox. Otr.
3014
275 SF
FLOOR
D
NiORTH
'+"!LLD
EAST IlALL SOLITH I)',11LDN WESI II'ALL CEILING
M
OTIIES.
Commcnts:
Lo.ation/Room
App?ot- Olr..
3020
275 SF
E.IST IIALLtr CEILI,\Gu
Comments:
Locarion /Roon
.4ottrox. Otr',
t022
275 SF
FL99R ^"OnT *.ILL E/aST t '|LL SOL|TII B,.4t.r- VESI\ALL CEtLt:\c OnIIERn ! I n - pr-- -'-
Coftrnettas:
Locattio,y'Rootn
Aborox:. Otr.,
8006
3OO LF
II/EST IY..TLL CEIL'NCItr OTHE&g
Comnents:
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|,A.EN4L FRuBILtrt Non-friablg Category II Thermal System Insulation
"Yffi Assumed
T'ATERIAL TYPE
ou### BFI-01 lvtetal boiler and hot water heater flues metalbestes
Locatiott/Roon
Apt to.Y On.
8005
IOO LF
FL99R IORTH L4LL E tST *'.4LL SOITH B.,1LL trEST I..|LL CEtL':vC ,TEER
Comman6:
T
'urENAL FRuRILtrt Non-friable Category I nurERt'L rrPE Miscellaneous Material
'NAr,=NoAsb.slcDet.ctcd,TAc=Tot!|Asb<stoscontcn|ins3mpte'LYR=Asb.osco.l.n|inL!y.r.
Environrnental Scienrisrs and Ensineers. lnc.
(Page 14 of l6)
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SUNIMARY OF ASBESTOS CONTAINING BUILDING N,IATERTALS
(ACBM) - SORTED BY MATERIAL TYPE
(Friable and Category II Non-Friable Materials)
II -:!4!4*. BUR-01 Built up roof, rubb€r membranet oei;Fi-pnot D(JA-ur Du|lr up rool, ruDber membrane "4ffi Assumed
rNA0=NoAsbcsIoiDdcct.d.TAc=TotalAsbcicConlenti.SimpIe'LYR=A'b.9tGcont.ntinLaycr.PcL-PoinrcDunlR6uIt-Lv€i,NjA=Nol![3ly?cd
I
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I Environmental Scientists and Ensineers. Inc.I
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SUMMARY OF ASBESTOS CONTAINING BUILDING MATERIALS
(ACBniD - SORTED BY MATERIAL TypE
(Friable and Category II Non-Friable Materials)
Building VV"NIC90 Vail Valley Medical Center 1990
Tle EPA and CDPHE distinguish betrveen friabl€ and non-friable foms ofACBM. Friable materials can be crumbled or reduced to porvderby handpressure, whercas non-friable materials cannot. Friable materials are more likely to be rcleased into the air, especially during renovation and demoiition of
the buildinS EPA/CDPHE have identified two categories ofnon-friable materiil. cDPHE and EPA policy statemenrs defini rhat Category I non-friablematerials are not likely to beconr friable durin€ demolition, wlrreas Category II non-friable mate ais are likely to become friablc duri-ng demolition.CDPHE and EPA NESHAP require removal ofall friable ACBN{ and Carclory II non-friable ACBM. Category I non-friable suspect maierial rvhich mayremain in place during demolition, provided demolition methods do not rcnlei the marerial friablc. Refer to-the Homogeneous Marerial SamplingSummary for Assurned Category I Non-friable rnaterials
I
MATER,AL FRURIL,T Non-friable Category I MATENAL rvPE Miscellaneous Material
ooffi BUR-01 Built up roof, rubber membrene "*ffi Assumed
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.}iAD-NoAsb.sto6D.rccled'TAC=Toh|Asbcslosconlcntinsa'np|c.l.YR=A'bc!toscontcnlhLtycr.PcL=Pointcoul|lR6
Environmental Scientists and Ensineers. Inc.
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=WalshEnvironmental Sciendsb and Engineers, LLC.
SECTION SUMMARY
This section provides information on the collection of bulk samples and the subsequent
laboratory analysis. Sampling strategy, regulatory compliance, laboratory analysis and
QA/QC are described within the Methodology Section. The following subsictions provide
additional information on bulk sampling and laboratory analysis.
I Homogenous Material (Area) Sampling/Analytical Summala provides a report of each
suspect homogeneous material that includes sampling and analytical data for each material.. Bulk Sample Log lists all samples in ascending order by sample number.o Bulk Sample Analysis Results/Chain of Custody Documentation contains the official
laboratory reports that are used to "back-up" reporting ofanalytical data in other sections of
this report and chain of custody forms that track possession of the samples from the inspector
to the laboratory.
Ewironmcdal Scientiss aoa flrgincers. I-|.C.
HOMOGENEOUS AREA (MATERIAL) SAMPLING SUMMARY
Y\rMC69
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HOMOGENEOUS MATERIAL (ARBA) SAMPLING/ANALYTICAL St]MMARY
MATERJAL DESCRTPTION: 4" yellow bascboard wirh ycllow adhesive
lVlATrL TYPET Miscellaneous Matenal FRIABIL|TY: Non-friable Cat€gory I
SAMPLED/ASSUMED?: Sarpled COMMET{TS:
PHOTO #: WMC69-ACBNI?: No IEr>i5
Semplc # | Location Sample Locrtion Dcacripllon j Asbestos Andyticll ResultACBM?
WMC69-03 Hall A N wall at enfance to Park St No No iNAD
,4ct to diasd'tr lor l6ario"r of Do'qiat' .,'d
'nnpte la<oti@s MO : tlo &tElot onad.d, tac . Tot l a$..tc conrcnr in srnpta. LyR t a!0.5t ! cad..t in l,ryd, pcL . potrt count R€ut -
L.y.r, PCr : Fold Coud . Tcat Sampt!. N/A . tU rdryrdt du! ro prlor.ssiv. Ansttlis
IIIATERIAL DESCRIPTION: 4" grey vinyl baseboard with ran adbesrve
MATfL TYPE: Miscelianeous Material FRIADILITY: Non-friable Category I
SAMPLED/ASSUIIIED?: Sarnpled COMIIENTS:
PIIOTO #: VV[,{C69-ACBM?: No $gi5N
Srmplc # I Locrtion I Samplc Locrtior Dcscription Arbcstos I ACBM? i Anrlyticd Result
wMc69-10 | t022 N wall 3'w ofelcvadm
IvIATERIAL DESCRIPTION: 4" brown baseboard wirh brown adhesrvc
l\lAT'L TYPE: Miscellaneous Matsrial FRIABILITy: Non-friable Category I
SAMPI-ED/ASS(,NTED?: Sampled coIvtMENTs:
PHOTO #: WMC69-ACBM?I No Ilct>ib
Samplc #Locatior I Samplc Locrtior Descriptior I Asbcstos ACBM? i An.lytical Rc$tt
vvMc69-l I 1023 .SW comer ofroom No I No NAD
IIIATERIAI DESCRIPTION: Technum panel, used fiber with wtrite coaring
MAT'L TYPE: Miscellaneous Material FRIAB|L|TY: Non-friable Category II
SAMPLED/ASSUMED?; Sampled COMMENTS:
PHOTO #: WMC69-ACBI!?: No ll!:iTX
sampl€#lLocrtionlsempteLociffi Anrlyticd Rrsult
wMC69-32 i 220'7 ,Above CDw-01 ceilinS No Nt iNAD
IfIATERIAL DESCRIPTION: Built up roof, rubber membrgne
NIAT'L TyPE: Miscellaneous Materiat FRIAB|LITY: Non-friable Category I pHOTO #:
SA]VIPLED/ASSUNIED?: Assumed COIIIIENTS: Flat roofareas around and inbctween peaked roofs
ACBM?: Yes :rc$g
Samplc # | Locetion Sempte t ocrtio lnetyticel [Euti
Yes YesAssumed Assumed
^&,W'alsh
Environmental Scientists and Ensineers. Inc.
(Page I of32)
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E|d|olid8mns|o.loca|ionsofaa|ainbddsoap|.l44|id'Mo.l.|o^tbdo.o€|.d!d.r^c.lotd^{.}'c6cc{!dinslhp|!'LYR:A$.,sloscc|i,l1t|||Lr'r
la/.r FtCf r Point Ctunt - tor.t srndc. r|/A ' N.a l|JI'Gd.b. io Frqr!<iE Ar#
^eW'aIsIa
IUATERIAL DESCRIPTION: Tan carp€r adhcsive
lllAT'LTYPE: MisccllaneousMaterial FRIABILITY:
SAMPLEDiASSIIMf,D?I Sampled CONlrtEIriTS:
Non-friable Catcgory I PHOTO f: VVMC69-ACBM?: No i9; -!.IE
Srmple # | Locrtion Srmple Locrtion D6criprion i Asbcstos ACBM? I Amtyflcrl Resuh
WMC69-09 ) 1022 l'E ofRm 1023 N wall No No D,leD
IIATERIAL DESCRIPTIOf{: Offwhite drywatt wirh mud
IIAT'LTYPE: MisccllaneousMaterial FRIABILITy:
SAMPLED/ASSUMED?: Srmpled COMMENTS:
Friable PHOTO #: VVMC69-ACBi!l?: No i<ia
Srmple #Locstlon S. mple Location llescription Asbcstos ACBM? Anrlyticrl Result
wMc694l Hall A E *rall 3'up& 3'fromNwall No No INAD
wMc69-24 2201 SE comer at floor No No INAD
wMc69-30 2204 INM comer I'up fiom {loor No No iNAD
MATERIAL DESCRIPTION: 2' x 4' ceiting tile, latitudinal fisures and random dots
MAT'L TYPE: Miscellaneous Material FRIABILITy: Friable
SAMPLED/ASSTTMED?: Sampled Co}tiI{EMS:
PHOTO #: \ryMC69-ACBM?: No I3i9
S"rSl # i Locetion I S.mpte Locrtion pescriplion A3be||o3 ACB}I? i Andyticrl Rcs||llWMC69-04 Hall A 'N watt 1:fiom E watl No I No |NAD
IIIATERIAL DESCRIPTION: 2' x 4' ceiling tile, rsfldom dot and fisurE parrem
MAT'L TYPE: Miscellaneous Material FR|AB!LITy: Friable
SAiUPLED/ASSUMED?:
PHOTO #: WMC69-ACBII?: No I FisCOillMENTS:Sanplcd
Srmplc# | Locrttoo , SrmptC LocrGon Oesc.frion-Asbcstos : ACBM? i Analvticrl Rcsult
WMC69-07 | 1022 2'from S S'from E I No ,\nNAD
I\|ATERJAL Df,SCRIPT|ONT 2,x 2'ceiling tilc, random dot pattem
lltAT'LTYPE: MiscellaneousMaterial FRIABILITY: Friable
SAIIPLED/ASSUMED?: Sampled COMi\|ENTS:
PHOTO #: WMC69-ACDM?:YCS IFri3
Srmple #Location Sample Locrtion Description Asbesaos ACBtlt?Analytlcd R.sult
vvMc69-r2 1406 6'from W wall l'from N wall yes Yes l% Amosite, Pt. Ct. = 1.47% Amosite
wMc69-36 1406 SwallT'fromW yes Yes l% Amosite, Pt. Ct. = 1.46% AmosileVVMC69-37 1406 i4'from N wall 5'from W *.tt .-.'_
yes Yes l% Amosite, Pt. Ct. = 2.23% Amosite
Environmental Scientists and Ensineers. Inc.
(Pzge2 of 32)
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HOMOGENEOUS MATERIAL (AREA) SAMPLING/ANALYTICAL SUMMARY
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ref.r to diasmnt fo. lo..nio,lj qndoial' @d sadpt. ttl,io ,ilao: l{o A5t..tC|! o.tact'd. tac. Totc albacos cmtant in IrDpta. LyR E A!D.5IG co||L.t i' L.F( pcL. poitrlco! Rcl|i _
Lrr.r. FCI: Po|nt Cqlnt - lot.t S.mda, NA. I'tot anlyaa( !t/a to progrBsiv. Anauts
wIATERIAL DESCRIPTION: 2'x 2'ceiling tile, constellation patem wittr vinyicoatirg
IIAT'L TYPE: Miscellaneous Material FRIABILITYT Friabte
SANTPLED/ASSUMED?: Sampled CoMMENTS:
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I ''iE
Locetion I Semple tncraiotr D,.scriptkr; .l Retuai
WMC69-13 i 1406 t8'from W wall l,from N wall No I N; |NAD
NIATERIAL DESCRIPTION: 2'x 2,cciling tilc, constellarion pattem (no
"|n),1
.*t,"C)
MAT'L TYPE: Miscellaneous Material FRIAEILITY: Friable
SAMPLED/ASSUMED?: Sarnpled COM]!|ENTS:
PIIOTO #: WMC69-ACBIII?:
.LNo irrd
Semple ll I Loc.tlon Srmplc Locetion Dcrcription ' Asblstos ACBM? i Anrllticel Result
vvMc69-14;1406 8'from W wall l'fromNwal! , No No INAD
NIATERIAL DESCRIPTION; 2,x 4'ceiling tile; laridinal fisures with pinhole Dartcm
lvlAT'LTYPE: MiscellaneousMaterial FRIABILITYT Friable
SAMPLED/.4'SSUMED?; Sarpled COiUMENTS:
PHOTO #: WMC69-ACBM?:No ii
+d
Srmple # | Locetion Srmple l,ocrtlon l]efcriptior Asbcsaos I ACfUt Ar.t].tl""t R.s"tt
VVMC69-18 i Hall B 1'from S wall 20'from E wall No No :NAD
]IIATERIAL DESCRIPTION: l, x t. ceilrng tile, painrcd, glued on
IIAT'L TYPE: Miscellaneous Material FRIABILITYT Friable
SANIPLED/ASSI \{ED?: Sampled CO tIttENTS:
PHOTO#: WMC69-ACBIU?: No I r'r5
Srmple# | Locetion j Sanple Locrtion Oescriptio"4lb€1o! i ACBM? i Anrtlricel Resulr
vvMc69-f,3 | 2209 i2'from W wall2'from N wall No i No INAD
MATERIAL DESCRIPTION: Drywall texture, roned on
$'AT'L TYPE: Surfacing Material FRIAB|L|Ty:
SA]ITPLED/ASS(IMED?: Sampled CoNTITENTS:
Friable PHOTO #: WMC69-
! t-l
ACBNT?: No 1Fsii
Srmple #Locrtiotr Slmple Locrtion Dcscripaion f neiuii
vvMc69-08 1022 On N wall 6'up6'fiomE I No No INADVVMC69-34 1022 5'up on S wall4,ftrom E No No |NAD
VVMC69-35 i Hall B W wall at enrry to Rm 1022 2,up from No I No---itflO-
lloor
.*.rWalsh, : :r:;:...; ,,. r .,.: .
Environmental Scientists and Eneineers. Inc.
(Page 3 of32)
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HOMOGENEOUS MATERIAL (AREA) SAMPLING/ANALYTICAL SUMMARY
rqt
'o niasMt h" locotiont of nat.ri(k aftl ffirpte locatiry t{AD: ttro A$.stG o.r.d.d, TAc : Titc Aibldos conr.nt h sr4ta, tyR: aDado6 co.ltant in ut r pc! : point colnt Raaun -|. ttr, PcT: Pri|lt cqlm - Total s-rt*. N.la r tl|or .n lyard dua to tna9ra3livaaialyli3
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NIATf,RIAL DESCRIPTION: REd tire stop riaterial
N'AT'LryPE: MiscellaneousMaterial FRIABILITy:
SA$1PLED/ASSIMED?: Sampled COltirfDNTS:
PHOTO #: WMC69-
Locrtior Description , Asbcsms ; ACBM? I Anelgic' Rciult
WMC69-06 i 1025 icenrer of E rvall 5, fiom N wall -- N"----l N"
NIATERIAL DESCRIPTION: White fire stop material
$IAT'LTYPE: MiscellaneousMarrial FRIABILITy:
SAMPLEDiASSUIUED?: Sampted COMMENTS:
Non-friable Caregory t PHOTO #: WMC69-ACBllt?: No i#
}N
Srmplc #Locrtion Srmple Locrtion Description @ Arrl!,tic.l Reslrlt
-vvMc69-19 thu B On S wall above cciling 20,from E wall No No INAD
IIIATERIAI DESCRIPTIO|{: | 2" x 12" tanish brown molred tile .,"ith adhesive-
NIAT'L ryPE: Miscellaneous Material FRIAEIL|TY: Non_friablc Caegory I
SAr\IPLED/ASSUMED?: Sarnpted CO]|IMENTS:
PHOTO #: WMC69-ACBiU?r No i '-ll.i
r- \'+e
Srmple # | Locrtion $rmple Locetion Dcrcriptlon Asb6tos ACBM? i Aorlyticrl Result
wMC69-02 I Hall A N wall at cntrance to psrking st-ucture No I No INAD
NIATERIAL DEscRlPTroN: l2'x 12" brownish reditr""t eo tite r"ittr utack mastic
NIAT'L TYPE: Miscellaneous Marerial FRIABILITY: Non_friable Category I
SA]!IPLED/ASSTIMf,D?:COMMENTS:
PHOTO #: VVMC69-ACBNI?:Yes tr-
iY
NSarnpled
Sarnplc #Location I Semple Locrtion Description ef naufiWMC69-I? HallB l4,E;
---
-------------f .7lo/o lotal, tile .TsyoChrvsotilc
NIATERJAL DESCRIPTION: 9" x 9,, off whire tile *iit gr"y & bro*n nec6*it[ btck;;;;-
I'ATTL TYPf,: Misccllaneous Material FRlABtLlry: Non-friable caiegory I pHoro #: vvMc69-
SAUPLED/ASSL|I|IED?: Sampled CO]uMENTS:
ACBM?:Ycs
-Ei '-lig
srmpte # | Locrrior I srrnpre r-ootroiS iiiiiii- Aatestos-l AeBMt Anrlytic.l Result
vvMC69-2 | i Ha[ D iR_rn I l0o in doo*"iG storage------- es-Yes 0.8% roral, rile 0.5%, mastic 9yo chrysotilc; Pr. ct. =
.24% total. tile .2sTchrvsotile
.*,Vlfalsh
Environmental Scientists and Eneineers. Inc.
(Page 4 of3?)
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rqe, to d EmatIar leationt o{''at.'idb a t tMFt.I.{,.]tiall!I'IAO.fbA$.96 O.r.cr.O, tAC ' Tot.t Athc.trr Contld h 6r|tpt.. LyR. A$.{ot Cdi.r h t .r.r. FC! , tbint Coont R.!dt -Let r PCT : Poirl C.rrnr . Totat grrDN. wA , ot j.tyz.d rt i to progr..rw n.tl!|!
HOMOGENEOUS MATERIAL (AREA) SAMPLING/ANALYTICAL STJMMARY
MATERIAL DESCRIPTION: 12" x 12,' yellow gotd floor tile with adhcsivc
IIIAT'L TYPE: Misccllaneous Material FRIABILITy: Non-fiisbl€ Category t
SAMPLED/ASSUSIED?: Sampted CO INTENTS:
ACBilt?: NoPHOTO #: wMC69-lFttoiA
Semplc #Locrtlol I Srmple Locrtlon Dcscrlption-Asb€stos ACBM? i Anelyticol Resutt
WMC69-22 | JC 2' from N r"tt Z' fm l.07o, Tilc = l.016, Adhesive = 0ez" FiG-------1T otzl = .7 4Vo, T ite .7 SVo
MATERIAL DESCRTPTION: 12 ' x 12" tan dlc wirh brown sceak with adhesive
MAT'L TYPE: Miscellaneous Matcrial FRIABILITY3 Non-ftiablc Crrcgory I PROTO f: wMC69- ACBI!|?: No I
SAMPLED/ASSUMID?: Sarnpled CoMMENTS: I
Samplc # | Locrtion S.mplc Locrtion l)€scripdon I Asb6tos ACBM?Andytic.l RcalltwMc69-23 1519 Nw comsr , No No NAD
MATERIAL DESCRIPTIoN: | 2" x 12" grcy floor rile tvith brown & ycllow sreaks wirh bla;[ ,mstic-
IvIATL TYPE: Misccllancous Material FRtABrLlry: Non-friable crlcgory I p$oro #: wMc69-
SAMPLED/ASSUIIIED?: Sampled COMMET|.TS:
-rl
ACBM?: No lHt6
CA
Srmple # I Locriion Srmplc Locrtlon Descrip$ol ; Asbertos ACBM? I Anrlyticrl Rssrlr
wMc69-25 | 2lll wwall,c€nter I No No INAD
MATERIAL DESCRIPTIoN: 12" r 12" lighr bmwn 6le wirh brown & whi€stnaGGrh;dhcd;
MAT'L TYPE: Miscellsneous Material FRIABILITy: Non-friable carcgory I pHoro #: wMC6$
SAITIPLED/ASSIIMED?: Sarplcd COMMENTS:
rll
ACB:I?: Yes I EIO{
Locrtiol i Semple Locttlon Description l Rcsult
WMCO9-20 I 2OOZ ,SE comer of roo
IVIATERIAL DESCRIpTION: 12,'x 12" while tite with tanish mohen partem wiihadt esi;
MATiL TYPE: Miscellaneous Material FRl.ABfLtTy: Non-friablc Catcgory I
SAMPLED/ASSI"IMED?: Sa'rp|cd C0MMENTS:
PHOTO rf: WMC69- ACB t?: No IHi&
CP
. "Se-pt" * | I-ocation
I
v vlv1L69-2U 2203 tSW comer I No I No NAD
^*.Walsh
Environmental Scientists and Eneineers. Inc.
(Pagc 5 of32)
HOMOGENEOUS MATERIAL (AREA) SAMPLING/ANALYTICAL STJMMARY
NIATERIAL DESCRIPTIO|i: l2', x t2' ranish brown tile with larre bm${| streak \r,ith adhesive
i5\o
l\tAT'L TYPE: Misc€llan€ous Material FRIABILITY: Non-friable Caregory I PHOTO #: WMC69- ACBM?: No
.4% total, tile 0.5%, adhesive 0% Chrysotile, 0.2%
MATERIAL DESCRIPTION; Black floor mastic
MAT'LTYPE: MiscellaneousMatcrial FRIABILIT!':
SAMPLED/ASSUMED?: Sarnpled COIIMENTS:
Non-friable Category I PHOTO #: VVtr,lC6+sJiACBII?; Ycs i<Tg
Srmple # | Locrrion S.mple Loc{tlon l}cscriptlo!Asb6tos I ACBM? I Anrlyticd Result
wMc69-15 i 1406 At doorway to Rin 1027 Yes i Ycs 16% Chrysorile
MATERIAL DESCRIPTION: Redish/crecn pcbbted pattem with grcy backing
IIIAT'LTYPE: MiscellaneousMaterial FRIABILITY! Friable
SANTPLED/ASSUIIIED?: Sampled CONfiTIENTST
PHOTO #: WMC69-ACBM?: Yes l!ii
Srmplc t* | Locrtion I Srmple Locrtion Dcscriptton Asb.rtoE ACBM?Anelyticrl Rcsult
WMC69-31 ) 2205 SW comer of room Yes Yes Linolcum Po, grey backing 74 7o Chrysotilc
MATERIAL DESCRIPTIONT White sealant on fiberglass TSt
MAT'L TYPE: Misc€llaneous Material FRIABILITY: Non-friable Cstegory I PHOTO #: WMC69. ACB]U?: No I f
SAiIIPLED/ASSUII{ED?: Sampled COMNTENTS: i i
Srmpl€ #!99.!!on I Semplr Locetion Description i nsuesioi ACBM?Anrlylicrl Result
wMc69-05 Hall A I'fromN *rll S'fromE wall No I No NAD
&IATERJALDESCRIPTIOh.: Whirepyroblock
NIAT'L TYPE: Miscellancous Material FRIABILITY: Non-frirblc Ca.egory I pHOTO #: WMC69- ACBM?: yes I F
SAMPLED/ASSLIMED?: SAMPIEO COMMENTS: i 3
Ssmplc # I Locrtion j Srmptc Locrtion bescripti-,* libestos ACBM? i Anrlytical Resuli!'\IMC69-20 HallB tonS*U.bou"".ilingffi
nf.t to lidqrant lar locatioas of ndt.,ials and t6plc tocatio|d NAD.No Aih.lo. Drrccr.d, tAc ' Tot t AsO.eos Conr.nl h Erntt , LyR t A!bc!!o! Co.rlcnt h !.y.r, pCL'pohr Coud n.sutr -LaF . PCT . tul cd|rt - Tcal sh9ta. tu^ . i5t -tatrratt d!. to ftqtrtlc!. Ardy:ir
.+,Tltralsh
Environmental Scientists and Engineers. Inc.
(Pagc 6 of32)
,,.1\ i':F fi- "
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fc[e|todldg,d'|'h|locatio'''ofnal{iohaadu6d.lo.4.io|t'N^o.t.o^rbGlo.o.|td.d.lAc:lddA$.!tocco.'lt'ts1'F..LYR.Ar!.dEc..'|
L.y.r, PCT . Poirn Coqnl - Toi.t s.drh, rva = Noa .dylld d|l! ro p.lgnariya An ar:ir,
*'Walsh
:-::r,.:.:!EFE1+rrr,=>r I j'_.F
IIATERIAL DESCRIPTION: Mudded pipe fitting
MAT'L TYPE; Thermal Sysrm lnsularion FRlABlLlfi:
SA]IIPLED/ASSITMED?: Sampled CO hfENTS:
Friable PIIOTO #: WMC69-ACBM?: Yes I'J
lr-
Srmplc fl Locrtion I Srlnph lncrtion De$criplbn lsUcrOs ACBM? i Anrlytical R6ult
WMC69-16 1027 l' from S l0' from E (damaged)
MATERIAL DESCRIPTION: Tan molted panern vinyl sheet flooring with adhcsive
MAT'L TYPE: Miscellaneous Material FRIAEILITY: Non-friable Catcgory I
SAMPLED/ASSUMED?: Sarnplcd CODTMENTS:
PHOTO #: WMC69-ACBM?: No
-l,,i#ii
Srmplc # | Locrtion i Srmplc Locrtlon OcscAption----; - l,stcst6 ACBM? r An.lyticrl ResultvvMC69-27 22t7 lS wall 2,W of doorway No - N"TNAD
IIIATERIALDESCRIPTIOI{: Transite
MATTLTYPE: MiscellaneousMaterial FRIABILITy:
SAMPLED/ASSUIIEDS: Assumed COMMENTS:
Non-frirblc Category I PHOTO #: WMC86-ACBM?: Yes lviB
Srmple # | l-ocetion Semplc Locetion Dcscription i tubcatos ACBM? ; ADrtyticrl Rcsult
assumed Ycs Yes lAssunxd
I
Environmental Scientists and Engineers. Inc.
(Pagc 7 of32) .
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HOMOGENEOUS MATERIAL (AREA) SAMPLING/ANALYTICAL SUMMARY
.4.r to dirsanLt lor loentid,s of norsidt' Md wde toaio,t,MO . No AsHo! lt t.ct.d. TAC ' totC AiD6tr6 Corndt h AsnFtG. LyR : Alba!|o3 Cde, in t-ir!,, pct- = poitrt Coud Rcld -lrtat F'cT - Poid c!r|d - rotal sampia, wA . Nd an tyzld d!! to progcstvc An tysi
IIIATERIAL DESCRIPTION; Brown baseboard with ran adhcrive
ilIAT'|, TYPE: Misccllaneous Marerial FRIABILITI'; Non-friable Category I i>i5
Sample Locrtion Descrlption Asbertos n4,9911-" I AfiytlcrtRcJliVVMCTE-04 ll07 tNW comer
MATERIAL DESCRIPTIO\: Grey baseboard with yellow adhesive
NIAT'L TYPE: Miscellaneous Material FRIABILITY: Non-fiiable Category |PHOTO#: WMC78- ACBr\t?: No It!iP[6NCOMNIENTS:
Samplc # | Locrtion i Sempte Locetion Dercrlption-T Asbestos ACBM? i Anrlyaical R6ultVVMCTE-I4 !315 iSE comer No ] No INAD
IIIATERIALDESCRIPTION: Brcwnbas€boardadhesive
NIAT'LTYPE: MiscellaneousMaterial FRIABILITy:
SA.MPLED/ASSIIMED?: Sampled COM]\|ENTS:
ACBlll?: No
-t!l!ua>iiNon-friable Category I PHOTO #: WMC78-
Srmplc # i Location , -"rnpl. Locrti; D;;;il;Asbestos ACBM? i Andyticrl RerrltVI/MC?8-28 1316 lswall I'Eofdoor :tfo-No iNAD
MATERIAL DESCRTPTTON: Boilcr flu€ insulation
MAT'L TYPE: Thermal Syslem Insulation FRIABIL|Ty:
SAMPLED/ASSIINIED?: Assumed COII|MEIfTS:
Friable PHOTO #: WMC78-
assumed pres€nt in enclos€d rnetal jackct
ACBi\I?: Yes tii
S.Dplc # j Locrtlon Sample Locrtion Description I Asbestos UCBM?Anrlvtical Result
Assumed Yes Yes iAssumed
[tATEruAL DESCRJPTIONT Boiler flue insulation *lO car,r"". ,uoo
trlAT'L TYPE: ThemEl System lnsulation FRIABILIry: Friable
SAIVIPLED/ASSUiIED?: SarrFled COiltltENTS:
ACBifl?; No tito
PHOTO #: wMC78-
Jrmple f I Locrtion i Sample Locrtion Description Asbcstos r{CBM?Anrlytical ResultVVMCTE{2 2008 N fluc No No NAD
Environmental Scientists and Ensineers. Inc.
(Page 8 of 32)
rfe,'oaiiganr[o.loc4|.o!aofnatetIl'Md'ar,tc1o.do1'Mo.No^!!.9to.o.t.c|d.TAc:td.|A!.ttocconrit[s.mP|G.LYRt^!b?losco||E|iL.Fi
I'y!r. PCT = poiri Coo . Toi.t SafiVt! N/A . Not a0atyzed 6u! rc progrG.iv. An0tsE
ArWalsh
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IVIATERIAL DESCRIPTION: Technum paneling wood fib€r
IIAT'L TYPE: Miscellaneous Material FRIABILITY: Non-fiable Category I PHOTO #: WMC78- ACBM?: No I E
sAiftpLED/AsstrMED?: sampteo coittiuENTs: a 3
Samplc # | Locrtion Srmple [,ocrtion D6cripliotr Asbcstos i ACBM? ! Aral''licrl Re3uhwMc78-ls l0l5 3'fromS 8'fromWon ceiling No N" FIAD
IITATERIAL DTSCRIPIION: Built up roof, rubbcr npmbrane
MAT'L TyPE: Miscellaneous Material FRIABILITY: Non-friable Category I PHOTO #:ACB I?: Yes
.Egle\F{5SAMPLED/ASSItMED?: Assurned COMMENTST Flat roof ar€as sround aDd inbctxrcen Deaked m,ofs
Srmplc #Location I Srmpte Locrtion Dcccdflrton --l-EbcsmJ-lT-8ffi Anelyticrl Result
Assumed Yes i Yes Assumed
MATEruAL DESCRIPTION: Clear carp€t edlEsive
IVIAT'L TYPE: Miscellancous Material FRIABILITY: Non-friable Carcgory I pgOTO #: WMCT& ACBM?: No i P
SAMPLED/ASSUNTED?: Sarnpled COMN1ENTS: i 3
Srmpl. #Locrtion I Srmple Loqtion D6€ription I Asbc*tos i ACBM?Anelyticd Rcsult
wMc?8-t5 l3r5 SE comer No No INAD
MATERIAL DESCRIPTION: Tan carpet rna6tic
NIAT'L TYPE: Miscellaneous Materirl FRTABILITY: Non-friable Caregory I PHOTO #: VVMC78- ACBM?; No I F?oSAMPLED/ASSUII{ED?: Sarnpled CONT IENTS: I te
Sample # i Locftion I Srmplc Locrtion Uiscriptiort nsUcstoi ACBM? i Analylicrl ResultwMC78-20 1362 sE comer No i No INAD
IVIATERIAL DESCRIPTION: 5/8,, whirc drywall wirb mud
MAT'LTYPE; MiscellaneousMaterial FRlABlLlTyr
SAMPLED/ASSI.IMED?: Sampled CoDIITENTS:
PHOTO #: WMC78- ACBM?: No I3
Friable
1999 remodel
Senplc # I Locrtion | $;tia t crtion Dcacriprt ry lsbcsmi-ACBM? | Aralyticrl Rcsult
VVMC78-10 i 1370 2, from S wall E, from E wall on ceiling No No INAD
VVMC78-55 I 1502 .W wall 5, from N l,aboue ceiling rile No No NAD
(Page 9 of32)
Environmental Scientists and Ensineers. Inc.
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,4o|odiotmn'h.locntio'rsofmtan'and'ahPt.toco|,,]sMorxo^s!.'t6.D.ltctd'1Ac'Tot,A6D6bcont.di.6$u|.'LYr.tAo.5b.ccl.ntin!.,.r'Fc|.:Fbin|coli.
!,r!f. rct ' potnt Cod . tdLt Srtll|c. N/A . itot lr.|r:.d du. to ptqr.lsrya Ardyt!
*,W'afsla
IIATERIAL DESCRIPTION: 5/8" white dr]1lall wilh mud
I'ATTLTYPE: MiscellaneousMaterial FRIABILITy:
SAIUPLED/ASSIIIIED?: Sampled CoITTMENTS;
Friable PHOTO #: wMC78-
'.i
ACBiVI?: Yes iEr5
N
srnplt t I Locrtion I Srmple Locrtion Dcscription Asbcstos I ACBM? | Anelyticrl ResuttwMc78-08 1307 lt.from s wall t6'from w wa above I N; -r No [{-AD----------l cei lin s tile
WMC7849 i 1307 .S walt 3'fom W wall t,above ceiling tite j No i NL,NAD
WMCTt-54 ' 2502 lE watl 4'uD 8,Aom N Yes
MATERIAL DESCRIPIION: 2'x 4'ceiling tilc, constclation pattem
MAT'L TYPE: Miscellgneous Material FRIAB|LITY; Friabl€
SAMPLED/ASSUI'ED?; SanPled COI{ME|iTS:
PHOTO #: WMC78-ACBl1I?:NO IFi3
Srmple # | lrcrrion Srmple Locrtion Description , A:bectos ACBM? I Anrlyticrt Result
WMC?E-I I | | 353 l2' from N wall 2' from W wall I -No No rNA-D
MATERIAL DESCRIPTION: 2' x 4, cciting tile, latitudinal fissures with random dors
wIAT'L TYPE: Miscellaneous Matcrial FRIABILITy: Friablc
SAMPLED/ASSUNIED?: Ssnpled COMMEI{TS:
PHOTO #: wMC78-raJ
ACBM?: No l:{ti5
Srnplc # | Locrrior i Sa-pl. Lootion DescripE;- i A.b."t*ACBM? , Anrlytlcrt R6ult
wMC78-12 I 1353 z,fromN,' ,all z'f,
MATERIAL DESCRIPTION: 2'x 4,cciling tile, nndom dot and fissure pa[Iem
IIAT|L TYPE: Miscelltneous Materiat FRIABILITy: Friable
SAIIPLED/ASSU$IED?: Sampted CO[ti]tENTS:
PHOTO #: WIUC78-ACBM?: No TQr{lir
Semplc #Locrtion Srmple Locrtion Desciffi Ar.lyticrl R€sull
wMc78-16 l3t5 z'tomt* *"tffi No NAD
IIIATERIAL DESCRIPITON: 2, x 4, ceiling tile, constctarion patern witlwrnyl coating
lllAT'LTYPE: MiscellaneousMeterial FRIABILITy: Friable
SA.\IPLED/ASSTIMED?:
PHOTO #: wMC78-ACBitl?: No IFiRCOMMENTS:Sarnpled
Samptc* l t o"ation
IvvMcTE-lU l35t At E wall 2,from S wall I No : No lNlO
Environmental Scientists and Ensineers. Inc.
(Pase 10 of32)I
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' lrrrr::_'r "'ih{sti!i'i;:
Iv1ATERlAlDEscRIPTIoN:2.x4'ceilingtiIe,fiberboardwithvinylcoatin'-
$lATrL TVPEI Miscellaneous Material fRIAB|LITY: Friable pHOTO #: VVlvtC?& ACBM?: No i 3: ,'
SANTPLED/ASSLI$'ED?: Sampled CoMNIENTS: i E
Semple#Locrtion I Srmplc Loc.tion Oescrilrtion lffiG ACBM? i Anrlyticrl Result
wMc78-19 1355 i3'from S wall 4'fiom W wall i
iIIATER-IAL DESCRIPTION: 2'x 4'ceiling tile, recessed with l,x I'pattem
MAT'L TYPE: Miscellaneous Material FRIABILITY: Friable
SAMPLED/ASSUMED?: Sampled COILMENTS:
PHOTO f: wMC78-ACBI|I?: No *o
IH
Srmple #Locrtlon I Srmple l.,ocetlon Dcscrlprid-----! - Am ACBM? Anrlytic.t Rault
wMCTE-26 l00E At S wall 8'from E wsll No No ]NAD
MATARIAL DESCRIPTION: 2' x 2, ceiling tile, Iecesscd wi$ no pattem
IIATTL TYPE: Miscellancous Marerial FRIABIL|Ty: Friabtc pHoro #: vvMC78- ACBM?: No i3
SAMPLED/ASSUIIIED?: Sarpled COMMENTS: i S
Srmple # | Loc|tiop I Srmple Locrdon Dcccription Asb€stor ACBM?Anrlylicel RecultWMC78-29 1367 13'from W wall 4,from S wall No No NAD
MATERIAL DESCRIPTION: 2' x 2' ceiling tilc, nndom dot and frssurc panem
NIAT'L TYPE: MiSCCIIANEOUS MAICTiAI FRIABILTTY' FriAbIE PHOTO #: WMC?8. ACBITI?: NO I P
SAMPLED/ASSTIDTED?: Sampled C0MI}TENTS: i E
Srmple Loc.tion Descrlptlotr i Aibcstos i ACBM? Arnryticei nesutt
WMC78-4? i 2701 7' from W rvall 8' from S wall No No
MATERIAL DESCRIPTIOI{: 2'x 2,ceiling tilc, random dot and fissrre pauem
MAT'L TYPE: Miscellaneous Marerial FRIAB|LITy: Friable
SAMPLED/ASSII]VIED?: Sampled CO TMENTS:
PHOTO#: WMC78- ACBM?: No Ig
Srmplc g i Loqtion , Samptc LocitiolDescription-l Asbcstos ACEM? : Anrlyticrl ResultVVMC78-48 2609 i2' from N wall 2'ftom W wall : No ! No |NAD
re/cr lo dtagods Ior lo.atto,t! of adaialt dnd sanpte thntion,llAO 'l{or\rb.slo! O.Edait. TAC. Totd tub.tc* Cot{c.t i.r 9.mpt.. LyR r Asbestor CooLnlan l.|t.r, pct: potnt C.! RaarJt.LNtlr, P]CT . Poiit Cold - T.rat Samrta, tiUA i |ltd &.tyz.d r||j! io ft09..5siv. ArelFirlffi
Environmental Scientists and Eneineers. Inc.
(Page I I of32)
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HOMOGENEOUS MATERIAL (AREA) SAMPLINGiANALYTICAL SI,JMMARY
ITATf,RIAL DESCRIPTION: 2' x 2' ceiling tile, random gauge p,attem
lll.AT'LTYPE: MiscellaneousMaterial FRIABILITY: Friable
SAMPLED/ASSUMED?: Samp|€d Co}[rrEN.TS:
PHOTO #r vvMC78-ACBII?: No iQ
+cl
S"-pl"* I Lo."tioo I Sr-ptu L*"t
WMC7849 ; 2608 :t'f.o. S *.
MATERIAL DESCRIPTION: I'x l'ceiling tile, rough texture
MAI"L TYPE: Miscellancous Material FRTABILITY: Friable
SAMPLED/ASSUMED?: Srnpled COMMENTS:
PHOTO #: WMC78-ACBIVI?r No : |(
tF:il
!rylx I Locetion 1 Samptc l-oci-on-escrtpflon- l lsUestoi .ACBM?Anrlyticd Rcsult
WMC78-51 ' 2650 i2'from W "," 6i f.omm NAD
IftATf,RIAL DESCRIPTION: 2'x 4,ceiling rile, random guage and dot palrem
MAT'L TYPE: Miscellaneous Material FRtAatLITy: Friable
SAMPLED/ASSUMED?i Sampled COMIIENTS:
PHOTO #: WMC78-ACBNT?: No igi*'
Srmple # I Locrtior I Srmple Locrtion DescripU-,." t .lsUetrs-ACBM? I Andylical Resutt
WMCTE-57 I 2301 ll0' from w wall I j'fi.om S *a[ I No No NAD
r|.,|odidg,aa'h.|oc.|lion'ofndt.tiah.'|.l'ane|ocd.idsN^o.IoarHosDct!tt.d.TAc'TotdA3b.s|o!cont.nths'ng.'LYR'A!b.io3conn|dbrr'
!.Fr. FCT r point cood . To|!t srilc N/A, Not.n.t :.d du? t6 prograsiv. ancylis
.*,Walsl-
. ;rr. rj,:r '. .ilr:.:.:!rt:ci ri, !&
Environmental Scientists and Ensinee$. Inc.
MATERIAI, DESCRIPTION: l'x I'ceilin8 tile, snow flake pattem, with adhesive
MAT'L TYPE: Miscellaneous Material FRIABILTTY: Fnablc
SAIIPLEDiASSI'MED?: Sampled CO]U||IENTS:
PHOTO #: WlrtCTE-ACBitl?: No iQ
i6
Sample # | Locorion i Sampt" f.ocrtion Oesdp-Ein--l arU""tos ACBITT?Anrlyticsl R$ultvVMC78-60 2oo5 ll'frorl N *"ffi NAD
MATERIAL DESCR|FrION: White duct rape
MAT'L TYFE: Thermal System Insulation FRIABILITy:
S.dMPLED/ASSI"INIED?: Sarnpled COMMENTS:
PHOTO #: VVMCTE-ACBM?: NoFriable IF[9
Srmple # | Locrtion ' Semple t-ocetion Oescriptioa , lsUe"tos-ACBM? Amlytlcrl Result
VVtttCTS-+S , t l+0 r:' f-m U t' f
(Pag€ | 2 of32)
IIOMOGENEOUS MATERIAL (AREA) SAMPLING/ANALYTICAL STNVIMARY
II|ATERIAL DEscRlPTloN; 12" x 12" floor rile, off *hitc *ith blu"
"nd
b,rown doG *ith "d-EIu"-MAT'L TyPE: Miscellaneous Mat€rial FRIABILITY: Non-friable Category I pIIOTO #: WMC78- ACBII?: No
SAMPLED/ASStrlllED?: Sampled If,COMIVENTS:
Srmpt. # | Locrtion S"mptiI_*rti-TGii[i6i- Asbctos ACBtvt?Anrlltlcrl R33ultVVMC7843 1307 NW comer
MATERTAL DESCRIPTION: 12,' x l2', floor rile, btuc wiitr aOtresive
NIAT'L TYPE: Miscellaneous Matcial FRIABILITY: Non-friable Category I pHOTO #: WMC?8- ACBM?: No I;SA TPLED/ASStlilrED?: Sampled COMNTENTS: t
Srrp,"*|Lo""rtoniSrrn
vvML,,6-0/ I3O7 i3'from S wall ls'frcmEwall No Nn rNAD
r.fe. to tliatn,rt lor bcations of daeialt nn ! tonpt. t({.ntioi,,llAD ' lb Aalaalo6 (r.l!d.d,lac t Td.r i$..r.a coiranr in s.dpr., LyR. AsDados iti.ln ir t F, pc!. Foi{ cMt R.$n -t yl , PcT. POin codi - tot:t srtrpt . w . Nd.natta€(r dua to prog[6!|v? &atrtis
I\IATERIAL DESCRIPTIoN: 12" x 12" floor til€, grey with r€d, whire and bl"" dots *irh adl*si.,€
MAT'L TYPE: Miscellaneous Material FRIABTLITY: Non-friable Category I pHOTO #: vvMCZ8- ACBM?: No
SAMPLED/ASSUIVIED?: Sampled COMMENTS:
THioi5}J
Sempte # I Locrrion I samptc LmrtionIEFFEiFl Asbcstos ACBM? i Amlyticel RGsutawMc7845 I 1307 iArswall15,fromw*um
MATERJAL DESCRIPTION: 12,, x 12,, floor tite, grcen ."ith aatresive
MAT'L TYPE: Misc€llaneous Material FRIABIL|TY: Non-friablc Calegory t
SANTPLED/ASSUITIED?: Sarnpled CO IN|ENTS:
PHOTOT; WMC78- ACBM?r No toi5
S".pl. * | Lo".rioo i S.lnpt. Lo
YvMc/E-06 I 1307 4'fromSwall l5'fromwwall No No INAD
JVIATERIAL Df,SCRIPTION: 12"x t2',floortile. ,"a *iitr aateriue
NIAT'L TYPE: Miscellaneous Matffial FRIABILITY: Non-friable Category I PHOTO #: VVMCTS- ACBM?: No I
SAMPLED/ASSt'MED?: Sampted COMI|EI{TS: I
Lo"etlon Sgml e Lo""tlon D
vY!!C7E{ I HallB tAtNwa r0'fromEwall at doorto nm l --Ni--l-t-
*.V[faIsIl (Pagc l3 of32)
,:! rir{r};:nr},xi:ti1:fr1ii,;!ri:,!-}::t".,s3s!&t
Environmental Scientists and Eneineers. Inc-
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HOMOGENEOUS MATERIAL (AREA) SAMPLING/ANALYTICAL STJMMARY
r.ler to dnEmns lot loc io"s of date,..lts a t nnpt. tocationl |,lAO 'Xo^tcst*Oaad.d rAc:Tord Aroaslos conLnt an sfirpr., LyR: a5!.s10s conl..r in Layer, pcL ' poid count R.,ui.!.yer. PCT E Point Courn , Toral Srmpta. MA . Not an.trrad dua to Frogre3srvs An.trlis
NL{Tf,RIAL DESCRIPTION: l2', x l2', floor tite, white wirh black masnc
lllAT'L TYPE: Misceltaneous Mareriat FRIABILIry: Non_friable Category I lciiH
Srmple Locrtiotr Description i Asbestos ACBM?Anrlytical ResultvvMcz8-21 t 3oo rAt w wal 4' from N
-IIIATERIAL DDSCRTPTToN: 12" x 12" floor rire, brue with btack speck with brack masric
MAT'L TYPE: Miscellsreous Material FRIABILITy: Non-friable category t pHoro #: wMc?8-}.i
le{
SsmplcLocrtionDescriptlon,lsUestrs-
vvMc78-21 i 1360 lAt w wall 4,fi.om N
MATERTAL DESCRIPTIoN: 12" x 12" floor tilc, wtrite .uith utact
"na
grey dots *ithE-[ r'osri
Ii{AT'L TYPE: Miscellaneous Material FRIABILITY: Non-friable category I pHoTof: vvMC78- AcEtt?: No !Hiora
Locetion t Srmple Locrtion Desi
wtvtcTS-21 | 136t isE co-",
IIIATER|AL DESCRIpTtOti: 12,,x u.floor tite, tluik *ith bEifi^u,
IUAT'L TYPE: Miscellaneous Material FRIABTLITY: Non_friable Caregory I txa i'
SrmpleLocrtionDescription Asbcstos
WMC78-2:| ; 1361 :l,from E 6'from i
NIATERIAL DESCRIPTION: t2",. tZ"
MAT'L fiPE: Miscellaneous Material FRIABILITY: Non-friable Carcgory I pttOTO #: wMc78- ACBM?: yes IJ
1a
Locrtior Srmplc Locrtion Dcscriprion---l-136;;=TCgffiwMc78-27 1316 ,s*.ll r,Eofdoffi .lyo total, rnastic ?Vo,tile lo/oChrysotile, Pt Ct 0.5%
+WaIsIa
Environmental Scientists and Eneineers. Inc.
(Page l4 of32)
rcfe. to diagtnd ht lentiot' of nmeiab at.t,aq,te toc. ia/[tr.AD'lloas!6r6oat.cho. TAq r Totar a{,cto3 corr.nr in sampr.. lyR - As!.!lor cdta,{ in !.t6. pc!. pdi col|nt Rasi(,!ey.r, PCT . Poi Cdni - Toaj samri.. tt A . Not fiatrr..t (lr to prorairv. ,,t.ty!jr
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HOMOGENEOUS MATERIAL (AREA) SAMPLING/ANALYTICAL STJMMARY
rlr.A.TERrAL DESCR|PT|ON: 12" x 12" floor tile, red lvirh whitc sreads vith ;dhesil.e
NIAT'L TYPE: Miscellaneous Material FRIABILiTY: Non-friable Category I
S.AMPLED/ASSI'MED?:
PHOTO #: VVMC78-ACBM?: No i.i
IACOMMENTS:Sampled
Samplc # I Locetion Srmple LocrtioD D$criptiol i .lsUesros I ACntUf I Anitytlctt RcsultwMcTE-3o 1364 2' from w l0' from S i Uo I llo ttrtep
MATERIAL DESCRIPTIONT 12" x 12,, floor til€, offwhire wirh grey speck with adhesiv€
IUAT'L TYPE: Miscellaneous Marerial FRIABILTTy: Non-friable Category I
SAMPLED/ASSUMED?: Sarnpted COMMENTS:
PHOTO #: WMC78-ACBM?: No F.l
rG
Srmplr# | Locrtton i Senrpli LocrEon5ElEffi Asbeetos i ACBM?Anrlyticrl ResultVVMC78-31 1364 i4'from E lQ,fromN ver I vrr <0. [o/o total, mastic | %, t|le 0% Chrysotile
IIATERIAL DESCRTPTION: 12,, x 12,' floor tile, browniih red with black mastic
MAT'L TYPE: Miscellaneous Marerial FRIABILITY: Non-ftiable Cat8gory I 1.ii "'t
wMC78-32 H"tl F lat d*. ro S
TIIATERIAL DESCRTPTION: 12,'* 12" floorffi
MAT'L TYPE: Miscellaneous Mat€rial FRIABTLITY: Non_friable Category I
SA PLED/ASSUNIED?: Sampled COMIIENTS:
PEOTO #: VVMC78.lxi i':B
ACBM?: No
Srmple# I Locriion S"mpn f,ocrtfon Ocscriffi Asbostos ACBM? I An.lyticrl RcsultvvMc78-38 l zl5 iNw"o-e.of.oomTG No 0.8% total, mastic 0%, tile l% Chrysotile, pr Ct 0.5ol"
lile, 0.42% total
IVIATERIALDESCRIPTION: t2,'" t2,,floot
IIIAT'L TYPE: Miscellaneous Matcrial FRIABILITY: Non-friable Category I pHOTo #: vVMCTg- ACBM?: No
SAIIPLED/ASS|-rI{ED?: Sampted COM]uENTS:
If+d
t*",ton , *.Or" to"r,,on O.r"
VVMC784I 1128 rNE comcrof toiletm;ffi
AiWaIsh, .: :Y?::. i.f:..:f];tr;,.
Environmental Scientists and Ensineers. Inc.
(Page l5 of32)
HOMOGENEOUS MATERIAL (AREA) SAMPLING/ANALYTICAL ST]MMARY
IIIATERIAL DESCRIPTION: 12" x 12" floortile, gold sbeaked wirh black nastir
MAT'L TYPE: Miscellancous Material FRIABILITY: Non-friable Category I
SAMPLED/ASSUMED?: Sampled CODIi\|ENTS:
PHOTO#: wMC78- ACB*|?: No ttioTH
Srmple# | Locatlon t Sr-pte I-ocrtion OercripEon-Asbestos I ACAM? i Anslyticrl ResrttVVMC7842 1737 lW side of doon"sy
NIATERIAL DESCRIPTION: 12" x 12" floor tile, olTwlria with brown and tan streaks with black rmsti"
-
=f4MAT'L TYPE: Miscellaneous Malerial FRIABILITY: Non-fritble Caregory I pHOTO #: WMC?E- ACBII?: yes t .l!o
SAMPLED/ASSUMED?; Sampted COMMENTS: I i
Srmple {Locstion I srmptc tocrtion Dai-ftion- i--ls 6-ACJlvl? | Anrlytlcrl Rcsult
wMc7843 1735 INE comer Yes Ycs lyo toral, m8sic l0lo, tile l% Chrysorile, Pr Ct0.75%
tile, 0.75% total
nf., to diasanr lot locatiodr qborc?iob dnd nnptc t*m.o,t iaao 'l|oa!b.n6 oct!d.d. TAc: Totd Atla3toa co,ttad i. sfr'c!, LyF rr!h.rto6ccicr n !rr.., Frc!. tttrt coirt R6d.L.yc.. PCI . Fqnt Coont - totat Sanpta, wA r Not anrtyz.d du. to Ffl,Crosliv. An.tya
MATERJALDEscRJPTloN:l2''xl2"floortile,creamwithwhiteanrlbrownstreakswithb|ackooffi
MAT'L TYPE| Miscellan€ous Material FRTABILITY: Non-fiable Caregory | PHOTO #: WMCZ8- ACBM?: No I *j i'SAMPLf,D/ASSUMED?: Sampl€d COMMENTS: I d
Srmplc #Locrtior I Semplc Location Dcscrlption Asbcsioi I ACBM? i Amlyticd Result
wMc7844 Med Storage ISE corner, bclow sink No i No INAD
rUATERIAL DESCRIIrIION: 12" x t2" floor titelbe@Gth btac-k nrastic
DIAT'L TYPEi Miscellaneous Mat€rial FRIABILITr: Non_friable Cat€gory |
SAMPLED/ASSI,Mf,D?: Sampted COMMEMS:
PHOTO#: WMC78- ACBII?: Yes tiiu
Srmple #Locstion i Srmplc Locrtion Description Asbestos ACBM:Analyticrl RcaultwMc78{6 i 2606 lsE comer Yes i Yes 3% total, mastic 0olo, tile 3% Chrysotile
IIATERIAL DESCRIPTTON: l2', x l2', floor rile, white wrttr grey chips with black mastic
MAT.L TYPE: Miscellaneous Material FRIABILIry: Non-ftiablc caregory I pHoro #: vvMc78- ACBM?: No IJlorts
Srmple Locrtion Deccription I Asbeltos iACBM? i Analytlcet nesuii
vvMc78-50 I 2650 tNW corner l-- N"---l--- No- iNAD
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Environmental Scientists and Ensineers. Inc.
(Page 16 of32)
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HOMOGENEOUS MATERIAL (AREA) SAMPLING/ANALYTICAL STIMMARY
ftI.r to tliog/tu! hr loc tioa' olnateiab nnd ta'.ple locatb"s NAO r No A!bc!to! Da.dad TAC r TCat Alb.stor Cortant ti S.mpte, lyR ! A$.s68 Cd{ant t't !sy!r. pcL , pltnt Ctunt Ralirfi .
Layaf. PCT : Poan Co|lt - tobl SsiCr. t{/ r Not ndyzcd de to progrcsslv. Arsiyli!
NIATERJAL DESCRIPTION: 12" x l2' floor tile, dark tan with yellow and brown strcaks with Uiick nrastrc
MAT'L TYPE: Misccllaneous Material FRlAElLrry; Non-friabl€ catetory t pHoro #: wMClS-
SAMPLED/ASSI,IMED?: Sampled Co}INIENTS:
I'j
ig
Srmpl. Lo€tlon De5.riptlon r Asbectos I ACBM? At|.lyticrl Rlsult
YY!LC]!:56 | lTll isw comer . yes ; Vei 1V" torar, nasric 7%, til; it; Ctrysotilc, hcr 0.5% tile
MATERIAL DESCRIFIIOI{: t2" x 12" Iloor rile, off whire r.ith grey chips with adhcsivc
MAT'L TYPE: Misccllaneous Material FRIABILITY: Non-friable Category | PHOTO #: WMC78- ACBi!I?: No
SAMPLED/ASSUMED?: Sampled COMMENTS:
:ntNN
Srmple # | Locrtton I SrmplG Loc.tion--cription---l- lsleetoi ACBM? ' Atr:lyticrl Rcsull
'w side ofdoorjam NovvMc78-59 | 59 No NAD
MATERIAL DESCRIPTION: Black floor mastic
MAT'LTYPE: MiscellaneousMaterial FRIAB|LITY:
SAMPLED/ASSUMED?: Sampl€d COIIME|iTS:
Non-fnable Category I 'TlPHOTO #: vvMC?8- ACBM?: Yes I Erg|.
Srmple# | Locetion t Sempte Locetlon Descrtpfiorr I Asbestos ACBM? I Anrlyticrl Result
wMC78-25 I l0l0 SlV comer i -----l-- v""--l37 sofle
IIIATERIAL DESCRIPTIO|i: Rope gasker rutcrial on boiler
MAT'L TYPE: Thermal Systcm Insulation FRIABTLITY: Friable PHOTO #: WMC?E- ACBilt?: ycs lH
SAIIIPLED/ASSLIMED?: Samplerl COMIqENTS: i g
Srmple # | t ocrttotr Srmpte Locrrton D€scridi;-l Asbcstos'ACBM? I Ar.lyticrl Rrsult
Huron Report , 200E Tes Yes i64% Chrostile
IIIATERIAL DESCRIPTION: 2" x 2,' linoleum, beig" *i
IAT'L TYPE: Misc€llancous Material FRtABtLtTy: Friable pHoTo #: wMc78- ACBM?; yes I F
SAMPLED/ASS|'MED?: Samplerl COIIMENTS: i I
Semple #Locrtion ssmple Loc.tlon Dcscriptlon Asbestos r ACBM? i Anslyticei Resnli
wMc78-53 Bathroom SE comer No No INAD
^*,,T[IaIsh
Environmental Scientists and Ensineers. Inc.
(Pagc l7 of32)
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HOMOGEN-EOUS MATERIAL (AREA) SAMPLING/ANALYTICAL S UMMARY
&IATERIAL DESCRIPTION: Linoleum, rcd pebbled pattem
MAT'LTYPE: MiscellaneousMaterial FRIABILITY:Friablc PIf OTO f : WMC78-ACBM?: Ycs I i'rri'rtrSAMPLED/ASSI-IMED?;CO}II}IENTS:Sarpled
S.mplc t+Locrtion I srnple Locrtion nesGpion------Tffii ACBM? I Andlticsl Result
wMc78-58 2333 iNW comcr rite OyCt rysotile-
IIIATERIAL DESCRIPTION: Enginc generator mufller insutation
IVAT'L TYPE: Thermal Sysrem Insulation FRIABILITY: Friable
SAMPLED/ASSUIUED?: Sanpled COIVIMEI{TS:
PHOTO #: WMC78-ACBM?: No 5=:,-r3
Srmple #I-ocetior ] Srmple Locrtior Descrlption : Asbestos Andyticrl RelrliACBM?
vvMc78{l 2N1 iS end of mufiler No No INAD
IIATERIAL DESCRIPTION; Grey seahnt on duct seams
NIAT'LTYPE: MiscellaneousMat€rial FRIABILITY:
SAIIPLED/ASSUMED?: Sarnpled COMMENTS:
PHOTO #: VVMCTE-ACBlll?: NoNon-fri.blc Catcgory [u=IUl
T3
Srmpb* | Locrtiol I Srmple LoceEon Dcs""iptton Asb6to3 ACBM? I turrlyticd R6rlt
WltlCTE{2 i ll05 ll'from S wall center of w wall
-
No i No NAD
NIATERIALDESCRIPIION: Reddish,/brownscamsealant
NIATTLTYPE: MiscellaneousMaterial FRIABILITy:
SANIPLED/ASSIIMED?: Sarnpted COMNTENTS;
Non.friable Cstegory I PHOTO #: VVMC78-ACBM?: No f=
iH
Slmpl€ # I Locarion I Srmple Locrtiotr Dcscripti,on-Asb6tos i ACBM? i Anrlyticd RcsutrWtvtcl8-I3 l35a i,qboveaoorwayandccilingiitiffi
ftler to ngant fo,locatio.tt of & eints d.t saDplc locatron,alao: Irlo &!.rt6 o.Lcad, fac . toli.| alb.dc coot nl i| s..nta, LyR . Alb6tos cdicnt in uy!r, pgl. po|ltcour! Raaun.t y!r, PCT r Potir Cqln . lotat Srnd.. NrA - tbt j.lt"!d dtl. to frrogr.aaivc An€ty3!
IIIATERIAL DESCRIPTIO\: Whire sealant on tiberglass TSI
NIAT'L TYPE: Miscellaneous Material FRIABIL|Ty: Non_friable Category I
SAMPLED/ASStIMED?I Sampled Co]W]TTENTS:$E
Srmple Locrtion Descriptior i Asbestos ACBM? i Analvtical RiiuiivvMc78.34 t0l3 i7'up 6,from s 20'for E
-
i No N;
ArWalsh
Environmental Scientists aud Enpineers. Inc.
(Page lE of32)
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HOMOGENEOUS MATERIAL (AREA) SAMPLING/ANALYTICAL SUMMARY
EIq to diagont h,locatio,,t ofnatiint! ntl tanple loc riB NAO : l{otslaJo! Dala€ad. 1 c : Tc{ llD.rtoa cootafit it srr|r9|]s ryR , A!t.do5 conr.nt ,n LrF. pcL . point co{nt R.&{ -L.y!r PCI r Poht Count . ld.t Slnpta. tU ' Not aaattld d|x ro prcg,Gs5iv. An.tyrs
NIATERIAL DESCRIPTION: White mudded pipe fitting
iltAT'L TYPE: Thermal system Insulation FRIABILITy: Friable pHoro #: vvMc78- ACBM?: yes I F
sAuPLED/ASSIIMED?: Sampled COMIVENTS: i 3
Srmple Location Descriplion i Albcstos Anrlyticrl Result
wMcT!-33 | Hall F 14' from N 12' from w above ceiling rile i v.t yes i3% Amosire and
IIIATERIAL DESCRIPTION: Grey sp'ray on fireproofing
MAT'L TYPE: Surfacing Material FRIABILITy:
SAMPLED/ASSUMED?: Sarnpled co[rMENTss
Friable PEOTO#: WMC78- ACBM?: No i6
iE
S.mplc # I Locrtion I Srmpte l--crtrn DcGSii6i--l Asbctotos-ACBM?Andytical Resultwl!{C78-36 l0l8 Ar tt,""ti tffi IAD
MATERJAL DESCRIPTIOI{: vinyl flooring, blue, gr"y, gr€en rmhed patcm with gr€y backing and
"dbesiteIIIAT'LTYPE: MiscellancousMaterial FRIABILITy: Friable
SAMPLED/ASSU]|ED?: Sampled COMIIENTS:
PIIOTO #: WMC78- ACBivt?: No
-U't<
a rr,i6
Semple # | Locrtion Srmple Loc.tion Description i lrbcstm I ACBM?Anelvticrl RcsultwMc78{l I 132 SE comer No I No .NAD
MAT'L TYPE: Miscellaneous Matcrial FRIABILITY: Friable
SA*IPLED/ASSUMED?: Sampled COMIIEIT{TS:
PHOTO#: wMC78- ACBII?: No
-tn[<trt
' t\)
srmple f I Locllion I Srmple Locrtiol Dcscriptioo I Asb$tos I ACBM? i An.t],ttcrt Rcsntt
vvMcTE-3? | 1702 iAt E wa[ 2,from N iNolNoNAD
IILATERIAL DEscRlPTloN: vinyl {looring, ycllow pebble panem witli gt€y f"lt b".Hng ."d
"dhes*eNIAT'L TYPE; Miscellaneous Material FR|AB|LITY: Friable
SAMPLED/ASSI-IMED?: Sarnpled co lMENTs:
PHOTO #: WMC78-ACBII?: Yes I3iE
S".pl.* | Location , Sampt" Lo
VVt"tC78-39 tlt g ,NW .o-..of E ,oil"t
^*W'alsla
Environmental Scientists and Ensineers- Inc.
(Pagc l9 of32)
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HOMOGENEOUS MATERIAL (AREA) SAMPLING/ANALYTI CAL SUMMARY
fIe|'odkgmds|o|locaIio,|'o|4|6ialsanIt'4nPt.loca|iorsMDrl|oI!!.ao6o.1.d.d'l c.Td|t^$a|o|coi|c.lin8jndcLYF:A.!6lGc4|m|hL.F.'PcLrP!in|il['
t.yrr, pCT . poni Ctrtnr . Tol.t *mCt, I'u . t{ot .nrtyz.d d!. b progr€s3rv. Anstylrs
-**WaIsIa
MATERJAL DEscRtPTlolt{r Vinyl flooring, gold pebblcd pattcm wirh gey fett uacking and adhesivJ
MAT|L TYPE: Miscellaneous Material FRIAB|LITy: Friable PHOTO #: WMC78-
SAMPLED/ASS[TMED?: Sarnpled COM]I{ENTS:
ACBM?: No
-v,$<i |'rji*
Semple # | Location I Srmple Locrtion Descriprion l Arbestd- | ACBM?Anrlyticrl Result
VVMC7840 I t726 iE sid€ of doorway in roiler room l--- N;---]--N"-- AD
MATERIAL DESCRIPTION: Vinyl flooring, grey with blue and whire chips with g1ey backing and adhe-ive
MAT'L TyPE: Miscellaneous Matfiial FRIABILITY: Friable pHOTO #: WMCT8_
-ql
ACBl!t?: No I F+ESAMPLED/ASSI MED?: Sampled COILVEIIiTS:
Srmplc # | Locelion Semplc Locrtion Drrcription Asbestos ACBM?Analytlcsl Result
wMcTE-52 . 2403 NW com€r No No NAD
MATERIAL DESCRIPrION: ' Vinyl flooring, offwhite with ian and gley patiem with adhesi"e
MAT'L TYPE: Miscellaneous Material FRlABtLlry: Friable pHoro fr wMc?8- ACBNI?: No
SAi\IPLED/ASSUNTED?: Sampled
-u,t<t 'tii*COMIIIENTS:
Scmple # | Loc.tion Srmplc Locrtion Description j Aibestos iACBM? ] Anrtyticet Resutt
wMc78-63 i 1502 SE comer No I No INAD
Environmental Scientists and Eneineers. Inc.
(Pagc 20 of32)
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WMC86
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HOMOGENE OUS MATERIAL (AREA) SAMPLING/ANALYTICAL SUMMARY
NIATERIAL DESCRIPTION: Light tan baseboard adhesive
IIAT'LTYPE: MiscellaneousMaterial FRIABILITY:PHOTO #: vvMC86-!>IA
VVMC8642 80001 iNW comer No No INAD
MATERIALDESCRIPTION: Brownbaseboardadhesive
1}IAT'I-TYPE: MiscellancousMaterisl F,RlABtLrTy;
SA1IIPLED/ASSUIIIED?: Sarnpled COMMENTS:
Non-friablc Catego'ry |PHOTO #: WMC86 ACB!|{?: No lt!r>isN)
Srmple# | Locrtlon Srmple Locetion Description ; Asbcstor ACBM? An.lytlcrl Result
VVMC86-23 i 1207 S wall 2' from E walt No No NAD
NfATERIA-L DESCRIPTION: Metal boiler and hot water heater flues mtalbcslcs
N'AT'L TYPE: Thermal System Insulation FRIABILITy: Non-liiable Category II
SAMPLED/ASSUMED?: Assumcd coM]uENTs:
PIIOTO #: WMC86-ACB:U?: Yes iEi5
Sample # | Locrtion i Srmpte Locetion Ocscriffi Asbesto! i ACBM? I Ard!.ticd Resrlt
Assumed i I Yes i Yes lAssunrd
MATERIAL DESCRIPTION: Builr up roof, rubber rnembrane
MAT'L TYPE: Miscellancous Material FRIABILITY: Non-friable Catcgory t
SAMPLED/ASSUNIED?: Assumed COlfl\,tENTS:
ACBI!!?: Yes
-tDI ,-'l
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PHOTO #:
Semple # ] Locrtion Srmple Location besc.ription I Asbrstos-ACBM?Analltlcsl Result
Assumed Yes Yes Assumed
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tfu to diasant lor loct iont of ,ratahb ar.l tmpte todrin6 raAO . No ArDad6 qabc.d. TAC : T.tC Asbd6 Cod.rr id saC., LyR . A$aa6 Cdrnnt || L.*r. pC! . pbi.t Corrnt tte$t -1.t.., PCT . Pod Cosnr - Tda SrnFtG, w . lrot Etf..d dE b PrqBiw A.CFS
MATERIAL DESCRIITION: Tan carpet adhcsive
MAT'LTYPE: MiscellancousMarerial FRIABILITy:
SAIIPLED,TASSU!|IED?: Sampled COit{}tENTS:
Non-friable Carcgory |PHOTO #: WMCSC ACBM?: Yes
IE
Sample # | Locetion i Srmple Location Descriptior Arbestos ACBM? An.lyticrl R€sultWMC86-04 80002 lW side of door jam No No NAD
.*TIIaIsh
Environmental Scientists and Eneineen. Inc.
(Page 2l of32)
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HOMOGENEOUS MATERIAL (AREA) SAMPLING/ANALYTICAL SI.IMMARY
IVIATERIAL Df,SCRIPTION: 5/8" drywalt wirh mud
I'ATTLTYPET MiscellaneousMaterial FRIABIL|TY:
SAIIIPLED/ASSUMOD?: Sampted CON|I|ENTS;
PHOTO f: VVMC86-Friable
| 9E6 or newer vintage
,t3i-j
ACBM?: No i Xr5
Srmplc #Locltion Srmple Locrdon Description Asbcsbs ACAM? r Anrlvalcal Rcsull
wMc860l 80001 SW corncr ofroom above ceilins tile No No INAD
wMc85-22 I 1807 E wall I'above cciling tile 12'from N
wall
Nn Na lNA n
wMC86-27 2W3 lw *glllbou.lqEg !!!" ?' froJn S walt i No I No INAD
El.r to .liatmdr lor tuutio,r ql n ahls drn nptz tn i@s MD. t'ro A5Darioa Oat!d.d, TAC . Taad A$.stos cdltdr i.stny'.. LyR. Arb.rb5 co|i.nt t lrrar. PcL. poidco4l ncaa -
Laya( PCT . Poidt Cdln! - total s.mrt.. tu r Not .nrt4d du. to ptlor6aiv. aorty.t3
IITATERIALDESCRIPTION: Drywallceilings
MAT.LTYPE: MiscellaneousMaterial FRIABILITV:
SAMPLED/ASSUMED?: Assum€d CoITTMENTS:
Friable
In ORo unable to sarnple
r8i<+g
N
Assurned i OR I Yes I Yes
MATERIALDESCRIPTION: Drywatl
IIATTLTYPE: MiscellaneousMaterial
SAMPLED/ASSUMED?: Sampled
FRIABILITY:
COMNTENTS: Oflice cxterior
No ig3*
Friablc PHOTO #: VVMC86 ACBM?:
Semple # | Locraioo , Srmple Locrtion Description i ltUestos ACBM? i Anslyticrl Resolt
WMC86-34 i l986Ext Ext entry way, 6' from E at N wall No No tl.{AD
MATERIAL DESCRIPTION: 2' x 4' ceiling tile, latitudinal fissure randon dotpatten
IIIAT'LTYPE: MiscellancousMaterial FRIABILITy: Friable PHOTO #: WMC86-ACB]II?:No lfi3SAIIPLED/ASSUMED?: Sarnplcd COMMENTS:
S.mplc #Locrtion i Semple Locetion Description Asbestos i ACBM? i Ar.lytlcd Rcarlt
vvMc86-03 80001 ISW comer of room i No TNo NAD
MATERIAL DESCRIPTTON: 2, x 4, ceiling tile, drywall with vinyl covenng
ltAT'L TYPE: Miscellaneous Marerial FRIABILITY: Friable
SAMPLED/ASSLTMED?: Sampled CoDI|HENTS:
PHOTO #: WMC86 =LACBM?: No t '{;A
alg
Srmple #Locrtion SrmpleLocrtionDescription Ab€stos ACBM?Analytical Result
WMCEGI3 : 80021 4' from S 6' from E No No INAD
^*WaIsIa
Environmental Scientists and Ensineers. Inc.
(Page 22 ot 32)
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HOMOGENEOUS MATERIAL (AREA) SAMPLING/ANALYTICAL SUMMARY
IVIATERIAL DESCRTPTION: 2'x 4'ceiling tile, random dor and fissure panem
MATiL TYPE: Miscellaneous Material FRIABILITY: Friable
SAiiIPLED/ASSUMED?: Sampled COiVIMENTS:
PHOTO #: WMC86-ACBM?: NO :rJi r'5ii
Srmplc# | Locrtior I Srmple Locrtiol Ocscription 1 lsUesid ACBM? ; ADdltical Result
wMC86-15 ; B00l5A 4'fromN6,fromW No i No NAD
MATERIAL DESCRIPTIOIf: 2' x 4' ceiling tilc, recesscd I'x l' panerfl with random fissures and dols
MAT'L TYPE: Miscellancous Material FRIABILITy: Friable
SAMPLED/ASSUMED?: Sampled COMMENTS:
PHOTO #: WMCSG ACBllI?: No I t{
I ,'t€
A3b6tos I ACBM? I Anrlytiel ResulrwMc8ot6 i 80023 it'f.omE8,fiotns ffi
MATERIAL Df,SCRIPTION: 2'x 2'ceiling tile, parralel wide ribbed pancm
IYIAT'LTYPE: MiscellaneousMaterial FRIABILITY: Friable PHOTO #: vvMC86-ACBII?: No t r'
+onSAMPLED/ASSUMED?:Sarn led COMIVIENTS:
Semple # | Location Srmple Loc.ilotl D.scripdor Asbeslos ACBM? i Anrlyticrl Rciulr
WMC86-17 r 1802 4' from W 12'from N No No NAD
NIATERIAL DESCRIPTIO|i: 2'x 2'ceiling rile, rccesscd, textr.rred pattem
IUAT'L TYPE: Miscellaneous Material FRIABILITY: Friable
SAIYIPLED/ASSLrIIIED?: Samplcd CO tMfNTS:
PHOTO #: vvMC86 ACBM?: No i:JI r'3;
S".pt.# | Lo""tioo @ Asbesto, ACBM?Anrll.ticrl RerrltWMC86-IE Hall C t4,from W eleu"io
MATERIAL DESCRIPTIOI\i: 2, x 2' ceiling tile, recesscU, ranaorn Oot anO n"rr." p"tte- ==-
MAT'L TYPE: Miscellaneous Material FRIABILITy: Friable pHoro #: wMcgG ACBM?! No
SA}TPLED/ASSLIMED?;CO}IIITENTS:
.iO
I r'i3Sanpled
Sample #Locttion 1 Srmple Locetion Description Asbestos ACBM?Analytlcrl Rctult
wMc86-19 1003 iAt W wall above door 3'Aom N NoiNo NAD
n[.||o.lia8mm'Io.leio"s44tcial'!NlsanP|2Ioca'io,|sMD.rhAsbs|6o.t!c.d'T^c'ro0^3!.3to|co!nlinsrn!|.'LYFlrA!bgo.co0l.6thLir.f.PcL|Po||ncF.
|.|Fr PcT r Poidt corni . Tolr samraa. r r |{ar .d..d .hr. to ftqr...rva anty.a
^3,lltralsh
Environmental Scientists and Ensineers. Inc.
(PaEe 23 of 321
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HOMOGENEOUS MATERIAL (AREA) SAMPLING/ANALYTICAL SUMMARY
IIIATERIAL DESCRIPTIO|iT 2' x 2' ceiling tile, recessed, paralel narow ribbed pattem
MAT'L TYPE: Miscellaneous Material FRIABIL|Ty: Friable
SAiIIPLED/ASSITMED?: Sampled CONtittENTS:
PHOTO #: WMC86-ACBII?: No I r'+x
Srmple# | Locrtion I Srmple Locetion Descriptioll Asbestos ACBlll? Anrlytical Result
WMC86-33 1002 iSE comer No No INAD
IIIATERIAL DESCRIPTION: 12" x 12,' floor tile, olf white wirh tan chips and adhesive
MAT'L TYPE: Miscellaneous Material FRIABILITY: Non-friable category I pltoro #: vvMc86-
SAMPLTD/ASSUMED?: Sampled CoMMENTS:
ACBM?: No lrJ
1ot5
Srmpl€ # | Locrtiol , Srmple Locrtion Dercription Asbcstos Anrlyllcrl ResultACBM? I
VVMC86-12 i 80021 ArEwall4'fioms No No INAD
IITATERIAL DESCRTPTION: 12" x 12" floor tile, grey with white, ycllow, rcd ch.ips wirh adhesive
IIIAT'L TYPE: Miscellaneous Material FRIABILITY: Non-friable Crtegory I PHOTO #: WMCSG ACBM?: No
SAMPLED/ASSUIIIED?r Sampled CONIMENTS:
i{toi5hJ
Srmple # I Locrtior I Srmple Lmation De$ription I A.*sroi ACBM? I Andyticrl Result
WMC86-20 ' 1822 lSW comer No i No NAD
MATERIAL DESCRIPTION: 12" x 12" noor til€, grey with white and darr green cnips *ittt ut""t masic
MAT'L TYPE: Miscellaneous Material FRIABILITY: Non-ftable Caregory I PEOTO #: WMC8G ACB!rt?: No
SAIIIPLED/ASSUMED?: Sampled COtvIttENTS:
TJtriiE
llgple * | Locrtiotr I Ssmpte Locrrion D€scriptio!' Asbcatos ACBM? , Anrlytlcrl Rcsult
VVMC86.28 i 3125 NW comer No I No NAD
Elar to dia{nnt for l@atio,Is ofn.|t ls fltd tdnpt.lo.anons NAO - No A$.nG O.r?d.d, T C ' totrt Asb!|to3 Cont io Slr|rpt€, LyR : Ab.!(os Contait in !rt!r, pC! = pbirt Coirn Rasrn -
Lat.r, FCt ' P6id Coud - Tol.l S.mpk, fUA r Not.nrtyr.d du€ to ftogr.ssiv. Anstyr|s
MATERIAL DESCRIPT|O|{: 12" x 12,, noor tile, light bluc wirh dark btuc and whiteitrips
lllAT'L TYPE: Miscellaneous Material FRIABILITY: Non-friable Catcgory I PHOTO #: WMC86- ACBM?: No tcii5
Locraion I Srmplc Locrtion Descriptio[ lsUestos I Abltfir l ,C,nstvaicar Lcsuh-
WMC86-30 : 3121 NW comer behind door No No
e.'Walsh
Envircrunental Scientists and Ensineers. Inc.
(Page 24 of32)
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HOMOGENEOUS MATERJAL (AREA) SAMPLING/ANALYTICAL SUMMARY
]IIATERIAL IIESCRIPTION: l2" x 12" floor rile, ran wirh grEy andwhire chips wirh adhesive
NIAT'L TYPE: Miscellancous Material FR|ABILITY: Non-friable Catecorv I
SA|TPLEDiASSUMED?: Sarnpled COlt;rtENTS:
PHOTO #: WN,!C86- ACBi\'l?: No lciiAitr
S.mple # I Locrtion Srmplc Locrtion D3scriprion I Asbestos I ACBM? | Anrl)'ticrl ResultvvMc86-32 3034 At W wall 6' from S INADNoNo
DIATERIAL DESCRIPTION: White woven rcpe gasket marcrial
MAT'L TYPE: Miscellaneous Material FRIABILITy: Friable
SAMPLED/ASSUMED?: Sampled CODfIIIENTS:
PHOTO#: VVMC86 ACB[I?: Yes igis
Srmplc # | Locetion S.mple Lacrtion D6cription i Asbcatos ACBM?An.llticrl Result
wMc86-r0 I 80007 On S side ofboiler Yes Yes 68% Chrsotile
IIIATERIAI- DESCRIPTION: Engine generator mulllcr insulaiton
MAT'L TYPE: Thermal Systcm Insutation FRIABILITY: Friable
SANIPLED/ASSUIIIED?: Sampled COM IENTS:
PHOTO#: wMC86- ACBI\|?: No i<
fE
tqer b drynm lu loca.iont of natoidlt a l t.Irpl.locatton tlAO ' llo Ast slG Dcl.dad. IAC r Totat A$.sto! Cot|ted h A.Dplr. LyR . ArD.3los Cor|t(lnt in L.tar, pCL r poiit C,old Ra&tt -LrF. PCT . Poidl Cdrnt . Tod SaftCt€. iU r irot rmtF.it d. ln progrGliva Analygr
MATERIAL DESCRIPTION: Black nastic on raised floor legs
MAT'L TYPE: Misce llaneous Material FRIABIITY: Non-friable Category I
SAilIPLED/ASSI'NIED?: Sampled COMITIENTS:
PHOTO #: WMC86- ACBIU?: No f<IPr3
Sanplc#|LocetionISrm Anilyticrl RcsultWMC86-1t 80012 iZ'tm- t,t +'ftom
IIIATERJAL DESCRIPTION: Red firesroD narerial
MAT'L TYPE: Miscellaneous Material FRIABILITY: Non-friabte Cstegory t PHOTO #: WMCS6- ACBM?: No | ;I !')
SAMPLED/ASSTTNIED?: Sampled CoMMENTS: } E
Locrtior Description Asbestos i ACBM? I Anrtyticrt Result
WMC8ffi6 I 80002 JE wall I'above ceiting rile 3, from N No I l,Io
.*W'alsh (Page 25 of 32)
' ir : :r:t;:rrr.:j:rr r:i4ltr,r.rq.r,r:,.j;t.+r.l*'l&tst9it
Environmental Scientists and Ensineers. lnc.
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HOMOGENEOUS MATERIAL (AREA) SAMPLING/ANALYTICAL SIJMMARY
&lATERlAl- DESCRIPTION: crcy duct s€am sealanr
NIAT'LTYPE: MiscellaneousMaterial FRIABILITY
SAMPLED/ASSUMED?: Sampled COivtNtENTS:
Non-friable Category I PIIOTO #: WMCE6-ACBI!!?; No i<iqnIS
Srmple #Locrtion i Srmple Locatlon Dscriptior I Asbestos 1 .l,CnUf ,trlytlcd Risutt
wMc86-07 80005 2'from N 8'from W 5'up on tryAC duct i No No INAD
NIATERIAL DESCRTPTION: Whire sealant on fiberglass TSI s€ams
MAT'L TYPE: Miscellaneous Materiat FRIABILITY: Non-friablc Category I
SAMPLED/ASSUMED?: Sampled COMMENTS:
PSOTO #r WMC86-ACBM9: No
iE
Srmph# | Locrtion I Semple Locrrion neccriptiotl lsUcstm ACBM? i Anslyticrl R€sult
wMC86-08 i 80005 il2'from N 25'from rrv i No No INAD
IVIATERIAL DESCRIPTION: Black tar imprenated sponge likc insuianon
IvIAT'L TYPE: Thermal System lnsulation FRIABIL|Ty: Non-friable Category I
SAMPLED/ASSUMED?: Sanpled COMIIENTS:
PHOTO #: vvMC86-ACBjU?: No i'u1ii3
Srmplc # I Locrtior I Srmple Locatton Oescription- Asbestos ACBM? I Arrlyticrl Resuli
WMC86{q i 80007 ll' from S 6, from E 4' up on pipes No No iNAD
IVTATERIAL DESCRIPTION: Refractantbrickfromincinerator
NIATTL TYPE: Thermal System lnsulation FRIABILITy: Non-friable Category I
SAMPLED/ASSI]Mf,D?r Sarnpled COMIIENTS:
PIIOTO #: WMC8G ACBltt?: No i,DI i+tt !t-ig
Srmpl€ # I Locrtion i Sampte Locetion Desciiptiolt I lsfeitos ACBM? Analyticrl Result
WMC86-36 I EXT lncinerutor interior No I No Ned
f|cf|odi.E'nB|ot|oeo|ionsoffd|ehbahd'MPlclocA|ion'NAD't|oA.!.c6od!ct.('.'^c:l!t.|Art'-b5conBh65d..tYR'^!b.d6c..ifthL.F.'r|.'Pohci.
Lrycr, PCl . Fbirn CdItrt. totd aind., tv ' itot ravrat dD b a.gr6srv. An trris
OIATERIAL DESC'RIPTION: Brown root.ing felt
MAT'LTYPE: MiscellaneousMatcriat FR|ABILITI:
SAMPLED/ASSII|IIED?: Sampled COMTUENTS:
Non-friable Category I
Bottom layer
PHOTO #: VVMC86-ACBIU?: No FU
iE
Srmplc # | Lorrtion I S"-ptiLoc.rton OEEiiii6i---l Iru.iioi ACBM? Anrlytlcsl RerultVVMC86-37 Roof W oeak N end No No NAD
(Page 26 of32)
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HOMOGENEOUS MATERIAL (AREA) SAMPLING/ANALYTICAL SUMMARY
/.[er b dio{uft lo. locetiort of mieliak anl tonptc leato,t t|AO . nr As!€!t!a Dat ctad, TAc ' lot.t A!b!no3 cm!r{ in srnc!. t\G . as!ec.6 c.dtr in t atar, tGI . tbt|tt cdrnt Rcs{ -$t r, PCT . Poinl Cosnl. Tor.l6rnpl!, NrA E Nol andyz!(t al. to Pro0r6liw AnrtFis
MATERIAL DESCRIPTION: Black roofing fett
NIAT'LTYPE: MiscellaneousMaterial FRIABILITy:
SAMPLED/ASSTIMED?: Sampled CoI!I]IIEI{TS:
Non-friable C8tetory I
Top layer
lis
i r-'
+N
Srmple Locrtion Dcscription i Asbestos i ACBM? I Andlticd Resrlr
VVMC86-38 Roof iW oeak N end r No I No INAD
MATERIAL DESCRIPTION: Ropc gasker on incinerator
MAT'L TYPE: Thcrmal Systcm Insulation FRIABILTTY!
SAMPLED/ASSUMED?; Sanpled coirtT}TENTs:
Friable PHOTO #: WMCE6-ACBM?:No lC)i5.ts
Srmplc #!r:{ion i Srmple t crtiotr Dcscriprion I Asbcrtos i AaBM? I enrlyticat nciutt
vvMc86-35 No INADEXT Incinerator door lNo
MATERIAL DESCRIPTION : Light b,rown asphalt roof shingle
IIAT'L TYPE: Miscellaneods Material FRIAAILITY: Non-ftiable Category I
SAMPLED/ASSUIIIED?: S$nplcd COMMENTS: Botrom layer
PIIOTO #: WMC86-iaiAna+o
ACBltt?r No
Srmple #Locralotr I Srmple Locetion Dccription .lstectd I ACBM,Analvticrl Resull
wMc86-39 Roof W pe4N end No No NAD
MATERIAL DESCRIPTIONT Dark brown asphalt mof shingle
IIIAT'L TYPE: Miscellaneous Material FRIABILITy; Non-friable Category I
SAMPLED/ASSUMED?: Sampled COMIIur^TS: Top layer
PHOTO #: wMC86-ACBI\l?: No I Hi5N
Srmple #Locrtion Srmple Locrtior Description Asb$tos ACBNI? i Anrlyaic.l Res$lt
wMc86-40 Roof WpeakNend No No iNAD
MATERIAL DESCRIPTION: Grey spray on fireproofing
llAT'L TYPE: Surfacing Marerial FRtABtLtTy!
SAMPLED/ASSIIMED?: Sarnpled coNtMENTs:
Friable PHOTO f: WMC8G ACBM?: No
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Semple #Locrtion i Srmplr Locetion Description Asbestos ACBM?Andytlcrl R.sult
vvMc86{5 3122 3'fiom N 3' from E above ceiling tile No No NAD
vvMc86-24 80002 6' from W t 0' from N No No INAD
vvMc86-29 1206 i6'from N 20'fmm W above ceiling tile No No NAD
+.:.Walsla
Environmental Scientists and Ensineers. Inc.
(Prye 2't.of 32)
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,tf.ttodiag.dttfo.locdtiontofn.ridbai,lwpl.locdrioat MD. iro
^rt6o6
Od€cFd. rac . Tot.t Asr,Gb5 cdt.nr in s$p6. lyR . a$Gco6 contrF , pcT. p.in clmr - Totat garhc., t|/A. Not.natrad arr! r! Ft !r.|!6iE Aa!ty.i3
^*.Walsh
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MATERIAL DESCRIPTION: Vinyl flooring, light yellow and grey pcbtreO fitre.n *ittr g."t[iiT;k;;d aOtresiue
MAT'L TYPE: Miscellaneous Material FRIABIL|TY: Friable PHOTO #: WMC86-
Sampled COMMENTS:
.ut
ACBNI?: No i;isSAMPLED/ASSLIMED?:
S.mple# | Locetion I Srmple Locrtioo Oesc.iption i Asbcstos ACBM? i Anrlyticrl Rcault
VVMCSG|4 | 80014 AtNwall 5'from w *.t1ffi
IIIATERrAL DESCRIPT|oN: vinyt flooring, grey peuut"o p"n"- *irtrlrey uacriiliillih"slw-
PIIOTO #; VVMC86 ACAM?: NoMAT'L TYPE: Miscellaneous Marerial FRIABILITY: Friable
SAMPLED/ASSI'MED?: Sanpled COIIMENTS:
-U's<
ra Et
+E
Srmple * | Locerion I srrnph LocrtionlescriiEii-J *bes-d ACBM? i Anrlytic:l Result
vvMC86-21 i t809 lN side ofOoorjam --------- -E No INAD
MATERJALDEScRlFrtoN:vinyltlooIing,foscpeuuteopa@
PHOTO #: wMC86- ACBM?: No
-aai<ttliB
Sampl€ #Locrtiotr Srmplc Locrtior Drscription I Asb€stos ACBM?Andyticsl ResultvvMc86-26 2810 NE comcrb€hind door I No No NAD
MATORIAL DESCRIPTION: Vinyl ftooring, Tan pebbled pauem ;ith adh€sive
NIAT'L TYPE: Miscellaneous Material FRIABILITy: Friable
SAMPLED/ASS(IMED?: Sampl€d COMjIENTS:-----
- 'l)PHOTO #: WMC86 ACBM?: No i f
l9.A
S.mptc f I Imrtion I Srmpte t-ocrtionTdfifiili- a Asbestos--l ACBMi Anrlytiql ResrltVVMCE6-31 Hall M et f
"na NAD
IvIATERJAL DESCRIPTTON: Tar paper
IIIAT'L fiPE: Miscellaneous Material FRIABILITY: Non-friable Category I pHOTO #: WMC86 ACBM?: No I F
SA*IPLED/ASSITMED?: Sampled COIII1ENTS: On roof, on flar portion inside p€aks (2) i 3
Srmple * | Lo""rion SrmpG LGrti,onDEE6iili Asbcstos ACBM?Analyticrl Rcsult
WMCE6-41 i Roof WpeakNend
-r
No No NAD
Environmental Scientists and Eneineers. Inc.
(Page 28 of32)
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vw\,ICg0
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HOMOGENEOUS MATERIAL (AREA) SAMPLING/ANALYTICAL SIJMMARY
MATERIAL DESCRJPTION: 4" grey baseboard with tan adhesive
NIAT'L TYPE: Miscellaneous Material FRIABILITYT Non-friable Category I
SAIIPLED/ASSUMED?: Sarpled COM!}IENTS:
PHOTO #: VVMCgo-ACBII?: No t>r5
S.mplc #Locrtlon Semplr Locarion Description I Asbestos i ACBM? i Anitytiirt n*un
VVMC$46 Hall A At doorway to RM B0401 No I No INAD
MATERIAL DESCRIPTIOII{: 4" yellow baseboard with tan adhesiv€
MAT|L TYPE: Miscellgneous Material FRIABILTTY: Non-friable Caregory I
SAI|IPLED/ASSUMED?: Sarnpled COMIIIENTS:
PHOTO fr WMC90-ACBM?: No t>iba\,
Srmplc #!9gqol I Semplc Locetior Descriprion I Asbestos I ACBM?Anrlytlc.l R6ult
wMc90-07 80202 N wall l'from W wall No No NAD
.efe. to tnsnns16tod io6 ofnde.ials anl sanptetocaliM,NAD . No Adrslot OaLcco, IAC . Tot.l Arla3or Cont.nt In 6.mttG LyR , A!.do3 Cotlt. n layar. pCL r potnt Courn R$!fi -
|. yer, F€f ' Prtt co.nr - loral s.|r|!i!, N/A 3 tht rutFdt d{. lo t}ro9r6siv. Amtt$
DIATERIAL DESCRIPTION: 4'mauve bascboad with ran adhesive
DIAT'L TYPE: Miscellancous Material FRIABILITY: Non-friable Category I
SAMPLED/ASSLIMED?: Sampled CoMITENTS:
twt>i5
|J.
wall l'from W wall
ltATnRlAl- DESCRIPTION: Built up roof, rubber membrane
NIAT'L TYPE: Miscellaneous Materjel FRTABILITY: Non-friable Category I
SAMPLED/ASSUIUED?: Assumed CojIIMENTS;
PHOTO #:ACBIvI?: Yes
.t!
$?to
Srmple# I Locrtlon I Sempte Locrrion DescripEon--l Asbesms ACBMi Anrlyticrl Re3ulaAssumcd l Yes Yes Assumed
MATERIAL DESCRIPTIO|i: Yellowcarperadhesive
DIAT'LTYPE: MiscellaneousMaterial FRIAB|LITY:
SA jVIPLED/ASSUDIED?: Sarnpled COMTITENTS;
Non-friable Category I PHOTO #: wMC90-ACBM?: No
Ig
Srmplc #Locaaio! I Semple Locrtion Oescription Asbeslos ! ACBM?Andylicrl Reruli
VVMC90-IO : 80301 ISE comer of room . ' No i No |NAD
^*.Walsh. .]: ili4:i]4:: fl;-]': ! ;r-: -
Environmental Scientists and Eneineers. Inc.
(Page 29 of32)
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HOMOGENEOUS MATERIAL (AREA) SAMPLING/ANALYTICAL SUMMARY
MATERIAL DESCRJPTION: Whire dryvall with mud, off white paint
I\IAT'LTYPE: MiscellaneousMaterial FRIABILITY: Friable
SAIIIPLED/ASSUMED?: Sampled COMMENTS:
PHOTO #: WMC90-ACBM?: No i<i5
Ermple # I Locatlon Semph Locrtion Description Asbcstos I ACBM? i Andyiical Resrlt
vvMcm-ot i 80402 Center of W wall 2' up fmm floor at slorp ; No , No INAD
sink
rqer to dingronr fu hcntion' ofnd..nts aott ttnpte lod,tions NAD ! tl6 tuboltos o!i!ct.d, TAc r Toral A6Hos conr.nt in sand., LyR : a!.coc cmr.nr in !.y.r. pcl . point crunt R.$[ -L.Fr, PCt . Poid C.unt - Iotlt s.mpte, I,J/ . Not .n.tyrad d|ja to progaariva anatyrit
DIATERIAL DESCRIPTION: 2,x 2,ceiting tite
MAT'LTYPE: MiscellaneousMaterial FRIABILITY:
SAMPLED/ASSUIWED?: Sampled COMMENTST
Friable PHOTO #: WMC90-ACBM?; No
iolhliii
Semple#Locrlion Srmplc Locrtion Description i Asbestod ACBM?Alrlytitd Rcsult
vvMc90-03 Hall A Above doorway to F.rn 80201 No No NAD
MATERIAL DESCRIPTION: 2'x 2,recessed ceiling tile
MAT'LTYPE: MiSCCIIANEOUSMAT€riAI FRIABILITY:
SAIIPLED/ASSUMED?: Sampled COIrMf,NTS:
Friable PHOTO #: WMCm-ACBII?: No lJ..ri5
Srrnple #Loc.tlon i S.mplc Locrtlon Descriptiotr Asbestd [CBM?. An.lyticrl Reruh
wMc90-09 80302 16'from W $"ll l5'fromNwall No I No NAD
MATERTAL DESCRIPrION: 2' x 4, ceiling tilc, latirudinal, no {isurcs
MATIL TYPE: Miscellaneous Msterial FRIABILITY: Friable
SAMPLED/ASSUT{ED?: Sampled CoMI}IENTS:
PHOTO #: VVMC90-ACBM?; No t r'
I !.1
Srmple # I Location Sr-pte Loi-ion ousuipii6i- Asbestos aCBM?Anrlyticsl REsult
wMC90-12 i 80303 ,+,f.om S
IIATERIAL Df,SCHffION: I'x I'cciling rile in sptine
IIAT'LTYPE: MiscellaneousMarerial FRIAB|LITY:
SAMPLED/ASSIIMED?: Sampled coNIiITENTs:
rFit
Srmple l.ocrtion Descriprion ; esUestos aCBMr I .lnr6ticer nesuftVVJ\,|C90-14 80106 3'from E wall 8'from S wall No N;
.*,Walsh
Environmental Scientists and Ensineers. Inc.
(Page 30 of32)
HOMOGENEOUS MATERIAL (AREA) SAMPLING/ANALYTICAL SUMMARY
MATESJAL DESCRIPTIOIi: 12"x t2, green lloor tile
iItATTLTYPE: MiscellaneousMat€rial FRIABILITYI
SAIWLED/ASSIIMEO?: Sarpted COMII'ENTS:
Non-friable Category I PHOTO#: WMC90- ACBM?: No i*
iE
Srmple#lLocrtionisrmplJ@ ACBM?Atrrlyticrl Recrlt
wMc90-04 i Hall A itn doorway to Rm 8040i re NAD
MATERIAL DESCRIPTION: 12" x 12" creardbrown floor tile with rnasric
MAT'L TYPE: Miscellaneous Material FRIABIITy: Non-friable Category I
SAMPLED/ASSUMED?: Sarnpled CoMMENTS:
PHOTO #: WMC9G. ACBM?: No ! r-!
iY
l\)
srmple # i Locrtior I srmpti trcrrion5Gliiiil rsuesros ACBM?Arrlylic.l RcsrltVVMC90-05 Halt A lAr door*ay to Rm B04O| ----------l No NAD
,4q to .tksw lo. k torior' 4 tutaints a ,ohpt. locatid,dAD - tlo asldo! kd. TAc ' tota a!h.6to! cdtrirt h sndq lyR : aalalo. cd||.nr in Layar. pcl . poti coun R!!r,[ .LrF. f€l ! Foid coqnt - lotat saflpta, ,A. Nat analrlod (||rc to Pl!!rt*!iva A,tatrlii
NIATERJAL DESCRIPTION: crcy serlant on duct sEams
MAT'LTYPE: Miscellan€ousMarerial FRIABILITY:
SAMPLED/ASSUMED?: Sarnpled COIII|IENTS:
Non-friable Category I !z
PHOTO #: WMC90- ACBI!?: No I ais
Srmprc # I Locerion I Srmple L--tionIGfGii--- .lsoerros ACBM? | Ar.b/ticrt ReslttWMC90-02 80402 14' frotn W
tuD
MATERIAL DESCRIPTION: whirc seatanr on fibcrgtass TSt
MAT'L TYPE; Thermal Systern Insulation FRIABILITY: Non-friable Caregory I PHOTO #3 wMCgG ACBN{?: No I ;
SANTPLED/ASSUMED?: Sampleo coMMENTs: i S
ceiling 5'from S wall 8'from W , No
MATERIAL DESCRTPTION: Spray on fireproofing on b."
ilAT'L TYPE: Surfacing Material FRIAB|LITY: Friable pHOTO #: WMC90- ACBM?: No { EI?'
SAMPLED/ASStTMED?: SanPIed coIfi}rENTs: } g
Srmple #Locrtior i Srmple Locdion Description Asb€stos I ACBM?Anrlyticrl Result
WVCqO-t: I eOaOZ N*"1
^+.V[Ialsh
Environmeutal Scientists and Ensineers. Inc.
@age 3l of 32)
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HOMOGENE OUS MATERIAL (AREA) SAMP LING/AI{ALYTICAL ST]MMARY
IVTATERIAL DESCRIPTION: Grey sheet vinyl with adhesivi
MAT'L TYPE; Miscellaneous Material FRIABILITy: Non-friable Category I
SAIUPLED/ASSLIMED?: Sarnpled CO ft\tENTS:
PIIOTO #: WMC90- ACBM?: No
.- tt$<i'r'i5
srnpte# | Locrtion I sgnple@ ADrllticrl Result
vvMLxr-I5 i Bol(Xl| 'Center of E walt No I No rNAD
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I rcte'todiasnn'forteati@sofnnttintsfur! 'nptetocaio,'s ffi".j3i:*t*1T;:i8.ilTifiTif.ffi,:fffkAlj6,f.ifdr,.nrnuyG,. rL,pohrco,n R.ru,r.le
Environmental Scientisrs and Eneineers. Inc.
(PaEe 32 of 32)
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BULK SAMPLE LOG
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vyrr{c69
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SAMPLE LOG
Building
SAUPLE*
WMC69 Vail Vatley
MArENAL CODE AND DESCR'PNON
Medical Center 1969
SA,MPLE LOCAnON lRoom and LoEl ANALMCAL RESULT
Assumed BUR-01 Built up roof, rubber membrane Assun€dIassumedTR{l Transite Assumed
wMc6941 COW.OI Off white drywallwlth mud HallA E wall3'up & 3'fDn NIwMc6942FTC-01 1? x 12" tanish brovn molted tile
with adhesive
Hall A N wall at enhenc€ to par
I wMc69{3 BBA-01 4' yellow baseboard with yelow
adhesive
Hall A N wall at enlranc€ to Par
WMC69{X CT{l 2'x 4'ceiling tile. talitudinal fisures
and random dob
Hall A N wall 4' from E wall
I wMc69-05 MS-OI White sealant on fibergtass TSI Hall A 1' trom N wall 5' trom E
wMc69.06 FS-OI Red fre stoo rnatedal 1025 C€nter of E w8ll 5 from
I wMc6947 CT42 2'x 4'ceiling tile, random dot and
fisur€ patem
1022 2' frlm S 8'ftom E
wMc69{6 DS4l Drywall texnjre. rclled on 1O?2 On N wall6' uo 8'ftom EIwMc69{9 CA-01 Tan carpet adhe€ive 1022 'l' E ot Rm 1 023 N wall
wMc69l0 BBA-02 4' gr€y vinyl baseboard with tan
adl|esive
1OA N wall 3'W ot alsvstorIwMc6$.1'l BBA-03 if b|ol^,n baseboafd with brown
adhesivB
1023 SW comet of room
wMc69.12 CT43 ? x 2'ceiling tite, random dot pattem 140€ 6'ftom Wwa[ 1'hom N I % Amosile, Pt. Cl = 1 .47% Armsite,l
I
wMc6c.13 CT44 2' x 2'ceiling tile, consGltalion
pattBm wilh vinyl coating
1406 8. ftom W wal 'l' ftom N
wMc69-14 CT{s 2'x 2' ceiting tile, const€llation
pattem (no vinyl coating)
1406 8'Fom W wall 1'fromN
wMc69-15 FTM{1 Black flmr mastic 1408 At doo8ay b Rm 1027 6% ChrysotileIwMc69-16 PF-OI Mudded pipe litting 1027 1'ftomS 10'tromE(da 3% total, 3% Chrysotile, trac€ Amosite
wMc69-17 FTC-02 I f x I 21" brownish red streaked lile
with black rnastic
Hall B 4' E of door to electric ro 1-26/o lolal, fle 1oA, mastic 8% Chrysotile; Pt.
cl. = .7't% btst, tite .7s%chrysotileIwMc69-18 CT{6 2 x 4' ceiling tile; tstidinal flsures
with pinhole oaltem
Hall B 1'from S wall 20'from E
I wMc69-19 FS42 While fire sbp malerial Hall B On S wall above ceiling
wMc69-20 PB-01 White pyrcblock HallB On S wallabov€ ceiling
t wMc6s21 FTC{XI 9' x 9" off white tit€ with grey &
brown Recks with black mastic
Hall D Rm 1506 in doorway to 0.8% lolal, lile 0.5olo, maslic 90/6 Chrysotile;
Pt. Ct. = ,24% tolal, tile ,2s%Chrysotite
wMc69-22 FTCO4 1 2' x 1 f yelow gotd ffoor tite with
adhssive
2'tmm N wall 2'lrom W Total = 1.0%, Tile: '1.0%, Adhesive = 0%
PL Ct- - Total = .74%, Tile .75%I wMc69-23 FTC45 12 " x 12' tan tile with blown sfeaks 15i9 NW comer
wiih adhesiva
wMc69-24 CDw-o'l Ofl r,hite drywatt with mud
Page I of E
2m1 SE comef at nooat
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I SAMPLE LOG
WMC89-25 FTC-06 1?x't2"greyiloortilewith brown & 2111 W wa , c€nt€r NAD
ygllow streaks with btack rnastic
WMC69-26 FTC47 12"x tz light brown tilewith brown !flo2 SE comer of room < 0.1% totat,0% tit€, mas c 3olo Chrysotile
& white streaks with adhesive
WMC69-27 SVF-01 Tan rnohed pattem vinytsh€et 22.17 S wallz,W otdoonvav NAD
nooring with adhesive
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WMC69.26 FTC.O8 I 2| x I / white tite with l,anish 2mg SW comer
mo[en pattsm wih adhesi\€
WMC69-29 FTC-09 1U x l2:. tanish brovn tile wih laEe
'€g4
NE corner
brown sbeaks with adhesi\ie
0.4016 total, tile 0.5%. adheive 0%
Chrysolile, 0.296 lotal, tile 0.25% Ch.y6otile
WMC69-3O CDWOT Ofi white drywalt wi8l mud 22c! NM comer 1
, up from ffo NAO
wMc6931 LFB{1 Redish/Green Petbled pattem with 2ns SW com€r of room Linoteum 0%, grey backing 74 % Chrysotiteg€y backing
WMC69-32 BP-01 T€chnum panet, used fiber wi$ Zm7 Above CDW.O,| ceiling NAD
white coatino
WMC6933 CT47 l'x 1'ceiling tite, painted, glued on 2ZOS 2'tmmWwa 2,fromN NADtWMC6934 OS41 Drywalt texture. lolled on 1OU 5' up on S wall4,ftom E NAD
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WM@9-35 DSOI Dr!,wa lexture, rcfied on Ha B W wall at ent y to Rm iO NAD
WMc69'36 CT43 ?xzceilingtile, Endom dot patem 1406 S wallT'ftornw t% ArDsib, pt. ct. = 1.46% Amosite
WMC6$37 CTO3 ? x 2'ceiling tile, random dot panem 1,lOB 4'f.omNwal5'tromW i% Amo6ite. pt. Cl. = A.23% AnDsite
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ywvlcTS
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SAMPLE LOG
Building
SAMPLE *
W[4C78 Vail Valley
MATERIAL CODE ANO DESCRIPflON
Medical Center 1978
SAT PLE LOCAnON lRoom etfr L@) ANALrYICAL RESULT
Assumed BFI-01 Boilerflue insulation AssumedIAssumedBUR41 Built up roof, rubber membrane Assumed
Hunon Reporl GM41 Rope gasket meterialon boit€r 640 ChroslileIwMc7841132SE comerSVF-01 Vinyl flooring, blue, grey, gteen
molted pattem with gfey bac*ing and
adhesive
Wl!|C7842 MS.01 GIey seala|t on duct seams 1305 1'fom S wall center ofI
I
wMc78{3 FTC{1 lf x lf floor tile, ofl wHle with btue 1307 NW cornor
and broh/n dots with gdhesive
wMc7844 BBA-OI Brown baseboafd with lan adhssrvs 1307 NW comer
wMc7845 FTC42 12- x 12" floor tile, grey with red.
white and blue dots with adhasiv€
1307 At S wall 15'trcm W wallIwMc7846FTC43 lZ x 12' floor tile, gr€en with
adhesive
1307 4'from S wall 15'tronl
I wMc78{7 FTC-04 1 2" x 1 f floor tile, blue with adhesive 1fi7 3' Fom S wall 1 5' ,rcm E
WlvlC7848 CDW425/8. |r,hit€ dr}^l.attwith mud 1fi7 1'ftomSwall |6'fom
I vvMc78{0 CDW{25I8' n} t€ drywall with mud 1307 S wall 3 bm W u€ll 'l' a
wMcT&l0 CDW41 S8- whitg drywatlwith mud | 370 2' from S nrall 8' tmm E
wMc78-11 CT-01 Z x 4 ceiling tile, constetation pattem 1353 2'from N vyallZ ftom WI
I
wMc78-12 CT-02 2'x 4 ceiling tite' latitldinal ftssures
with random dols
1353 2'forn N wall 2'frorn E
wMc76-13 MS42 Redd ish/brc{',,n s6am sealant 1354 Above doorway and cBili
wMcTE-l4 BBA{2 Grey baseboard with y8 ot'r adhesive t31S SE comer
I wMcTE-l5 CA41 Clear caDei adt€sive 1315 SE com€l
wMc78-r6 CT{3 2' x 4' ceiling tile, random dot and
fissure oatlem
t315 ? lrom N wall3'hom E
I wMc78-17 FTC-05 12'x 12" noor til€, r€d wi0r adh€sive Hall B At N wall 10'trom E wall
wMc78-1E CT.O4 2' x 4' ceiling tile, constelation
pattem with vinyl coating
1351 At E wall2'from S watl
I wMc78-19 CT45 2'x 4' c€iling tit€, fb€doard with
vinyl mating
1345 3' from S rvall 4' tlom W
wMc76-20 CA42 Tan carpet mastic 1362 SE comerIwMc78-21 FfC47 17 x 17 lhf,r tite, btue with btacr
specks with black mastic
1360 Al W wall4'trom N 0. I7o total, mastic 9%, tile 0% Chrysotile
I wMcT&22 FTC{6 12' x 'l2" floor tite. white with blackma tc
1360 At W wall4'from N <0.1% tolal, mastic 4%, tile oolD Chrysotile
wMc78-23 SE comer
Page 3 oJ E
FTC-08 IZx I Z floor tite. white with btack
and grey dots with black masticI
I
SAMPLE LOG
wMc78-24 FTfug 1f xtf floor tile, black with bleck
mastic
1361 1'ftom E 6'fmm S
wMc78-25 FTM{1 Black flmr mastic 1010 SW comer 37o Chrysolile
wMc78-26 CT.O6 2'x 4' ceiling tile, recessed with 1, x
1' paltom
1m8 At S wall 8'from E wall
vyMc78-27 FTC-10 l2' x 1Z floor tile. bmwn with off
whit6 sbeaks with black rnastic
1316 S wall 1'E of doot 1.170 total, mastic 7%, tile 1% Chrysotile, Pt
Cl 0.57o lih
wMc78-28 BBA{3 Brot|/n baseboad adhesive 1316 S wall I'E of door
wMc78-29 CT47 2 x 2' ceiling til€, racessed with no
Dattem
1 367 3 t|om \ry wall 4' fiom S
wMc78-3)FTC-i1 12'x 12' floor tite, red with white
streads with adhesive
1364 Z Fom W 10'trom S
wMc7831 FIC-12 17 x 17 n@r fle, off white with grey
specks with adhesive
1364 4'from E 10'fom N <0.1% total, mastic 1%. lile 0% Clrysotile
wMc78€2 FfC-13 1T x 1t ller/r tile, brpwnish led with
black rnastic
Hall F At door to Surgical Suite 2% btal, n|astb 5%, tile 2 % Chrysotile
wMc76-33 PF-01 Vvhite mudded pipe fitting Hall F 4'from N 12 from W abo 3% Amosile and Chrysotile
wMc76-34 MS{3 White sealant on fberglass TSI 10'13 7' up 6' from S 20'br E
wMc7835 BP{1 Technum paneling wqod fber 1015 3'hom S 8'ftom Won c
wMc7836 SOF41 Grey spray on fireproofing 10'18 Al N wall 3 ftom E wstl
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wMc76^37 SVF{2 Vinyl f,ooring, gr€en pebbted pattern
with felt backing and adhesive
1702 At E wall 2'fom N
VvlvlCTs-38 F fC-14 1T x 1f fioor tite, brown with black
rnastic
1716 NW com€r of tDom 0.8% total, maslic 0%, tile 1% Chrysotile. Pt
Ct 0-506 lile, 0.42% total
wMcTE-39 SVF-03 Vinyl tlooring, ye[o^, pebbte petbm
with grsy lell backing and adhesive
1718 NW comer of E toilet 32-47. total, bac*ing 6970, 0l€ 0%
wMc78-40 SVF{4 Vinyl tlooring, gDtd pebbted pattem
with grey felt backing and adhesive
'17fr E side of dooruay in ioit
WMC78.$1 FIC-15 12" x 12" fbor tile. grey with dark
grey and white strBsks with black
maslac
1726 NE corn€r of toilet mom
wMcTE-42 FTC-16 12' x 12' floor tite. gold streaked with
black mastic
1737 W side ofdooMay
wMc78-13 FfC-17 17 x 1f noor tile, off white wilh
brown and tan skeaks with blacr(
ma$c
1735 NE comsr I % total, rnasic | oyo, lil€ 1 % Chrysotile, Pt
Ct 0.75% tile. 0.75% toial
wMc78-44 FTC-1 8 1 2" x 1 ? floor tile, cream with white
and brown streak with black mastic.
,led Storag SE comer, b€lo/', sink
wMc78'45 DT4l White dud taDe 1740 3'from N 1' from W abov
wMc7846 FTC-I 9 1 2' x 1 2" floor tite, beige with black
mastic
2606 SE comer 3% lotal, maslic 0%, tile 3% Chrysotile
wMc7a4't CT{8 2'x 2' ceiling tile, €ndom dot and
fssura pattem
2701 7'hom W wall6' trom S
wMc78-48 2609 2 trom N wall ? from W
Page 4 of E
CT49 2'x 2' cailing iite, random dot and
fissure patem
SAMPLE LOG
WMC78-49 CT-10 2' x Z caiting tite, random gBuge 260g 1, fmm S wall 4 tmm W NAO
DAtlem
WMC78-50 FIC-2} 1T x t ? ftoor tite, whit8 with grsy 2650 NW com€r
chips with blacl mastic
WMC76-51 CTnl l'x 1'ceiling tib, Iough texture 2650 2, hom W wa 6,from N NAD
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WMC78-52 SVF.Os Viny flooring, grey with blue and 24Og NW comer
white c ps with grey backir€ and
adhssivo
WMC78-53 LF{1 2 x ? tinoleum, be(l€ with snl8[ Bathroom SE comer
squsre pattem with backing and
adhesive
WMC78€4 CDW-025/8" white drywallwith mud 2502 E watt4'up 8'from N <o.tyo totat, mud 0.s%, R Cr t.2s% mud.
0-01% btal
WMC78-55 COW-01 5/8' whitr drywaltwilh mud 1SO2 W wal 5 from N 1,abov NAD
WMC78-56 FfC-?1 12" xlt noo| tts, dark tan with 1711 SW comerye o/ and brown slreaks with Uack
rmalic
l% lotal, mastic 7%, tile l% ChryEotil€, Pt
Ct 0.5Yo lile 0.4% tolal
WMC78-57 CT-12 2'x 4'c6iting tits, ra.dom guage and 23'J1 lo.fto.n W wdl ,|3'ftom NAD
dot oanerrl
WMC78'5E LF 02 Lindeum, red pebbled pattem 2333 NW comer 26.3% brat, fett bding 7sol6, tite
0%Chry60lIeI
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WMC78-59 FfQ-22 't2' x 1/ nw tits, off white wilh grey SO W Bide of door iam NAD
citD6 with adhesiv€
WMC78-60 CT-13 t' x 1' csiting tite, snow flak€ patt€m, Z0O5 1, from N wall 4 hom W NAD
with adhesive
WMC7B41 MF-01 Engine g€nerator muffler insulation 2OO7 S end of mutflef NAD
wMc78S2 BFl42 goilerflus insulation with canvas 2006 Nflue
wra9
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WMC78€3 SVF-O6 Vinyl flooring, ofi white wlth hn and tSO2 SE comer
grey pafl€m with sdhesive
Page 5 of I
yvNlcS6
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SAMPLE LOG
Building
SA''PLE {
V1MC86 Vail Valley
,TATER'AL CODE AND DESCR'PNON
Medical Center 1986
SAIiPLE LOCAzON (Room and Lor-l ANALrYICAL RESIJLI
Assurned BFl4l Metal bdler and hot water heabr
Rues metalbestes
Assumed
Assumed BUR{1 Built up ]oof, rubber msmbr8ne Assumed
Assumed CDW-02Orywall ceilings AEsumed
wMc6€41 CDW41 t6' drywall with mud 80001 SW com€r ot room gbov
wMc8642 BBA-01 Light tan baseboard adhesi\€80001 NW cor€r
wMc8843 CT-01 2' x 4' ceiling tile, latitudinel fissure
random dot pattem
80001 SW comer of room
WMCE6{4 CA.OI Tan carDet sdhesive 80002 W side ot door jam
wMc86{5 SOF-ol Gl€y sp|ay on fiIgpmofng 3122 3'fiom N 3'from Eabov
wMc8646 MS-01 Red fir66top r|aterial BOO02 E wall 1' abov6 ceiling til
wMc8847 MS.O2 Grey ducl seam sealant B00OS 2'tmm N 6'from W 5' uo
wMc86{8 MS.o3 White sealant on fiber9las6 TSI
seams
B0OOS 12'from N 25 trom W
wMc88{9 Pl-01 Black tar imprenat€d Epooge tike
inaulation
80007 1'ftom S 8'ftom E 4'uD
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wMc86-10 GM4l White lvoven rope gasket mat€nal 80007 On S side ol bdler 68% Chrsolile
wMcE6-11 MA-01 Black mastic on raised floor legs 80012 7'trom N 4'fromW
wMc86-12 FTC-01 12' x l? floor tile, ofr white with tan
€hips and adhesi\€
80021 At Ewall4 from S
wMcE6-13 CT42 2'x 4'csiling tile, drywallwith vlnyl
covenng
80021 4'from S 6'trom E
wMc86-14 SVF4'I Vinyl Rooring, tight ye ow and grey
p€bbled pattem wilh grey btt back
and adhesive
80014 At N wsll 5 from W wall
wMc86-15 CT43 2' x 4'c€iling tit6, .andom dot am
fissure Daflem
B0O'I5A 4' hom N 6'trcm W
wMcE6-16 CT-O,I 2' x 4 cailing tite, recessed i, x 1 '
patlem wif| random tissuros and dols
80023 1'ftom E 8'from S
wMc86-17 CT-05 2 x 2'ceiling til6, panatetwftte
ribbed pattem
1802 ,l' ftom W 12' tmm N
wMc86-18 CT-06 2' x 2' c€iling tile, recessed, texturod
0aRem
Hall C 4'lrom W elevator wall9
wMc86-19 CT.07 2'x 2 ceiling tile, recessed, random
dol and fissure D6tbm
1003 At w wall above door 3't
wMcE6-20 FTC{z 1? x 1? floor tib, grey with whfte,
yellow, Ied chips with adhesive
1822 SW comer
wMc86-21 SVF.O2 Vinyl flooring, grey pebued pattern
wath gr€y backing and adhesive
1809 N side otdooriam
wMc86.22 COW-015/8' dr),watl with mud 1807 E wall I'abo\re ceiling til
Page 6 of E
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wMc8a24 SOF-01 Grey sp.ay on fireprcoling 80002 6'ftom W 10'fiom N
I WMC8G26 SVF43 Vinyl ffooring, rose pebbled pattern
with grey backing and adhesive
2610 NE comer b€hind door
wMc8c27 CDW-01 5/8" dr)^^,all with mud 2843 Wwall 1'abo\€ ceiling ll
I wMc80.28 FTC43 lf x 1Z foor lile, gr€y with white
and dark green drips with blacl
masuc
31?5 NW mmer
wMcE6-29 SOF41 clBy spray on freploofing 1206 6' trcm N 20'to|n W aboIWMCE&30 FTC{4 1Z x 12' noo. tih, tigm bhJe witl
dark blue and whit'e chios
3121 t.|W com€r behnd door
I wMc8631 SVF{4 Vinyl flooring, T6n pebbted pattem
with adh6si\,/e
HsllM At E end on W sidEotd
wMc86-32 FTC.O5 17 x 17 nocr tib, lan wilh grey
andwhile chips with adt|eii\€
3034 AtWwa[ d lrom S
t wMc86-33 CT4E 2'x Z ceiling tile, r€cessed. panalel
nanow ribbed oatem
1002 SE corner
wMc86.34 CDW43Drywall 1986 Ext Ext entry way,6' ftom EtwMc86-35 RG{'l Rope gasket on incinerator EXT Incineraior door
wMc8636 R8.01 Retrac{ant brick trom incinaraior EXT Incinerato.intedortWMCE&37 RF41 &o!Yn roofng Ht Roof W pe.ak N erd
wMcE6-36 RF-02 Black looffng f€lt Roof W oeakN qdtwMc86-39 RSGO1 Light brorvn asphalt root shingte Roof W Deak N end
wMc86{0 RSG42 Dark brom asphalt .oot shingle Roof W peak N end
Roof WpeakNendWMC86.4l TP{t Tar papert
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SAMPLE LOG
Building
SA'TPLE *
WIvtC9O Vail Valley
MAIER'AL CODE AND DESCR,PNON
Medical Center 1990
SAMPLE LOCAON Room an l Lel ANALTyTCAL RESIJLT
Assurned BUR{I Built up rool rubber rnernbrane A6sumedIwMc90{1 CDW41 Whit€ dry$rall with mud, otf white
oarnt
80402 Center ofW wa 2'uo fi
I wMc90{2 MS.01 Grey sealant on duct sealls 80402 4 hom W wall2'fron N
wMc90{3 CT-OI Z x 2'ceiling tile HallA Abo/e doonvay to Rm B
wMc90{4 FTC41 12" x 12 gr€€n ftoor tite Hall A In dooMay to Rm 80402IwMc9&05 FfC42 1T x 17 qaan/brown Roor til6 with
maslic
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wMc90-07 BBA{2 4' y€lbw bassboard with tan
adhesive
B0Zt2 N wall 1'ftomWwall
I WMC9O4E BBA-03 4" mauve baseboord with tan
adh€8lvs
80205 N t^€ll 1' ftom W wall
wMc9049 CT-02 2'x 2'r€ces6ed ceiling tile 80302 6' trDm W $rall 15'fro{TltwMc90.10 CA41 Yellow carpet adhesive 80301 SE comer of toom
wMc90-11 MS{2 White seatant on fibergtass TSI 80303 Abow ceiling 5'tmm SIwMc90.12 CT43 2'x 4'c€iling til€, tatitudlnat, no
fisures
80303 4' f|om S wall 6' trcm W
wMc90-13 SOF{1 Spray on fireproofing on beams 80407 N wall4'from W wall
wMc€o-l4 CT44 1'x 1' ceiling tile in spline 80106 3'ftom E wall 8 trom S
BO10O Cenler of E wallwMcgon5SVF.OI GIey sheet vinyl with adhesi\€
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BULK SAMPLE ANALYSIS RESULTS
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I DCM Science Laboratory, Inc.
12421 W .49th Avenue, Unit #6
Wheal Ridge, CO E0033
DCM Proi:ct No.: WESE 2164
Client Job No.: 475M10
Bulk Sample Analysis
BULK SAMPLE ANALYSIS PROCEDURES:l'rrt ^
DCM Science Laboratory, Inc. analyzes bulk asbestos samples following procedures developed by the
Mccrone Research Institute end in compliance wllh guidelines established by the Environmental Protection
Agency (EPA€oo/R-9V1 1 6, July, 1993).
Bulk samples are prepared for analysis using a 10X-80X stereo microscope in a hepa filter hood which
provides a contamination-free environment. The sample is then analyzed by polarized light microscopy
(PLM) at 100X. When the sample consists of more than one layer, each layer is piepared and analyzed
separately. Fiber and matrix materials are identified by the characterization of optical properties including
color and pleochrorism, form, cleavage, reliel birefringence, extinction, orienlation, twinning, interference
figure and other distinguishing features. Dispersion staining is also used to fudher aid in mineral
identification. All percentages ofasbeslos, otherfibers and non-fibrous conslituents are calculated from the
values obtained from the stereo and PLM microscopes analysis. ln-house and NIST slandards as well as a
chert prcpared by R.D. Tery and G.V. Chilinger for'The Joumal of Sedimentary Petrology', (Volume 24, pp.
22r2U, 1955) provide a guide for estimating percentages. All samples are archived for six months unless
other anangemenls are made by the client.
AGCREDITATION:
DCMSL is accredited by the AIHA (since 1gEO). Our accreditation number is 305. DCMSL is accredited by
NVLAP (since April 1, 19E9). Our NVLAP Lab Code is 101ZSE.
ENDORSEMENT:
The resuhs of this analysis must not be used by the client to claim endoF€ment by NVUP or any agency of
the U.S. Governmenl.
This test report relates only to the items tested. This repon may not be reproduced except in full, wilhout
the written approval of the laboratory. The analysis was performed by :
Ron Schoft
L-1-ot
Ron Schott
Laboratory DiFclor
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12421 W.49th Avenue, Unit #6
Wheat Ridge, CO 80033
I'CM Pioject No.: WESE 2165
Client Job l{o.: 4750-010
Bulk Sample Analysis
BULK SAMPLE ANALYSIS PRoGEDURES3 Page Aot A
DCM Science Laboratory, Inc. analyzes bulk asbestos samples following procedures developed by the
McCrone Research Institute and in compliance with guidelines established by the Environmental Protection
Agency (EPA-600/R-9y1 I 6, July, 1 993).
Bulk samples are prepared for analysis using a 10X-80X stereo microscope in a hepe filter hood which
provides a contaminalion-free environment. The sample is then analyzed by polarized light microscopy
(PLM) at 100X. When the sample consists of more lhan one layer, each layer is prepared and analyzecl
separately. Fiber and matrix materials are identified by the characterization of opticel properties including
color and pleochrorism, form, cleavage, relief, birefringence, extindion, orientation, twinning, interference
figure and other distinguishing features. Dispersion staining is also used to further aid in mineral
identification. All percentages of asbestos, other fibers and non-fibrous constiluents are calculated fmm the
values obtained from the stereo and PLM microscopes analysis. ln-house and NIST standards as well as a
chart prepared by R.D. Terry and G.V. Chilingerfor'The Joumal of Sedimentary Petrology", (Volume 24, pp.
229234., 1955) provide a guide for es{imeting percentages. All samples are archived for six months unless
olher anangements are made by the client.
ACCREDITAT]ON:
PCMS_L is accredited by the AIHA (since 1986). Our accreditation number is 305. DCMSL is accredited by
NVLAP (since April 1 , 1 gEg). Our NVt-Ap Lab Code is 101256.
ENDORSEMENT:
The results of fhis analysis must not be usecl by the client to claim endorsement by NVLAP or any agency of
the U.S. Government.
This test report relates only to the ilems tested. This report may not be reproduced except in full, without
the written approval of the laboratory. The analysis was pefformed by :
John Silvrrman, AnalFt Ron Schott
2 --\ -[r1
Ron Schoft
LaboGtory Director
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DGM Science Laboratory, Inc.
12421 W. 49th Avenue, Unit #6
Wheat Ridge, cO 80033
DCM Proiect No.: WESE 2166
clienl Job No.: 4750-010
Bulk Sample Analysis
BULK SAMPLE ANALYSIS PROCEDURES; P"g"-A.T_3
DCM Science Laboratory, Inc. analyzes bulk asbestos samples following procedures developed by the
Mccrone Research Institute and in compliance with guidelines eslablished by the Environmental Prolection
Agency (EPA-600/R-93/1 16, July, I 993).
Bulk samples are prepared for analysis using a 10X-80X stereo microscope in a hepa filter hood which
provides a contamination-free environment. The sample is then analyzed by polarized light microscopJ
(PLM) 8t 100X. When the sample consists of more than one layer, each layer is prepared and analyzed
separately. Fiber and matrix materials are identified by the characterization of optical properties including
color and pleochrorivn, form, cleavage, relief, birefringence, extincfion, orientalion, twinning, interference
figure and other dislinguishing features. Dispersion staining is also used to further aid in mineral
identification. All percentages of asbestos, other fibers and non-fibrous consituents are calculated from the
values obtained from the stereo and PLM microscopes analysis. In-house and NIST standards as well as a
chart prepared by R.D. Terry and G.V. Chilinger for'Tne Joumal of Sedimentary Petrology', (Volume 24, pp.
229-234, 1955) provide a guide for estimating percentages. All samples are archived for six months unless
other arangements are made by the client.
ACCREDITATION:
DCMSL is accredited by lhe AIFIA (since 1986). Our accreditation number is 305. DCMSL is accredited by
NVLAP (since April 1, 1989). Our NVLAp Lab Code is 1O12SE.
ENDORSEMENT:
The results of this analysis musl nol be used by the client to claim endorsement by NVLAP or any agency of
the U.S. Govemment.
This tesl report relates only io the items tested. This report may not be reproduced except in full, without
the written approval of the laboratory. The analysis was performed by :
Ron Schott
^-1
-OI
Ron Schoft
Laboratory Director
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12421 W.49th Avenue, Unit #6
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DCM Proiect No.: WESE 2167
clior Job lJo.: 479L010
Bulk Sample Analysis
BULK SAMPLE ANALYSIS PROCEDURES:* ora
DCM Science Laboratory, Inc. analyzes bulk asbestos samples following procedures developed by the
Mccrone Research Institule and in compllance with guidelines established by the Environmental Protection
Agency (EPA-600/R-93/1 16, July, 1993).
Bulk samples are prepared for analysis using a 10X-80X slereo microscope in a hepa filter hood which
provides a conlamination-free environment. The sample is then analyzed by polarized light microscopy
(PLM) at 100X. When the sample consists of more than one layer, each layer is prepared and analyzed
separately. Fiber and metrix materials are identified by the characterization of optical properties including
color and pleochrorism, form, cleavage, relief, birefringence, extinction, orientation, twinning, interference
figure and other distinguishing features. Dispersion staining is also used to further aid in mineral
identification. All percentages of asbestos, olher fibers and non-fibrous constituents are calculated from the
values obtained from the stereo and PLM microscopes analysis. In-house and NIST standards as well as a
chart prepared by R.D. Terry and G.V. Chilinger for'The Journal of Sedimentary Pelrology', (Volume 24, pp.
229-234,1955) provide a guide for estimating percentages. All samples are archived for six months unless
other anangements are made by the client.
ACCREDITATION:
DCMSL is accredited by the AIHA (since 1986). Our accredilation number is 305. DCMSL is accredited by
NVTAP (since April 1, 19Eg). Our NVLAP Lab Code is 1O12SE.
ENDORSEMENT:
The results of this analysis must not be used by the client to claim endorsement by NVLAP or any agency of
the U.S. Govemment.
This test report reletes only to the items tested. This report may not be reproduced except in full, without
the written approval of the laboralory. The analysis was performed by :
John Silverman. Anah6t Ron Schott
Ron Schoft
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BULK SAMPLE ANALYSTS PROCEDURES: PA9E } Of2
DCM Science Laboratory, Inc. analyzes bulk asbestos samples following procedures developed by the
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Agency (EPA-600/R-991 16, July, 1 993).
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figure and other distinguishing features. Dispersion staining is also used to further aid in mineral
identification. All percentagas of asbestos, other fibers and non-fibrous constituerils are calculated from the
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chart prepared by R.D. Terry and G.V. Chilinger for "The Joumal of Sedimentary Petrology', (Volume 2,t, pp.
229-234, 1955) provide a guide for estimating percentages. All samples are archived for six months unless
other anangemenls are made by the client.
AGGREDITATION:
DCMSL is accredited by the AIHA (since 1966). Our accreditation number is 305. DCMSL is accredited by
NVLAP (since April 1, 1989). Our NVLAP Lab Code is 101258.
ENDORSEMENT:
The results of this analysis musl not be used by the client to claim endorsement by NVISP or any agency of
the U.S. Govemment.
This test report relates only to the items tested. This report may not be reproduced except in full, without
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Laboratory Diructor
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Agency (EPA-600/R-93/1 I 6, July, 1 993).
Bulk samples are prepared for analysis using a 10X-60X stereo microscope in a hepa filter hood which
provides a contaminalion-free environment. The sample is lhen analyzed by polerlzed light microscopy
(PLM) at 100X. When the sample consisls of more than one layer, each layer is prepared and analyzed
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color and pleochrorism, form, cleavage, relief, birefringence, e)dinction, orientation, twinning, interference
figure and other distinguishing features. Dispersion staining is also used to further aid in mineral
identification. All percentages of asbeslos, otherfibers and non-tibrous constiluents are calculated from the
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charl prepared by R.D. Terry and G.V. Chilinger for "The Joumal of Sedimentary Petrology'', (Volume 24, pp.
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other anangements are made by the client.
AGCREDITATION:
DCMSL is accrediled by the AIHA (since 1966). Our accreditation number is 305. DCMSL is accredited by
NVLAP (since April 1, 1969). Our NVLAP Lab Code is 101258.
ENDORSEMENT:
The results of this analysis must not be used by the client to claim endorsement by NVLAP or any agency of
the U.S. Govemment.
This test report relates only to lhe items tested. This report may not be reproduced except in full, without
lhe written approval of the laboratory. The analysis was performed by :
Ron Schrit
Ron Schott
Laborefrory Dlrcc,tor
Roberl Wagner, Analyst
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12421 W.49th Avenue, Unit #6
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DGM Proiect No.: WESE 2170
Client Job No.: 475M10
Bulk Sample Analysis
BULKSAMPLEANALYSISPROGEDURES: Eage}- ot}
DCM Science Laboratory, lnc. analyzes bulk asbestos samples following procedures developed by the
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Agency (EPA-600/R-9V1 16, July, 1 993).
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provides a contamination-free environment. The sample is then analyzed by polarized light microscopy
(PLM) at 100X. When the sample consisG of more lhan one layer, each layer is prepared and analyzed
separately. Fiber and matrix materials are identified by the chaac{erization of optical properties including
color and pleochrorism, form, cleavage, relief, birefringence, extinction, orientation, twinning, interference
figure and other distinguishing features. Dispersion staining is also used to further aid in mineral
identification. All percentages of asbestos, other fibers and non-fibrous constituents are calculated from the
values obtained from the stereo and PLM microscopes analysis. In-house and NIST standards as well as a
chart prepared by R.D. Terry and G.V. Chilinger for'The Joumal of Sedimenlary Petrology'', (Volume 24, pp.
229-234, 1955) provide a guide for estimating percentages. All samples are archived for six monlhs unless
other affangements 8re made by the client.
AGCREDITATION:
DCMSL is eccredited by the AIHA (since 19E6). Our accreditation number is 305. DCMSL is accredited by
NVLAP (since April 1 , 1 989). Our NVLAP Lab Code is i 012SB.
ENDORSEMENT:
The results of this analysis must not be used by the client !o claim endorsemenl by NVI-AP or any agency of
the U.S. Government.
This test report relales only to the items teSed. This report may not be reproduced except in full, without
the wriften approval of the leboratory. The analysis was performed by :
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client Job No.: 475S010
Bulk Sample Analysis
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DCM Science Laboratory, Inc. analfzes bulk asbestos samples following procedures developed by the
Mccrone Research Institute and in compliance with guidelines established by the Environmental Protection
Agency (EPA-600/R-93/1 1 6, July, 1 993).
Bulk samples are prepared for analysis using a 10X-80X stereo microscope in a hepa filter hood which
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(PLM) at 100X. When the sample consists of more than one layer, each layer is prepared and analyzed
separately. Fiber and matrix materials are identitied by the characterization of optical properties including
color and pleochrorism, form, cleavage, reliel birefringence, extinciion, orienlation, twinning, interference
figure and other distinguishing features. Dispersion staining is also used to further aid in mineral
idenlification. All percentages of asbestos, other fibers and non-fibrous constituents are calculaled from the
values obtained from the stereo and PLM microscopes analysis. In-house and NIST standads as well as a
chart prepared by R.D. Terry and G.V. Chilinger for "The Joumal of Sedimentary Petrology", (Volume 24, pp.
229-234,1955) provide a guide for estimating percentages. All samples are archived for six months unless
other arrangements are made by the client.
ACCREDITATION:
DCMSL is accredited by the AIHA (since 1986). Our accreditation number is 305. DCMSL is accredited by
NVLAP (since April 1, 19E9). OUTNVLAP Lab Gode is 101258.
ENDORSEMENT:
The results of this analysis must not be used by the client to claim endorsement by NVLAP or any agency of
the U.S. Government.
This tesl report relates only to the items tested. This report may not be reproduced except in full, without
the written approval of the laboratory. The analysis was performed by :
Ron Schott
Ron Schoft
Labordory Dirlclor
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12421 W.49th Avenue, Unit #6
Wheat Ridge, CO 80033
.tlCM Project No.: WESE 2153
Client Job No.: 4750-010
Bulk Sample Analysis
BULKSAMPLEANALYSISPROCEDURES; P"g" IOf ?.
DCM Science Laboratory, lnc. analyzes bulk asbeslos samples following procedures developed by the
McCrone Research Institute and in compliance with guid€lines established by the Environmental Protestion
Agency (EPA-600/R-93/1 1 6, July, 1 993).
Bulk samples are prepared for analysis using a 10X-80X stereo microscope in a hepa filier hood which
provides a conlamination-free environment. The sample is then analyzed by polarized light microscopy
(PLM) at 100X. When lhe sample consists of more than one layer, each layer is prepared and analyzed
separately. Fiber and matrix materials are id€ntified by the characlerization of optical properties including
color and pleochrorism, form, cleavage, relief, birefringence, extinction, orientation, twinning, interference
figure and other distinguishing features. Dispersion staining is also used to further aid in mineral
identification. All percentages of asbestos, other fibers and non-fibrous constituents are calculated from the
values obtained from the stereo and PLM microscopes analysis. In-house and NIST standards as well as a
chart prepared by R.D. Terry and G.V. Chilinger for'The Joumal of Sedimentary Petrology", (Volume 24, pp.
229-234, 1955) provide a guide for estimating percentages. All samples are archived for six monlhs unless
other anangements are made by lhe client.
AGCREDITATION:
DCMSL is accredited by the AIHA (since 19E6). Our eccreditation number is 305. DCMSL is accredited by
NVIAP (since April 1, 1989). Our NVllp Lab Code is 101258.
ENDORSEMENT:
The results of this analysis must not be used by the client tp claim endorsement by NVLAP or any agency of
the U.S. Govemment.
This test report relates only to the items testect. This report may not be reproduced except in full, without
the written approval of the laboratory. The analysis was performed by :
John Silverman, At6lyEt Ron Schot
Ron Schott
Laborato.y Diector
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12421 W.49th Avenue, Unit #6
Wheat Ridge, CO 80033
DcM Projecl No.: WESE 2154
Client Job No.: 475C010
Bulk Sample Analysis
BULKSAMPLEANALYSEPROCEDURES: Eage }of 2
DCM Science Laboratory, Inc. analyzes butk asbestos samples following procedures developed by lhe
Mccrone Research Institute and in compliance with guidelines established by the Environmental Protection
Agency (EPA-600/R-93/1 1 6, July, 1 993).
Bulk samples are prepared for analysis using a 10X-80X stereo microscope in a hepa filter hood which
provides a contamination-free environment. The sample is then analyzed by polarized light microscopy
(PLM) at 100X. When the sample consists of more than one layer, each layer is prepared and analfzed
separately. Fiber and matrix materials are identified by the characterization of optical properties including
color and pleochrorism, form, cleavage, relief, birefringence, extinction, orientation, twinning, inlerference
figure and other distinguishing features. Dispersion staining is also used to further aid in mineral
identification. All percentages of asbestos, other fibers and non-fibrous constituents are calculated from the
values obtained from the stereo and PLM microscopes analysis. ln-house and NIST standards as well as a
chart prepared by R.D. Terry and G.V. Chilinger for "The Journal of Sedimentary Petrology', (Volume 24, pp.
229'234, 1955) provide a guide for estimating percenteges. All samples are archived for six months unless
other anangements are made by the client.
ACCREDITATION:
DCMSL is accredited by the AIHA (since 1986). Our accreditation number is 305. DCMSL is accredited by
NVTAP (since April 1, 1989). Our NVLAP Lab Code is 101258.
ENDORSEMENT:
The results of this analysis must not be used by the client to claim endosement by NVLAP or any agency of
the U.S. Govemment.
This test report relales only to the items tested. This report may not be reproduced except in full, without
the written approval of the laboratory. The analysis was performed by :
Ron Schon .
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12421 W.49th Avenue, Unit #6
Wheat Ridge, CO 80033
I)CM Projcct !,1o.: WESE 2155
Clie.nt Job o.: 475G010
Bulk Sample Analysas
BULK SAMPLE ANALYSIS PROCEDURES; PAgC }OT A
DCM Science Laboratory, Inc. analyzes bulk asbestos samples following procedures developed by the
McCrone Research Institute and in compliance with guidelines established by the Environmental Protection
Agency (EPA-600/R-93/1 16, July, 1 993).
Bulk samples are prepared for analysis using a 10X-80X slereo microscope in a hepa filter hood which
provicles a contamination-free environmenl. The sample islhen analyzed by polarized light microscopy
(PLM) at'100X. When the sample consists of morc than one layer, each layer is prepared and analfzed
separately. Fiber end matrix materials are identified by the characterization of optical properlies including
color and pleochrorism, form, cleavage, relief, birefringence, extinction, orientalion, twinning, interference
figure and other distinguishing features. Dispersion staining is also used to further aid in mineral
identiflcation. All percentages of asbestos, other fibers and non-fibrous constiluenls are calculated from the
values obtained from the stereo and PLM microscopes analysis. In-house and NIST standards as well as a
chart prepared by R.D. Terry and G.V. Chilinger for "The Joumal of Sedimentary Petrology", (Volume 24, pp.
229-234,1955) provide a guide for estimating percenlages. All samples are archived for six months unless
other anangements are made by the client.
ACCREDITATION:
PIMSL is accrediled by the AIHA (since 1986). Our accreditation number is 305. DCMSL is accredited by
NVLAP (since April 1, 19Eg). Our NVLAp Lab Code is 101258.
ENDORSEMENT:
The results of this analysis must not be used by the client to claim endosement by NVLAP or any agency of
the U.S. Govemment.
This test report relates only to the items tested. This reporl may not be reproduced except in full, without
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12421 W.49th Avenue. Unit #6
Wheet Ridge, cO 80033
DCM Proiect No.: WESE 2156
Client Job No.: 475&010
Bulk Sample Analysis
BULK SAMPLE ANALYSTS PROGEDURES: EAgE-AdJ
DCM Science Laboratory, Inc. analyzes bulk asbestos samples following procedures developed by the
Mccrone Research Institute and in compliance with guidelines established by the Environmental Protec{ion
Agency (EPA-600/R-93/1 16, July, 1993).
Bulk samples are prepared for analysis using a 10X-80X stereo microscope in a hepa filter hood which
provicles a contamination-free environment. The sample is then analyzed by polarized light microscopy
(PLM) al 100X. \tVhen the sample consists of more lhan one layer, each layer is prepered and analyzed
separately. Fiber and matrix materials are identifiecl by the characterizalion of optical properties including
color and pleochrorism, form, cleavage, retief, birefringence, extinction, orientation, twinning, inlerference
figure and other distinguishing features. Dispersion staining is also used to further aid in mineral
identification. All percenteges of asbestos, other fibers and non-fibrous constituents are calculated from the
values obtained from the stereo and PLM microscopes analysis. ln-house and NIST standards as well as a
chart prepared by R.D. Terry and G.V. Chilinger for "The Joumal of Sedimentary Petrology", (Volume 24, pp.
229-234, 1955) provide a guide for estimating percentages. All samples are archived forsix months unless'
other anangements are made by the client.
ACCREDITATION:
PIMS_L is accredited by the AIHA (since 1986). Our accreditation number is 305. DCMSL is accredited by
NVI-AP (since April 1, 1989). Our NVLAp Lab Code is 101258.
ENDORSEMENT:
The resulls of this analysis musl not be used by the client to claim endorsement by NVI-{p or any agency of
the U.S. Government.
This test report relales only to the items tested. This report may not be reproduced except in full, without
the written approval of the laboralory. The analysis was performed by :
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12421 W.49th Avenue, Unit #6
Wheat Ridge, CO 80033
I)c M Project t{o.: WESE 2157
Cllent Job No.: 4750410
Bulk Sample Analysis
BULK SAMPLE ANALYSIS PROCEDURES: Page-}ot .)
DCM Science Laboratory, Inc. analyzes bulk asbestos samples following procedures developed by the
Mccrone Research Institute and in compliance with guidelines established by the Environmenlal Protection
Agency (EPA-600/R-9V1 16, July, 1993).
Bulk samples are prepared for analysis using a 10X-80X stereo microscope in a hepa filter hood which
provides a contamination-free environment. The sample is then analyzed by polarized light microscopy
(PLM) at 100X. When the sample consists of more than one layer, each layer is prepared and analyzed
separately. Fiber and matrix materials are identitied by the characterization of opticel properties including
color and pleochrorism, form, cleavage, relief, birefringence, extinc{ion, orientation, twinning, interference
figure and other distinguishing features. Dispersion staining is also used to furlher aid in mineral
identification. All percentages of asbestos, other fibers and non-fibrous constituents are calculated from the
values obtained from the stereo and PLM microscopes analysis. ln-house and NIST standards as well as a
chart prepared by R.D. Terry and G.V. Chilinger for "The Joumal of Sedimentary Pelrology'', (Volume 24, pp.
229-234, 1955) provide a guide for eslimating percentages. All samples are archived for six months unless
other anangements are made by the client.
AGGREDITATION:
99MS] is accredited by the AIHA (since 19E6). our accreditation number is 305. DCMSL is accredited by
NVLAP (since April 1, 1989). Our NVLAP Lab Code is 101258.
ENDORSEMENT:
The results of ihis analysis must not be used by the ctient to claim endorsemenl by NVLAP or any agency of
the U.S. Govemment.
This test report relates only to the items tested. This repod may not be reproduced except in full, without
lhe written approval of the laboralory. The analysis was performed by :
Ron Schott
Ron Schoft
Laboratory Dircctor
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DGM Science Laboratory, lnc.
12421 W .49th Avenue, Unit #6
Wheal Ridge, CO 80033
DCM Proiecl No.: WESE 2158
Clicnt Job No.: 4750-010
Bulk Sample Analysis
BULK SAMPLE ANALYSIS PROCEDURES: P"g.--bT-3
DCM Science Laboratory, Inc. analyzes bulk asbestos samples following procedures developed by the
Mcorone Research Institute and in compliance with guidelines established by the Environmental Protection
Agency (EPA-600/R-93/1 1 6, July, 1 993).
Bulk samples are prepared for analysis using a 10X-80X stereo microscope in a hepa filler hood which
provides a contamination-free environment. The sample is then analyzed by polarized light microscopy
(PLM) at 100X. When lhe sample consisis of more than one layer, each layer is prepared and analyzed
separately. Fiber and matrix malerials are identified by the characterization of optical properties including
color and pleochrorism, form, cleavage, relief, birefringence, extinction, orientation, twinning, interference
figure and other distinguishing features. Dispersion staining is also used to further aid in mineral
identification. All percentages of asbestos, other fibers and non-fibrous constituenls are calculated from the
values ohained from the stereo and PLM microscopes analysis. In-house and NIST slandads as well as a
chart prepared by R.D. Terry and G.V. Chilinger for "The Joumal of Sedimentary Petrology", (Volume 24, pp.
22*234, 1955) provide a guide for estimating percenlages. All samples are archived forsix months unless
other anangemenls are made by the client.
ACCREDITATION:
PQMSL is accrediled by the AIHA (since 1986). Our accredltation number is 305. DCMSL is accredited by
NVIAP (sinceApril 1, 1989). OurNVt-{p Lsb Code is 101258.
ENDORSEMENT:
The results of this analysis must not be used by the client to claim endorsement by NVLAP or any agency of
the U.S. covemmenl.
This test report relates only to the items lested. This repofi may not be reproduced except in full, without
the written approval of the laboratory. The analysis was performed by :
Ron Schot
Ron Schoft
Laboratory Direcbr
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DGM Science Laboratory, Inc.
12421 W.49th Avenue, Unit #6
Wheat Ridge, CO E0033
DCM Ptoject No.: WESE 2159
Client Job No.: 4750-010
Bulk Sample Analysis
BULKSAMPLEANALYSIS PROGEDURES: Page-Zot -L
DCM Science Laboratory, Inc. analyzes bulk asbestos samples following procedures developed by the
Mccrone Research Institute and in compliance with guidelines established by the Environmenlal Prolection
Agency (EPA-600/R-93/1 16, July, 1 993).
Bulk samples are prepared for enalysis using a 'l0X-80X stereo microscope in a hepa filter hood which
provides a conleminalion-free environment. The sample is then anelyzed by polarized light microscopy
(PLM) al 100X. When the sample consists of more than one layer, each layer is prepared and analyzed
separately. Fiber and matrix materials are identified by the characterization of optical properties including
color and pleochrorism, form, cleavage, relief, birefringence, e)fiinction, odentation, twinning, interference
figure and other distinguishing features. Dispersion staining is also used lo further aid in mineral
identification. All percentages of asbestos, other fibers and non-fibrous constituents are calculated from the
values obtained from the stereo and PLM microscopes analysis. In-house and NIST standards as well as a
9!an prepared by R.D. Terry and G.V. Chilinger for'The Joumal of Sedimentary Petrology", (Volume 24, pp.
229-234, 1955) provide a guide for estimating percentages. All samples are archived for six months unless
other anangements are made by the client.
ACCREDITATION:
DCMS_L is accredited by the AIHA (since 1986). Our accreditation number is 305. DCMSL is accredited by
NVLAP (since April 1, 1989). Our NVLAP Lab Code is 1012S8.
ENDORSEMENT:
The resulls of this analysis must not be used by the client to claim endorsement by NVLAP or any agency of
the U.S. Govemment.
This test reporl relales only to the items tested. This report may not be reproduced except in full, without
the written approval of the laboratory. The analysis was performed by :
Ron Schott
Ron Schott
Laboratory Diredor
Robert Wagner, Analyst
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DCM Science Laboratory, Inc.
12421 W.49th Avenue, Unit#6
Wheat Ridge, CO 80033
DCM Project No.: WESE 2160
Clisnt Job ltlo,: 4750{10
Bulk Sample Analysis
BULK SAMPLE ANALYSIS PROCEDURES: P"g"_ZDT_}
DCM Science Laboratory, Inc. analyzes bulk asbestos samples following procedures developed by the
McCrone Research Institule and in compliance with guidelines established by the Envimnmental Protection
Agency (EPA-600/R-93/1 16, July, 1 993).
Bulk samples are prepared for analysis using a 10X-E0X stereo microscope in a hepa filter hood which
provides a contamination-free environment. The sample is then analyzed by polarized light microscopy
(PLM) at 100X. When the sample consists of more than one layer, each layer is prepared and analyzed
separalely. Fiber and matrix malerials are identified by ihe characterization of oplical properties including
color and pleochrorism, form, cleavage, relief, birefringence, extinction, orientation, twinning, interference
figure and other distinguishing features. Dispersion staining is also used to further aid in mineral
identificetion. All percentages of asbestos, other fibers and non-fibrous constiluents are calculated from the
values obtainecl from the slereo and PLM microscopes analysis. In-house and NIST standards aswell as a
chart prepared by R.D. Terry and G.V. Chilingerfor The Joumal of Sedimentary Petrology", (Volume 24, pp.
229-234, 1955) provide a guide for estimating percentages. All samples are archived for six months unless
olher anangements are made by the clienl.
AGGREDITATION:
DCMSL is accredited by the AIHA (since '1986). Our accreditation number is 305. DCMSL is accredited by
NVLAP (since April 1, 1989). Our NVLAp Lab Code is 1O12gB.
ENDORSEMENT:
The results of this analysis must nol be used by the client to claim endorsement by NVLAP or any agency of
the U.S. Govemment.
This test report relates only to the ilems tested. This report may not be reproduced except in full, without
the written approval of the laboratory. The analysis was performed by :
Ron Schott
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12421 W.49th Avenue, Unit #6
Wheat Ridge, CO 80033
DCM Proiect lrlo.: WESE 2161
Claenl Job No.: 475M10
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Agency (EPA-600/R-93/1 1 6, July, 1 993).
Bulk samples are prepared for analysis using a 10X-60X stereo microscope in a hepa filter hood which
provides a conlamination-free environment. The sample is then analyzed by polarized light microscopy
(PLM) at 100X. When the sample consists of more than one layer, each layer is prepared and analyzed
separately. Fiber and matrix malerials are identified by the characterization of opticel properties including
color €nd pleochrorism, form, cleavage, relief, birefringence, extinction, odentation, twinning, interference
figure and other distinguishing features. Dispersion staining is also used to further aid in mineral
identification. All percentages of asbestos, other fibers end non-fibrous constituents are calculated from the
values obtained from the stereo and PLM microscopes analysis. In-house and NIST standards as well as a
chart prepared by R.D. Terry and G.V. Chilinger for "The Journal of Sedimeniary Petrology", (Votume 24, pp.
229-234,1955) provide a guide for estimating percenlages. All samples are erchived for six months unless
other anangements are made by the clienl.
ACCREDITATION:
DCMSL is accredited by the AIHA (since 1986). Our accreditation number is 305. DCMSL is accredited by
NVLAP (since April 1, 1989). Our NVLAP Lab Code is 101258.
ENDORSEMENT:
The results of this analpis musl not be used by the client to claim endorsement by NVLAP or any agency of
the U.S. Govemment.
This test report relates only to the items tested. This report may nol be reproduced excepl in full, without
the written approval of the laboratory. The analysis was performed by :
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12421 W.49th Avenue. Unit #6
Wheat Ridge, CO E0033
DGM Projecl No.: WESE 2162'
Client Job No.: 47504i0
Bulk Sample Analysis
BULK SAMPLE ANALYSIS PROCEDURES:
DCM Science Laboratory, Inc. analyzes bulk asbestos samples following procedures developed by the
McCrone Research Institute and in compliance with guidelines established by the Environmental Protection
Agency (EPA-600/R-S3/1 1 6, July, 1 993).
Bulk samples are prepared for analysis using a 10X-80X stereo microscope in a hepa liher hood which
provides a contamination-free environment. The sample is then analyied by polarized light microscopy
(PLM) at 100X. When the sample consists of more lhan one layer, each layer is prepared and analyzed
separately. Fiber and matrix materials are identified by the charac{erization of optical properties including
color and pleochrorism, form, cleavsge, relief, birefringence, extinction, orientation, twinning, intefference
figure and other distinguishing fealures. Dispersion staining is also used to further aid in mineral
identification. All percenlages of asbestos, otherfibers and non-fibrous constituents are calculated from lhe
values obtained from the stereo and PLM microscopes analysis. In-house and NIST standards as well as a
chart prepared by R.D. Terry and G.V. Chilinger for "The Joumal of Sedimentary Petrology", (Volume 24, pp.
22s'234,1955) provide a guide for estimating percentages. All samples are archived for six months unless
other anangements are made by the client.
ACCREDITATION:
DCMSL is accredited by the AIHA (since 1966). Our accreditation number is 305. DCMSL is accredited by
NVLAP (since April 1, 1989). Our NVt-{p Lab Code is i0125B.
ENDORSEMENT:
The results of this analysis must not be used by the client to claim endorsement by NVLAP or any agency of
the U.S. Govemment.
This test report relales only to the items tested, This report may not be reproduced except in full, without
the written approval of the laboratory. The analysis was performed by :
Ron Scholt
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12421 W.49th Avenue, Unit #6
Wheat Ridge, cO E0033
DCM Project No.: WESE 2163
Client Job No.: 4750{10
Bulk Sample Analysis
BULK SAMPLE ANALYSIS PROCEDURES; P3g" } oT-3
DcM Science Laboratory, Inc. analyzes bulk asbestos samples following procedures developed by the
McCrone Research lnstitute and in compliance wilh guidelines established by the Environmental Protection
Agency (EPA-600/R-93/1 1 6, Juty, 1993).
Bulk samples are prepared for analysis using a 10X-80X stereo microscope in a hepa filter hood which
provides a contamination-free environment. The sample is then analyzed by polarized light microscopy
(PLM) at 100X. When the sample consists of more lhan one layer, each layer is prepared and analyzed
sepafately. Fiber and malrix materials are identified by the characterization of optical properties including
color and pleochrorism, form, cleavage, relief, birefringence, extinction, orientation, twinning, interferencd
figure and other distinguishing features. Dispersion staining is also used to further aid in mineral
identification. All percentages of asbestos, other fibers and non-fibrous constiluents are calculated from the
values obtained from the stereo and PLM microscopes analysis. In-house and NIST standards as well as a
chart prepared by R.D. Teny and G.V. Chilinger for The Joumal of Sedimerilary Petrology", (Volume 24, pp.
229-234, 1955) provide a guide for estimating percentages. All samples are archived forsix months unless'
other anangements are made by the client.
ACCREDITATION:
99MS_L is accredited by the AIHA (since 1986). Our accredilation number is 305. DCMSL is accredited by
NVLAP (since April 1, 1989). Our NVtjp Lab Code is 1012FE.I
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The results of this analysis must not be used by the client to claim endorement by NVLAP or any agency of
the U.S. Government.
This tesl report relates only to the items lested. This report may not be reproduced except in full, without
the writlen approval of the laboratory. The analysis was performed by :
Ron Schott
A_1_c I
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Labo.atory Dlrector
Robert Wagner, Analst
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12421 W.49th Avenue, Unit #6
Wheat Ridge, CO 80033
DCM Proj€ct No.! WESE 2196
Client Job l,lo.: 475OO1O
Bulk Sample Analysis
BULK SAMPLE ANALYSIS PROCEDURES: Pase aot3
DGM Scierce Laboratory, Inc. analyzes bulk asbeslos samples follorruing procedures developed by the
Mccrone Research Institute and in compliance with guidelines established by the Environmenlal Protection
Agency (EPA-600/R-93/1 16, July, 1993).
Bulk samples are prepared for analysis using a 10X-EOX stereo microscope in a hepa filter hoocl which
provides a conlamination-free environment. The sample is then analyzed by polarized light microscopy
(PLM) at 100X. When the sample consists of more than one layer, etch tay-ei is prepareO and analyzei
sepanalely. Fiber and matrix materials are identified by the characterizEtion of opticel properties iniluding
color and pleochrorism, form, cleavage, relief, birefringence, eldinction, odentation, twinning, interferend
figure and other distinguishing features. Dispersion sliining is also used to further aid in mineral
identification. All percentages of asbestos, other fibers and non-fibrous constituents are calculated from the
values obtained from the stereo and PLM microscopes analysis. In-house and NIST standards as well as a
thart prepared by R.D. Terry and G.V. Chilinger for'The Joumat of Sedimentary petrology", (Volume 24, pp.
229-234' 1955) provide a guide for eslimating percentages. All samples are arcirived foisix months unlesl
other anangements are made by the client.
ACCREDITATION:
P.CMS_L is accredited by the AIHA (since 19E6). our accreditation number is 305. DCMSL is accredited byNVLAP (since April 1 , 1989). Our NVLAp Lab Code is 1 0125E.
ENDORSEMENT:
The. resuhs of this analysis must not be used by the client to claim endorsement by NVLAp or any agency ofthe U.S. Govemment.
This test report relates only to the items tested. This report may nol be reproduced except in full, withoutthe written approval of the laboratory. The analysis was performed by :
Ron Schott
9- - tz -o/
Ron Schott
Laboratory DiHnor
Robert Wagner, Anal)61
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DCM Science Laboratory, Inc.
1242'l W.49th Avenue, Unit #6
Wheat Ridge, CO 80033
IICM Project No.: WESE 2197
Glient Job No.: 475G010
Bulk Sample Analysis
BULK SAMPLE ANALYSIS PROCEDURES; P"g"-j}-OT_:-
DCM Science Laboratory, lnc. analyzes bulk asbestos samples following procedures developed by the
McCrone Research Institute and in compliance with guidelines established by lhe Environmental Protection
Agency (EPA-600/R-93/1 1 6, July, 1993).
Bulk samples are prepared for analysis using a 10X-E0X stereo microscope in a hepa filter hood which
provides a contamination-free environment. The sample is then analyzed by polarized light microscopy
(PLM) at 100X. When the sample consists of more than one layer, each layer is prepared and analyzed
separately. Fiber and matrix materials arc identified by the characterization of optical propenies including
color and pleochrorism, form, cleavage, relief, birefringence, extinc{ion, orientation, twinning, interference
figure and other distinguishing features. Dispersion staining is also used to further aid in mineral
identification. All percentages of asbestos, other fibers and non-fibrous constituents are calculated from the
values obtained from the stereo and PLM microscopes analysis. In-house and NIST standards as well as a
chart prepared by R.D. Terry and G.V. Chilinger for "The Joumal of Sedimentary Petrology", (Volume 24, pp.
229-234, 1955) provide a guide for eslimating percentages. All samples are archived for six months unless
other arrangements are made by the client.
ACGREDITATION:
DCMSL is accredited by the AIHA (since 1966). Our accreditation number is 305. DCMSL is accredited by
NVLAP (since April 1, 1989). Our NVLAP Lab Code is 1012SB.
ENDORSEMENT:
The results of this analysis must not be used by the client to claim endomement by NVI-AP or any agency of
the U.S. Government.
This tesl report relates only to the items tested. This report may not be reproduced except in full, without
the written approval of the laboratory. The analysis was performed by :
Ron Schott
Ron Schoft
Laboratory Dircclor
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12421 W.49th Avenue, Unit #6
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tlCM Proieci No,: WESE 2199
Cllent Job No.: 4750-010
Bulk Sample Analysis
BULK SAMPLE ANALYSIS PROCEDURES:+of +
DCM Science Laboretory, Inc. analyzes bulk asbestos semples following procedures developed by the
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Agency (EPA-600/R-93/1 1 6, July, 1 993).
Bulk samples are prepared for analysis using a 10X-80X slereo microscope in e hepa filter hood which
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(PLM) at 100X. When the sample consists of more than one layer, each layer is prepared and analyzed
separately. Fiber and matrix materials ere identified by lhe characierization of optical properties including
color and pleochrorism, form, cleavage, relief, birefringence, extinstion, orientation, twinning, interference
figure and other distinguishing features. Dispersion staining is also used to further aid in mineral
identification. All percentages of asbestos, other fibers and non-fibrous constituents are calculated from the
values obiained from the stereo and PLM microscopes analysis. In-house and NIST standards aswell as a'
thart prepared by R.D. Terry and G.V. Chilinger foi"The Joirmat of Sedimentary Petrology", (Votume 24, pp.
229'234, 1955) provide a guide for estimating percentages. All samples are archived for six monlhs unless
other arrangements are made by the client.
ACGREDITATION:
DCMSL is accredited by the AIHA (since 1986). Our accreditation number is 305. DCMSL is accredited by
NVLAP (since April 1, '1989). Our NVLAp Lab Code is i01258.
ENDORSEMENT:
The results of this analysis must not be used by the client to claim endorsemenl by NVLAP or any agency of
the U.S. Government.
This test report relates only to the items tested. This repoil may not be reproduced except in full, without
the written approval of the leboralory. The analysis was performed by :
Ron Schott
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12421 W.49th Avenue, Unit #6
Wheat Ridge, CO E0033
I,CM hoject No.: WESE 2200
Clhnt Job No.: 475G010
Bulk Sample Analysis
BULK SAMPLE ANALYSIS PROCEDURES: PAgE_}f_}
DCM Science Laboralory, Inc. analyzes bulk asbeslos samples following procedures developed by the
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Agency (EPA-600/R-93/1 16, July, 1 993).
Bulk samples are prepared for analysis using a 10X-80X stereo microscope in a hepa filter hood which
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seperately. Fiber and matrix materials are identified by the characterization of optical properties including
color and pleochrorism, form, cleavage, reliel birefringence, extinclion, orientation, twinning, interference
figure and other distinguishing features. Dispersion staining is also used to further aid in mineral
identification. All percentages of asbestos, other fibers and non-fibrous constituents are calculated from the
values obtained from the stereo and PLM microscopes analysis. In-house end NIST standards as well as a
chart prepared by R.D. Terry and G.V. Chilinger for The Joumal of Sedimentary Petrology", (Volume 24, pp.
229-234, 1955) provide a guide for estimating percentages. All samples are archived for six months unless
other anangements are made by the client.
ACCREDITATION:
DCMSL is accreditecl by the AIHA (since 1986). Our accreditalion number is 305. DCMSL is accredited by
NVI-AP (since April 1, 1gEg). Our NVt-Ap Lab Code is 1O12SE.
ENDORSEMENT:
The re_sults of this analysis must not be used by the client to claim endorsement by NVLqp or any agency of
the U.S. Govemment.
This test report relates only to the items tested. This report may not be reproduced except in full, wilhout
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Laboralory Dirsclor
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DCM Project No.: WESE 2201
Client Job No.: 4750-010
Bulk Sample Analysis
BULK SAMPLE ANALYSIS PROCEDURES: PAgE )'Of A
DCM Science Laboratory, Inc. analyzes bulk asbestos samples following procedures developed by the
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Agency (EPA-600/R-93/1 1 6, July, 1 993).
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color and pleochrorism, form, cleavage, relief, birefringence, e).tinction, orientation, twinning, interferencJ
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identification. All percentages of asbestos, other fibers and non-fibrous constiluents are calculated from the
values obtained from the slereo and PLM microscopes analysis. ln-house and NIST standads as well as a
chart prepared by R.D. Terry and G.V. Ghilinger for "The Joumal of Sedimentary Petrology", (Volume 24, pp.
229-234, 'l 955) provide a guide for estimating percentages. All samples are archived for six months unless
other anangements are made by the client.
ACCREDITATION:
PCMSL is accredited by the AIHA (since 1986). Our accreditation number is 305. DCMSL is accredited by
NVLAP (since Aprit 1, 1989). Our NVLAp Lab Code is 10.t258.
ENDORSEMENT:
The results of this analysis must not be used by the client lo claim endorsement by NVLAp or eny agency ofthe U.S. Govemmenl.
This tesl report relales only to the items tested. This report may not be reproduced except in full, without
the written approval of the laboratory. The analysis wai performeO by :
John Silverman, Analysi Ron Schotl
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DCM Science Laboratory, Inc.
12421 W.49lh Avenue, Unit #6
Wheat Ridge, CO 80033
DCM Project No.: WESE 2202
client Job No.: 4750-010
Bulk Sample Analysis
BULK SAMPLE ANALYSIS PROCEDURES: PAgE LOf 1
DCM Science Laboratory, Inc. analyzes bulk asbestos samples following procedures developed by the
Mccrone Research Institute and in compliance with guidelines established by the Environmental Protection
Agency (EPA-600/R-93/1 1 6, July, 1 993).
Bulk samples are prepared for analysis using a 10X-80X stereo microscope in a hepa filter hood which
provides a contamination-free environment. The sample is then analyzed by polarized light microscopy
(PLM) at 100X. When the sample consisls of more than one layer, each layer is prepared and analyzed
separately. Fiber and matrix materials are identified by the characterization of oplical properties including
color and pleochrorism, form, cleavage, relief, birefringence, extinc{ion, orientation, twinning, interference
figure and other distinguishing features. Dispersion staining is also used to further aid in mineral
identification. All percentages of asbestos, olher fibers and non-fibrous constituents are calculated from the
values obtained from lhe stereo and PLM microscopes analysis. In-house and NIST standards as well as a
chart prepared by R.D. Terry and G.V. Chilinger for'The Journal of Sedimentary Petrology", (Volume 24, pp.
229-234, 1955) provide a guide for estimating percentages. All samples are archived for six months unless
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ACGREDITATION:
99MS_L is accredited by the AIHA (sinc€ 1986). Our accreditation number is 305. DCMSL is accredited by
NVI-AP (since April 1, 1989). Our NVLAP Lab Code is 10125E.
ENDORSEMENT:
The results of this analysis must not be used by the client t9 claim endorsement by NVLAP or any agency of
the U.S. Govemment.
This tesl report relates only lo the items testecl. This report may not be reproduced except in full, without
the written approval of the laboretory. The analysis was performed by :
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Labor.tory Direclor
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'12421 W. 49th Avenue, Unit #6
Wheat Ridge, CO E0033
DCM Projsct t{o,: WESE 2203
ClientJobNo.: 4750-010
Bulk Sample Analysis
BULKSAMPLEANALYSIS PROCEDURES; P"g"_?oT_}
DCM Science Laboratory, Inc. analyzes bulk asbeslos semples following procedures developed by the
Mccrone Research Institute and in compliance with guidelines established by the Environmental Protection
Agency (EPA-600/R-93/1 16, July, 1 993).
Bulk samples are prepared for analysis using a 10X-80X stereo microscope in a hepa filter hood which
provides a contamination-free environment. The semple is then analyzed by polarized light microscopy
(PLM) at 100X. When the sample consists of more than one layer, each layer is prepared and analyzed
separately. Fiber and matrix materials are identified by the characterization of optical properties including
color and pleochrorism, form, cleavage, relief, birefringence, exinction, orientation, twinning, interference
figure and other distinguishing features. Dispersion staining is also used to further aid in mineral
idenlification. All percentages of asbestos, other fibers and non-fibrous constituents are calculaled from the
values obtained from the stereo and PLM microscopes analysis. ln-house and NIST standards as well as a
chart prepared by R.D. Terry and G.V. Chilinger for'The Joumal of Seclimentary Petrology", (Volume 24, pp.
229-234, 1955) provide a guide for estimating percentages. All samples are archived for six months unless
other anangements are made by the client.
ACCREDITATION:
Pgl\rsl- !s accredited by lhe AIHA (since 1986). Our accreditation number is 305. DCMSL is accredited by
NVLAP (since April 1 , 1 989). Our NVLAp Lab Code is 101258.
ENDORSEMENT:
The re_sults of this analysis must not be used by the client to claim endorsemenl by NVLAP or any agency of
the U.S. Govemmenl.
This test report relates only to the items tested. This report may not be reproduced except in full, without
the written approval of the laboratory. The analysis was performed by :
Ron Schot
Ron Schott
Laboralory Director
John Silverman, Analyst
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12421 W.49th Avenue, Unit #6
Wheat Ridge, CO 80033
DCM Project No.: WESE 2204
Client Job No.: 4750{10
Bulk Sample Analysis
BULK SAMPLE ANALYSIS PROCEDURES; PAgE TOTJ
DCM Science Laboratory, Inc. analyzes bulk asbestos semples following procedures developed by the
Mccrone Research Institute and in compliance with guidelines established by the Environmental Protection
Agency (EPA-600/R-93/1 1 6, July,'1993).
Bulk samples are prepared for analysis using a 10X-E0X stereo microscope in a hepa filter hood which
provides a contamination-free environment. The sample is lhen analyzed by polarized light microscopy
(PLM) at 100X. When the sample consists of more than one layer, each layer is prepared and analyzed
separately. Fiber and matrix materials are idenlified by the characterization of optical properties including
color and pleochrorism, form, cleavage, relief, birefringence, extinction, orienlation, twinning, interference
figure and other dislinguishing features. Dispersion staining is also usecl to further aid in mineral
identification. All percentages of asbestos, olher fibers and non-fibrous constituents are calculated from lhe
values obtained from the stereo and PLM microscopes analysis. In-house and NIST standards as well as a
9!art prepared by R.D. Terry and G.V. Chilinger for 'The Journal of Sedimentary Petrology', (Volume 24, pp.
229'234, 1955) provide a guide for estimating percentages. All samples are archived for six months unless
other anangemenls are made by the client.
ACGREDITATION:
PIMSL is accredited by the AIHA (since 1986). Our accreditation number is 305. DCMSL is accrectited by
NVLAP (since April 1 , 1 989). Our NVtAp Lab Code is 101258.
ENDORSEMENT;
The re_sults of this analysis must not be used by the client to claim endorsement by NVLAP or any agency of
the U.S. Govemment.
This test report relales only to the items tes{ed. This report may nol be reproduced except in full, without
the wriften approval of the laboratory. The analysis was performed by :
Ron Schott
Laborabry Oircctor
John Silverman, Analyst
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Wheat Ridge, CO 80033
DCM Proiec-t No.: WESE 22(E
claent Job No.: 475G010
Bulk Sample Analysis
BULK SAMPLE ANALYSIS PROGEDURES: EA9E FdA
DCM Science Laboratory, Inc. analyzes bulk asbestos samples following procedures developed by lhe
McCrone Research Instilute and in compliance wilh guidelines established by the Environmenlal Protection
Agency (EPA-600/R-93/1 1 6, July, 1 993).
Bulk samples are prepared for analysis using a 10X-EOX stereo microscope in a hepa filter hood which
provides a contamination-free environment. The sample is then analfzed by polarized light microscopy
(PLM) at 100X. When the sample consisls of more than one layer, each layer is prepared and analyzed
separately. Fiber and matrix malerials are identified by the characterization of optical properties including
color and pleochrorism, form, cleavage, relief, birefringence, e).tinclion, orientation, twinning, interference
figure and other distinguishing fealures. Dispersion staining is also used to further aid in mineral
identification. All percentages of asbestos, olher fibers and non-fibrous constituents ere calculated from the
values obtained from the stereo and PLM microscopes analysis. ln-house and NIST standards as well as a
charl prepared by R.D. Terry and G.V. Chilinger for "The Joumal of Sedimentary Petrology", (Volume 24, pp.
229-234,1955) provide a guide for estimating perc€ntages. All samples are archived for six months unless
other anangements are made by the client.
AGCREDITATION:
DCMSL is accredited by the AIHA (since 1986). Our accreditation number is 305. DGMSL is accredited by
NVLAP (since April 1, 1989). Our NVLAP Lab Code is 101258.
ENDORSEMENT:
The results of lhis analysis must not be used by the client to claim endosement by NVLAP or any agency of
the U.S. Govemment.
This test report relates only to the items tested. This report may not be reproduced except in full, without
the written approval of the laboratory. The analysis was performed by :
Ron Schofr
Ron Schott
Labfatq)r Dir€cbt
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12421 W.49th Avenue, Unit #6
Wheat Ridge, CO 80033
DcM Project No.: WESE 2206
Client Job No,: 475G010
Bulk Sample Analysis
BULK SAMPLE ANALYSIS PROCEDURES; P"g"--}nTJ
DCM Science Laboratory, Inc. analyzes bulk asbeslos samples folloring procedures developed by the
Mccrone Research Institute and in compliance with gui<lelines established by the Environmental Protection
Agency (EPA-600/R-93/1 1 6, July, 1993).
Bulk samples are prepared for analysis using a 10X-E0X stereo micros@pe in a hepa filter hood which
provides a contamination-free environment. The sample is then analyzed by polarized light microscopy
(PLM) at 100X. When the sample consists of more than one layer, each layer is prepared and analyzed
separately. Fiber and matrix materials are identified by the characterizetion of optical properties including
color and pleochrorism, form, cleavage, relief, birefringence, extinction, odentation, twinning, interference
figure and other distinguishing features. Dispersion staining is also used to further aid in mineral
identification. All percentages of asbestos, other fibers and non-fibrous constituents are calculated from the
values obtained from the stereo and PLM microscopes analysis. In-house and NIST slandards as well as a
chart prepared by R.D. Terry and G.V. Chilinger for'The Joumal of Sedimentary Petrology", (Volume 24, pp.
229-234, 1955) provide a guide for estimating percentages. All samples are archived for six months unless
other anangements are made by the client.
ACCREDITATION:
PIMS_L is accredited by the AIHA (since 1gEO). Our accreditation number is 305. DCMSL is accredited by
NVLAP (since April 1, 1989). Our NVLAp Lab Code is 101258.
ENDORSEMENT:
The results of this analysis must not be used by the client to claim endorsement by NVLAP or any agency of
the U.S. Government.
This test reporl relates only to the items tested. This report may not be reproduced except in full, without
the written approval of the laboralory. The analysis was performed by :
John Silverman, Analyst
Ron Schott
Laboratory Director
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12421 W.49th Avenue, Unit #6
Wheat Ridge, Co E0033
DCM Prdect No.: WESE 2171
Clie Job No.: 4750{10
Bulk Sample Analysis
BULK SAMPLE ANALYSIS PROCEDURES; PageAoT-}
DCM Science Laboratory, Inc. analyzes bulk asbestos samples following procedures developed by the
McCrone Research lnstitute and in compliance with guidelines established by the Environmental Protec{ion
Agency (EPA-600/R-93/1 1 6, July, 1 993).
Bulk samples are prepared for analysis using a 'lOX-8OX stereo microscope in a hepa filter hood which
provides a contamination-free environmeni. The sample is then analyzed by polarized light microscopy
(PLtvt) at 100X. When the sample consists of more than one layer, eEch layer is prepared and ana[zbd
separately. Fiber and malrix materials are identified by the characterization of optical properties including
color and pleochrorism, form, cleavage, relief, birefringence, e{inction, orientation, twinning, inlerference
figure and other distinguishing features. Dispersion staining is also used to further aicl in mineral
identification. All percentages of asbestos, other fibers and non-fibrous constituents are calculated from the
values obtained from the slereo and PLM microscopes analysis. In-house and NIST standads as well as a
chart prepared by R.D. Terry and G.V. Chilinger for'The Joumal of Sedimentary Petrology", (Volume 24, pp.
229-234, 1955) provide a guide for estimating percenlages. All samples are archived for six months unless'
other anangements are made by the client.
ACCREDITATION:
PCMSL is accredited by the AIHA (since 1986). Our accredilation number is 305. DCMSL is accredited by
NVLAP (since April 1, 1 98S). Our NVtjp Lab Code is 101258.
ENDORSEMENT:
The.re-sulls of this analysis must not be used by the client to claim endorsement by NVLAP or any agency of
the U.S. covemment.
This test report relates only to the items tested. This report may not be reproduced except in full, without
the written approval of the laboratory. The analysis was performed by :
Ron Schott
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Ron Schott
teborabry Dircc,lot
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12421 W.49th Avenue, Unit#6
\Meat Ridge, CO 80033
I'CM Pmjcct No.: WESE 212
Cllent Job No.: 4750{10
Bulk Sample Analysis
BULK SAMPLE ANALYSIS PROCEDURES; P.g. A OI 2
DCM Science Laboratory, Inc. analyzes bulk asbestos samples following procedures developed by ttre
McCrone Research Institute and in compliance with guidelines established by the Environmental Protection
Agency (EPA-600/R-93/1 16, Juty, 1 993).
Bulk samples are prepared for analysis using a 1OX-8OX slereo microscope in a hepa filter hood which
provides a contaminalion-free environment. The sample is then analyzed by polarized light microscopy
(PLM) at 100X. When the sample consisls of more than one layer, each layer is prepared and analyzed
separalely. Fiber and matrix materials are identified by the characlerization of optical properties including
color and pleochrorism, form, cleavage, relief, birefringence, exinction, orienlation, twinning, interference
figure and other disiinguishing features. Dispersion staining is also used to further aid in mineral
identification. All percentages of asbeslos, other fibers and non-fibrous constituents are calculaled from the
values obtained from the stereo and PLM microscopes analysis. In-house and NIST standards as well as a
chart prepared by R.D. Terry and G.V. Chilinger for'The Joumal of Sedimentary Petrology", (Volume 24, pp.
22*234,1955) provide a guide for estimating percentages. All samples are archived for iix months unless
other anangements are made by the client.
ACCREDITATION:
PIM.qL is accredited by th9 AIHA (since 1986). Our accreditation number is 305. DCMSL is accredited by
NVLAP (since Aprit 1 , 1989). Our NVLAp Lab Code is 1 01258.
ENDORSEMENT:
The re_sulls of this analysis must nol be used by the client to claim endorsement by NVLAp or any agency ofthe U.S. Government.
This tesl report relates only to the items tested. This repon may not be reproduced except in full, without
the written approval of lhe laboratory. The analysis was performed by :
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1242'l W.49th Avenue, Unii #6
Wheat Ridge, CO E0033
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DCM Projec{ No.: WESE 2173
Cllcnt Job t{o.: 4750{10
Ron Schott
A--1-ol
Ron Schott
Laboratory Director
Bulk Sample Analysis
BULK SAMPLE ANALYSIS PROCEDURES:
DCM Science Laboretory, Inc. analyzes bulk asbestos samples following procedures developed by the
McCrone Research Institute and in compliance with guidelines established by the Environmental Protection
Agency (EPA€00/R-93/1 1 6, Juty, 1 993).
Bulk.samples are prepared for analysis using a 1OX-80X stereo microscope in a hepa filter hood which
provides a contaminalion-free environment. The sample is then analyzed by polarized light microscopy
(PLM) at 100X. When the sample consists of more than one leyer, each layei is prepared and analyzbd
separately. Fiber and matrix materials are identified by the charac{erization of optical properties iniluding
color and pleochrorism, form, cleavage, relief, birefringence, extinction, odentation, twinning, interferend
figure and other distinguishing features. Dispersion staining is also used to further aid in mineral
identification. All percentages of esbestos, other fibers and non-fibrous constituents are calculated from the
values obtained from the stereo and PLM microscopes analysis. ln-house and NIST standards as well as a
9!9rt prepared by R.D. Terry and G.V. Chilinger for "The Joumal of Sedimentary Petrotogy", (Votume 24, pp.
229-234' 1955) provide a guide for estimating persentages. All samples are archived forsix months unless'
other anangements are made by the client.
AGCREDITATION:
D_C_MS_L is accredited by the AIHA (since 1986). Our accreditation number is 305. DCMSL is accredited by
NVLAP (since Aprit 1, 1989). Our NVLAp Lab Code is 101258.
ENDORSEMENT:
The. re_sults of this analysis must nol be used by the client to claim endorsement by NVI-AP or any agency ofthe U.S. Government.
This test report relates only to the items tested. This report may not be reproduced except in full, without
the written approval of the laboratory. The analysis was performed by :
page....4ot-3
Rob€rt Wagner, Anal)4Bl
I +\ryqrsl,Enviromcntal Sci€ntists end EngirE€rs, LLC.I
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I pLM potNT couNT SAMPLE ANATYS|S (LAB REPORTS)
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I242T W. 49TH AVENUE, UNIT #6
,r .. WHEAT RIDGE, CO 80033 (303) d63-8270
I' BULK ASBESTOS ANALYSIS - POINT COUNT METHOD
PAGE I OF3
I GLIENT: ANA.LysIS DATE: 2-t9-or
WALSIT ENWRONMENTAL SCIENTISTS Rf,,pORTING DATE: 2-t9_01
I & ENGINEERS. INC. RECETpT DATE: 2-14_0r
I 4888 PEARL EAST CTRCLE #108 CLIENT JOB NO.: 4z50_0r0
BOULDER, CO 80301 PROJECT TITLE: WMC?8
DCMSLpROJECT: WESE22ts
CROSSR.EFERENCE: WESE2lS8,2t60,Zl6l,zr63,2lg6T
PERCf,NTAGE COMPOSITION BY AREA/VOLUME
I DCMLABNO.: _l -2 _J 4
SAMPLE DATE: 2-l-01 2-l-01 2-t-0t 2_t-0r
I % OF TOTAL SAIUPLE: g8.0\o 83.0% 99.Solo r.oo/o
CLIENT NO.: VVMCT'-Z' WMC78-JE tryMCZE4J WMCZE-.4r PART B PART C PART B PARTB
I ASBESTIFoRTIMn{ERALFIBERS:
t CHRYSOTILE 0.s0% 0.s0o/o 0.7so/o l.zso/"AMOSITE 0.00o/o 0.00o/o 0.00% 0.00o/o
I cRocIDoLITE 0.00% 0.00% 0.00"h 0.00"/"I TREMOLITE-ACTINOLITE 0.00ol. g.Wo/o 0.00"/o 0.00,,0!' ANTHOPHYLLITE 0.00o/o 1.Mo/o 0.00V" 1,txl%
I rorAl ASBESToS couNTED 0.50% 0.s0o/" 0.7sua l.zso/.r
TOTAL ASBESTOS IN LAYER 0.50% 0.50% 0.7SVo LZSI
t rorAlAsBEsrosrNsAMpLE
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I WHITE TrLE. SAMPLE NO.4IS WHITE DRYWALL jvruD.
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I torn"or"ESroscouNrED =
Loro,or"Esros rN LA'ER
t tororor"EsrosrNSAMplE =
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0.490/0 0.42Vo 0.75V,
NorES: SAMPLE No. t Is BRowN TrLE. sAMpLE No.2 ts BRowN AND TAN TrLE. sAMpLE No.3 ts
0.01o/o
DEFINITIONS
THE AMOUNT OF ASBESTOS PRESENT IN THE SAMPLE EXPRESSED
AS A PERCENT.
THE PERCENT OF SAMPLE REM.A,INING TIIVIES ASBESTOS COUNTEI}
EXPRESSED AS A PERCENT.
TTIE PERCENT OF TOTAL SAMPLE (FROM PLM/SM ANALYSIS)
TIMES THE TOTAL ASBESTOS IN LAYER OF NO ASBESTOS IN
OTHER LAYERS).
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I DCMSCIENCELABORATORY,rNC.
I242I W. 49TH AVENUE, UNIT #6
- WHEATRIDGE,CO E0033 (303) 463-S270
I BULK ASBEsros ANALysrs - poINT couNT METHoD, PAGE 2 OF3
J CLIEM: ANALyS1S DATE: 2-t9_01
WALSH ENVIRONMENTAL SCIENTISTS REpORT|NG DATf,: Z-19-0t
I &ENGINEERS, INC. RECEIPTDATE: 2_14-01
I 4SSEPEARLEASTCIRCLE#I08 CLTf,NTJOBNO.: 4750-010
BOULDER, CO 80101 PROJECT TITLE: vvMCTE
DCMSLpROJECT: wESE22ls
CROSSREFERENCE: wESE2158,2160,2t61,2163,2t96I
PERCf,NTAGE COMPOSITTON BY AREA/VOLUMf,
I DCM rl\B NO.: _s
SAMPLE DATE: 2-s-01
o/- OF TOTAL SAMPLE: 97-So/oICLIEM NO.: yyMC78-56
- PART C
! lsaesrrroRM MTNEML FTBERS:
f cHRysorrlE o.so%AMOSITE O.OOVO
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I rorAL.{sBESTos couNTED D.sovor
TOTALASBESTOS IN LAYER O.5O%II TOTAL ASBESTOS tN SAMPLE 0.49o/o-
-
NOTES: SAMPLE NO.5IS TAI{ TILE.II
DEFINITIONS
TOTAL ASBESTOS COUNTED = TIIE AMOUNT OF ASBESTOS pREsENr rN THE SAMPLE EXPRESSED
I ASAPERCENT,
I rorar,.cssEsros IN LAyER = THE pERCENT oF sAMpLE REMATNTNG TtMEs AsBESTos cor.rNTED
EXPRESSED AS A PERCEII{T.
I TOTAL ASBESTOS IN SAMPLE = THE PERCENT OF TOTAL SAMPLE (FROM pLM/SM ANALYSIS)
TIMES THE TOTAL ASBESTOS IN II\YER (IF NO ASBESTOS IN
I oTHERLAYERS).
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DCM Science Laboratory, lnc.
12421 W.49th Avenue, Unit #6
Wheat Ridge, CO 80033
DCM Project No.: WESE 2215
. Client Job No.: 4750-010
Quantitative Bulk Sample Analysis (Point Count)
OUANTITATIVE BULKSAMPLE ANALYSIS PRocEDuREs: Pag 3 ot 2
DCM Science Laboratory, Inc. analyzes bulk samples in accordance with the National Emission Standard forH93q99s Air Pollutants (NESHAP) for asbeslos (Federal Register, Vol. 55, No.224, pp. 4E406-4E433,11l2ol9o). The analytical procedures followed are described in "tnterim Metho<l forthe betermination ofAsbestos in Bulk Insulation Samples", (USEPA 600/M4-8$020, 19S2), with minor modifications
recommended by lhe Atmospheric Research and Exposure Assessment Laboratory, USEPA, Research
qamples analyzed by the point count method are milletl lo homogenize the semple, prepared on microscopeslides and point counted using polarized light microscopy (PLM) in conjunc{ion wttn d pdint counting stage andcounter. one hundred counts ere performed on four separate preparations of each sample for a tolal ofioopoints.. lf asbestos is ilentified but not counled ouring ihe point counting procedure, total asbestos is reportedas zero and presence is noted on the report. other prLparation proceduiei including ashing and acid washingmay be performed with client permission to improve acburacy in determining asbestos concentration. Allsamples are archived for six months unless other anangemehts are made b! the client.
ACCREDITATION:
DCM.SI is- accredited bv th€ AIIA (:j1"9l9EG). Our accreditation number is 305. DCMSL is accredited byNVI-AP (since Aprit 1, 1949). Our NVLAp LabCode is 101256.
ENDORSEMENT:
The, re-sulls of this analysis must not be usetl by the client to claim endosement by NVLAp or any agency ofthe U.S. Govemment.
This test reporl relales only to the items tested. This report may not be reproduced except in full, withoutthe writlen approval of the laboratory. The analysis was performed by :
John SilvErman, AnahEt Rm Schott
Ron Schoft
Labordory Director
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CLIENT:
WALSH ENVIRONMf, NTAL SCIENTISTS
& ENGINEERS, INC.
4E8E PEARL EAST CIRCLE #IOE
BOULDE& CO 8030t
DCM II\B NO.:
SAMPLEDATf,:
% OF TOTAL SAMPLE:
CLIENT NO.:
DCM SCIENCE LABORATORY, INC.
I242I W.49TH AVENUE, UNIT #6
WHEAT RJDGE, CO 80033 (303) 463_8270
BULK ASBESTOS AI\ALYSIS. POINT COIAT METiIOD
PAGE I OF 3
ANALYSIS DATE:
REPORTING DATE:
RECEIPT DATE:
CLIENT JOB NO.:
PROJECTTTTLE;
DCMSL PROJECT:
CROSS REFERf,NCE:
2-r94t
2-t9-01
2-14-01
4750-0r0
wMc69
wEsE2Zr4
w8SE2166,2167,216E,2 169,2 t98
PERCEMAGE COMPOSITION BY AREA/VOLUME
-l
t-31{|l
98,|Vo
-2
r-lI-{,r
94,IVo
-3
l-31{n
97.Oo
4
l-3t {l
98.0%wMC69-12 vvMc69-17 VVMC69-ZI VVMC69_22
I ^'""'rixH#YRAL FIBERS:
AMOSITE
PART B
0,00vo
1.50o/o
o.00vo
0.00%
0.000/.
lSOVI
1,500/o
1.470/0
PART C
0.75o/o
0.00%
0.00%
0.00.4
0.00%
0.7SVo
0.75o/"
8.7lo/o
PART B
0.2so/"
0.00%
0.00%
0.00%
0.00%
0.23o/o
0.2so/"
0.24o/o
PART B
0.7so/o
0.00o/o
0.00%
0.o0t/"
0.00%
0.75./"
0,73o/o
0.740/"
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CROCIDOLITE
TREMOLITE.ACTINOLITE
ANTHOPHYLLITE
TOTAL ASBESTOS COUNTED
TOTAL ASBESTOS IN LAYER
TOTAL ASBESTOS IN SAMPLE
NOTES: SAMPLE NO. T IS WHITE FIBROUS CEILING TILE. SAMPLE NO. 2 IS BROWN TTLE. SAIUPLE NO.] IS WHITE TILE. SAMPLE NO. 4IS WHITE AND TAN TILE.
DEFINITIONS
I totnrnr"ESroSCouNrED =
l roro.o."EsrosrN LA'ER
f rorornr"EsrosrNSAMplE =
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THE AMOUNT OF ASBESTOS PRESENT IN THE SAMPLE EXPRESSED
AS A PERCENT.
THE PERCENT OF SAMPLE REMATNING TIMES ASBESTOS COUNTED
EXPRESSED AS A PERCENT.
THE PERCf,NT OF TOTAL SAMPLE (FROM PLM/SM ANALYSIS)
TIMES THE TOTAL ASBESTOS IN I.AYER OF NO ASBESTOS TN
OTITER LAYERS).
I DCM SCTENCE LABORATORY, rNC.
I2421 lV. 49TH AVENUE. UNIT f6
WHEAT RIDGE, CO 80033 (303) 463_S270
I BULK ASBESTos ANALysts -poINT couNT METHoD
PAGE 2 OF 3
I CLIENT: ANALYSISDATE: 2-19-01
WALSH f,NVIROIYMENTAL SCIENTISTS REpORTING DATE: 2_19-01
I &ENGINEERS, INC. RECEIPTDATE: 2-14-01
I 4EE8 PEARL EAST CIRCLE #108 CLIENT JOB NO.: 4750-010I BoULDER, Co EOSOI PR0JECT TITLE: WMC69
DCMSLpROJECT: WESE2ZT4
CROSSR-EFERENCE: WESE2r66,2167,2163,2t69,219CI
PERCENTAGE COMPOSITION BY AREA/VOLUMEI
_ DCM LAB NO.: -5 -6 -7
SAMPLE DATE: l-31-01 2+01 2_&01
% OF TOTAL SAMPLE: E0.06/o g7.OVo 9e.0%o
CLIENT NO.: VVivtcdg-29 WMC59-36 yvMc69n7
I PARTB PARTB PART B
I ASBESTIFOR\| MTNEML FTBERS:
I CHRYSOTILE 0.21yo 0.00% 0.00%AM0SITE o.ooo/o l.so% z.?so/o
I CROCIDOLf TE 0.00o/o 0.00% 0.00o/o
I TREMOLITE-ACTINOLITE 0.00% 0.00% o.00o/oI ANTHOPHYLLITE O.OO% O.OO% O.OO%
I TOTAL ASBESTOS COUNTED 0.25o/o 1.30o/c 2.25VoI
TOTAL ASBESTOS IN LAYER 0.ZSo/o 1.50% z.zso/o
I TOTAL ASBESTOS IN SAMPLE 0.20vo 1.460/o z.23oht
, Norf,s: SAMPLE No.5Is wHrrE TILE/yELLOW MAsrrc 0NSEPARABLE). SAMPLES No.I o lxo 7 ARE wHrrE FrBRous, cErLrNG TILE.
!f
DEFINITIONS
r totlr- nsgEsros couNTED HE AMouNT oF AsBESTos pREsENr rN THE sArvrp,,E EXpREssED
AS A PERCEN'I"
I TOTAL ASBESTOS IN LAYER HE PERCENT OF SAMPLE REMATNTNG TIMEs ASBESToS CoI-INTEI)
EXPRESSED AS A PERCENT,
I TorAL AsBrsros IN sAMpLE = THE pERCENT oF TorAL sAMpLE (FRotvr pLM/sM ANALysts)r
TIME' rHE TorAL AsBEsros rN I-A'ER (rF No ASBEST.S IN
I oTHERLAyERS).
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DCM Science Laboratory, Inc.
12421 W.,{9th Avenue, Unit #6
Wheat Ridge, CO 80033
DCM Project No.: WESE Zi4
. Clleot Job ilo.: 47SG0t 0
Quantitative Bulk Sample Analysis (point Count)
QUANTfTATIVE BULKSAMPLE ANALysrs pRocEDuREs: pase 4 or ?
DCM Science Laboralory,Jnc. an€llzes bulk samples in accordance with the National Emission standard forHazardous Air Poilutants (N!sHf) for.asbesosiFederal Register, Vor. 55, No. z24, pp. 4E406-48433,1^1Bal9a)'. Tlre analytical procedures followed are described in "lnterim Method for the Determination ofAsbestos in Butk Insurarion samptes,', (usEpA oooTnaa-ag-ozo, 1g8it, with ;ln'or modificationsrecommended by the Atmospheric Research and Exposure Assessment Laboratory, usEpA, Research
samples analyzed by the point count method are milled to.iomogenize lhe sampte, prepared on microscopeslides and point counted using polarized light microscopy (PLM) i; "*jrr"til;th a point counting stage andcounter' one hundrcd counts are performed on four separate prcparations of each sample for a total of 400points" tf asbestos is identitied bui not counted ouring ine point cbuntrng pro."our", total asbestos is reportedas zero and presence is noted on the report. other prbparation proceduies inciuding ashing and acid washingmay be performed with client permission to improve aeruracy in determining asbestos concentration. Allsamples are archived for six monlhs unless other anangements are made by the client.
ACGREDITATION:
DcMsL is accredited bv the AIHA (1!c1J986). our accreditation number is 305. DcMSL is accredited byNVLAP (since April 1, 19S9). Our ttVtAp Labcode is 101256.
ENDORSEMENT:
The results of this anal!'sis must not be used by the client to claim endosement by NVLAP or any agency ofthe U.S. Govemment.
T.tris te..st reporl relates only to the items testect. This repoil may not be reproduced except in full, withoutlhe written approval of the laboratory. The anatysiJ wai performed by :
John Silverman, Anal)6t Ron Schott
Ron Schott
Laboratory Dircc{or
I ervaldl
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(303) 45r-r270l(U' fr2.7340(!0t) r0!.8C7 trr
DCIISL Grorp lo DCI{SL Log Do.
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ADDITIO{AL INFIR.T4ITION :
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SECTION SUMMARY
This section provides estimated removal costs for each friable and Category II non-friable ACBMrequired by regulation to be removed prior to demolition.
The estimated costs can be affected by the following factors.
. Scope (size and area) ofabatement project.o Time of year that abatement is performed.r Completion and liquidated damage clauses.o General and technical specification provisions.. Quality of the contractor selected.o Subcontracting requirements.o Adherence to regulation and recommended procedures.o Special equipment and procedural requiremints.. Building occupancy characteristics.r Accessibility and space allocated for use by the contractor.r Grouping all abatements under a single contract,
The estimated costs are based only upon accessible confirmed ACBM which was observedduring the course of this inspection. Cost variances due to hidden or inaccessible ACBM mayaffect the above estimates. The estimated costs are for asbestos abatement only. otherasbestos activities such as project design, abatement oversight, aid air monitoring are notincluded in the above estinat€s. Refinishing and installatioo-of'o"* materials, after asbestosabatement, are also not included in this estimite.
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AlIIaIsilr
Eovironmcdal Scien,i
References
ASBESTOS REFERENCES
United States Environmental protection Agency,
Polhnn* NESIIAP) 40 CFR 6L140_157.
UtriEd Scates Environnental Protection Agency, Asbesn*hwaining Materials in &hooh; Fhmt Ruleand Notice (Asbesns Hqard Emergency Respowe Act - AHEM) 40 dpn zolw_cg, tggo.
United states Enviromental Pr-o_tltion Agency, Sinplified Sanphng Scheme for Surfacing Materiah( " Pink Book") EPA publication #j@/5i|-03tu,- Wafi ngbn DC,
-19g5.
9lt-try{"""t Safety and Health Administr'ltloa, Asbestos Regulaiow fur the Cowtruction Industy 29CFR 1926.1101, Washington DC, 1994.
glryl-"",l Safery and Health Atlministration, Asbesns Regtlaions for the Gencral Indusol 29 CFRI9l 0. I 0U, Washington DC, l9%.
Colorado Department of Public Heallh and Environment, Regulation g - Enission snrzdards forAsbestos, 1993.
Naional Emission Staldards for Hazail.otu Air
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GLOSSARY
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gIVaIsh
Environmcntal Scicnti* t
GLOSSARY
AsBEsros - A generic nemg givEa to a mmber of nanually occurring silicates that bave a unique crystallinestnrcture' They are inconbustible in afu and separable ino fiben. Asbestos includes the asbestiform varieties ofChrysotile, Crocidolite , Amosib, enrhophyllite, l,ctinolite, and Tremolite.
ACBM - Asbestos conraining Buildiag Material. A term that encompasses surfacing, thermal system, andmiscellaneous asbestos-containing material in or on interior/exterior pars of a building. This definition alsoircluded exterior hallways comecti4g buildings, porticos, and nechanical sysrem i*ularion.
ACBM - Asbeslos-cont'iniag Building Material. Any material with one percent (l %) or more asbesps conred.
BULK SAMPLE - A piece of suspected asbesms+onaining building material.
FIBER RELEASE - The process by which dust is given offfrm asbeslos materials and becomes airborne.
FRIABLE - A matcrial which can bc crumbled, pulverized, or rcduced to powder when dry, by moderate handprcssure.
-FLNCTIONAL AREA - specially distinct unis within a buitling such as a mom, a group of rooms, or ahomogeneous 61s1 - this includes crawl spaces and areas above a drop ceiling.
I{vAc - Heating, ventilating, and Air conditioni4g Systems. The sysrem of pipes, ducts, ard equipment (airsondi1ie1s15, chillers, heaters' boilers, punps, frns) usei t,o teat, cool, move, .oa iirt t air ia a building.
HoMoGENEous AREA - An area which appears similar throughout in terms of color, textue, atrd dare ofmaterial application.
tNAccEssIBLE AREA - Imccesible areas ate those areas which camot be inspected due to physical barriers.Buildings may coruain areas that are intrinsically inaccessible. These include gaps aod, spaces in walls, areasabove fixed ceilings and below floors, and enclosed boiler- breechings ana ducts. some uuildiqgs conain otherimccessible areas, such as very snall pipe tunnels, sealed crawl Ences, 'nsafe attics, encased boilers. etc.
N.N-FRIABLE - A naerial which cannot be c^mbled or pulverized by hnr pressure.
December 4. I997PACBM - presumed Asbestos_Containing Building Matfrial
PIPE JOINT - The elbow, valve, connector, redrction or pipe hanger.
PLENUM - A space desiped 9t ^p".t air in a building. They are commonly found below grord level ad intbe space benreea a dropped seiting ard the floor abolrc ii
PLM - Polarized Light Microscopy. An accep*d mefrod for analyzrqc b'rk ACBM samples.
USEPA (EPA) - united states Euvironmetrtal Protrcrion Agerrcy. The federal agency which governsenvironmental problems. In the case of ACBM in buildings, the usEpA deals with regulatiore and 6eirguidelines for applieation, remvation, removal, ad disposal of ACBM in hrilrting structures.
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