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Home My WebLink AboutFile Documents.1325 Mountain View Dr.0107.2016 (13).ARBK ADVANCED ENVIRONMENTAL CONSULTING : - TRUSTED ENVIRONMENTAL SPECIALISTS 3O3- 57 94 (CO 1 USCOR ECUC �t ®�M \`V)EJ AECOSCOREAECCOM (E) mod! o`er ear. September 13, 2016 Raifie Bass 1325 Mountain View Dr. Aspen, CO 81611 Subject Industrial Hygiene Support Services Related to an Asbestos Building Inspection and Report Dear Mr. Bass: Advanced Environmental Consulting (AEC) was retained to sample a building that is planned for renovation activities at 1325 Mountain View Drive in Aspen, Colorado. The asbestos survey included bulk sampling of suspect asbestos-containing material (ACM) observed on the window caulk, drywall surfacing including joint compound and window caulk and, the submittal of samples for asbestos content laboratory analysis.The purpose of this inspection was to sample suspect ACM that would be disturbed by the renovation activities and to have laboratory analysis identify whether the suspect material(s) contained asbestos. If asbestos-containing, the material(s) would then be removed properly by a General Abatement Contractor(GAC). Observations and Suspect Asbestos-Containing Materials at the Site The asbestos survey was conducted on September 2, 2016 by Colorado Department of Public Health and Environment (CDPH H;) and Asbestos Hazard Emergency Response Act (AIIERA) certified asbestos building inspector Mr. Seth Kisselman(Certification Number 21329). The building is planned for demolition activities. Some minor destructive sampling was conducted on the above referenced material locations planned to be disturbed. Four(4)homogenous areas with suspect ACM were sampled in ten(10)locations at the job site. Samples were submitted to Aerobiology laboratory on September 2, 2016 for Polarized Light Microscopy(PLM)analysis to identify asbestos content The samples were requested on a standard turnaround time for results. Sampling and Analytical Procedures The inspection and assessment were performed in accordance with Environmental Protection Agency/AB-ERA recommended procedures. These procedures call for the visual inspection of all areas of concern and collection and analysis of representative balk samples of suspect material Random bulk samples, representative of the suspect asbestos-containing building materials(ACBM)of each homogeneous area (HA), were collected according to the guidelines published as Environmental Protection Agency(EPA) Final Rule: Title II of the Toxic Substances Control Act(TSCA), 15 USC, Sections 2641 through 2654 and in compliance with 40 CFR, Part 763. Representative sampling is based on the following criteria: 1. The distribution of the suspect material throughout the HA. 2. The suspect material's physical characteristics and application. 3. Random sampling patterns determined for each HA. Suspect materials sampled and analyzed should be considered representative an—A ialo in each HA if: Received 1/14/2016 10:22:26 AM reap C i1T t 1-1 � AL,4 1. They exhibit similar physical characteristics; and 2. The application of the sampled material can be correlated to the application of un-sampled materiaL Friable ACM means any material that contains asbestos and when dry can be crumbled, pulverized, or reduced to powder by hand pressure and that contains more than one percent asbestos by weight, area or volume. A non-friable material may become friable if its condition had deteriorated or has been impacted by forces that have rendered it friable. Bulk samples collected were analyzed utilizing the EPA's Method for the Determination of Asbestos in Bulk Building Materials (EPA 600/R'116, July, 1993) and the McCrone Research Institute's The Asbestos Particle Atlas as methods references. Analysis of the bulk samples was performed on the"date reported,"as listed in the bulk-sample analysis report Sampling Quantities AEC collected at least the minimum number of samples from each homogeneous area necessary to meet all regulatory requirements for the quantity of material to be disturbed. The quantities listed in this report are approximate and on-site verification of the exact quantity of each material is required. The following outlines the minimum sample quantities required per homogeneous area: • Surfacing Materials(SM,t up to 1,000 ft2 of material requires a minimum of three (3) samples; between 1,000 ft2 and 5,000 ft2 of material requires a minimum of five(5)samples;over 5,000 ft2 of material requires a minimum of seven(7)samples; one(1)sample of each patch • Thermal System Insulation(ISO.each homogeneous area requires a minimum of three(3)samples;at least one(1)sample must be collected from each patch;and collect enough samples sufficient to adequately assess the material and determine the asbestos content for TSI fittings such as pipe elbows or T's. • Miscellaneous Materials(Misc.). collect enough samples sufficient to determine the asbestos content Inspection Protocol Suspect materials alike in appearance and application were sampled as HAs. Suspect materials were divided into three classifications: 1. Surfacing material(SM): sprayed or troweled onto structural building member. 2. Thermal systems insulation(TSI): any type of pipe, boiler, tank, or duct insulation. 3. Miscellaneous(Misc.): other suspect materials, including flooring, ceiling tiles, insulation, and finishing materials. Condition assessments were performed by the accredited inspectors at the time of inspection. Condition assessments are listed in the following section. Ratings of"good,""damaged,"and"severely damaged" are meant to indicate the overall condition of the material. A material in"good"condition has no visible damage or deterioration, or showing only very limited damage or deterioration. A material in"damaged"condition has the following characteristics: • The surface is crumbling, blistered, water-stained, gouged, marred or otherwise abraded over less than one- tenth of the surface if the damage is evenly distributed. Accumulation of powder, dust or debris similar in appearance to the suspect material on surfaces beneath the material can be used as confirmatory evidence. A material in"severely damaged"condition has one or more of the following characteristics: • The surface is crumbling or blistered over at least one-tenth of the surface if the damage is evenly distributed. • One-tenth of the material is hanging from the surface, deteriora r showing V adhesive failur 1/14/2016 10:22:33 AM reap C i1T t ri .ACJ AL,4 • Water stains, gouges, or mars are over at least one-tenth of the surface if the damage is evenly distributed. Accumulation of powder, dust or debris similar in appearance to the suspect material on surfaces beneath the material can be used as confirmatory evidence. Laboratory results Laboratory results received on September 12, 2016 document that zero (0)sampled materials submitted contained asbestos above the regulatory limit of 1%. Section 1HA.l.c—Abatements Renovation and Demolition Projects- of Colorado Regulation 8 requires that all samples of friable asbestos is estimated to be 1Z asbestos or less, but greater than 02 by a method other than point counting the determination shall be repeated using the point counting technique with PLNL Samples containing trace amounts of asbestos require following these federal guidelines federal worker protection regulations (29 CHB 1926.1101 and 40 CIR 763); the National Emissions Standards for Hazardous Air Pollutants (NESECA P; 40 Cl+R 61 SubpartM); the U.S. Environmental Protection Agency(EPA)Guidance for Controlling Asbestos- Containing Materials in Buildings("Purple Book; EPA 560/5-85-04);and the Asbestos Hazard Emergency Response Act (ABERA, 40 Cl+R 763 Subpart E). Please find attached the Aerobiology laboratory report of PLM results. Conclusions AEC observed four (4) homogenous areas that would be disturbed during the planned project demolition. The drywall surfacing including joint compound, and window caulking were sampled in ten(10)locations at the building located 1325 Mountain View Drive in Aspen, Colorado. Section IILi3—Any asbestos-containing material that is friable or will be made friable during demolition activities in any area of public access or non-public access area must be removed prior to demolition. Removal, in accordance with Regulation No. 8, is required if the amount of asbestos-containing material that is friable or will become friable during demolition exceeds the trigger levels. Per CDPHE Demolition Permit Demolition of a building that has non-friable asbestos-containing materials remaining must be completed without causing the asbestos-containing materials to become friable. Burning a building with any asbestos-containing materials is prohibited Concrete floors covered with floor tile shall be removed in as large sections as possible. Operations such as crushing,pneumatic jacking, etc. of materials containing asbestos are not permitted Recycling of materials, such as concrete or wood, that are bonded or contaminated with asbestos-containing material such as floor tile or mastic, is not permitted Based on the site observations and, bulk sample PLM laboratory analysis results collected by AEC, zero(0)suspect material contained asbestos; therefore, removal of this area will not require asbestos abatement The following sampled materials and areas are asbestos-containing: Material Type Location Condition Quantity Friability Result N/A *AEC collected samples by types of texture. Not every room with each texture was tested; however, it is assumed to be positive if it has the same texture as the above-referenced types. AEC uses drywallschooLcom/textures to determine the texture labels. The following sampled materials and areas are NOT asbestos-containing: Material Type Location Result SM.-Splatter Texture Garage ND SM.-Orange Peel Office ND SM.-Trowel Texture Master Bath ND MISC.-window Caulk Windows Res e i ve d 1/14/2016 10:22:33 AM reap C i1T t ri iC.J AL,4 The CDPH H; requires permitting for any removal activities in a commercial or residential building that contains greater than the trigger levels (i.e. commercial 160 sq./ft, 260 ln./ft, equivalent of a 55-gallon drum) (i.e. residential 32 sq./ft., 50 ln./ft, equivalent of a 55-gallon drum). Colorado Regulation No. 8 requires a project design in with the amount of ACM to be abated exceeds 1,000 ln./ft on pipes, or 3,000 sq./ft on other surfaces. AEC is able to develop a project design for this project Recommendations AEC recommends that when ACM is removed/abated, that only a licensed asbestos abatement contractor using personnel trained in the handling of ACM be allowed to conduct such activities using appropriate methods(HEPA-filtered vacuuming, wet cleaning methods, respiratory protection, protective clothing, personnel decontamination, negative-air enclosures, air monitoring, etc.). Limitations This report describes the data collected and observations made by AEC during the visual inspection and bulk sampling in the above referenced building. AEC represents that its services were performed within the limits prescribed by applicable regulations, within scope of work as approved by the EPA and the State of Colorado and in a manner consistent with the level of care and skill ordinarily exercised by other professional consultants under similar circ imstances. AEC accepts no responsibility for data collected, the recommendations made or expressed to the client, and/or other commitments made by persons or firms other than AEC. No other representation is made to the client, expressed or implied, and no warranty or guarantee is included or intended. Thank you for the opportunity to provide Mr. Bass industrial hygiene services. If you have any questions on this limited scope asbestos building inspection, please contact me at your earliest convenience. Respectfully Submitted, ADVANCED ENVIRONMENTAL CONSULTING d� - Seth Kisselman Industrial Hygienist Received 1/14/2016 10:22:33 AM reap C i1T t � � Ati i ATTACHMENT A PICTURES if . 1 i ••••• ••1 I . .' , it? I I ' Received 1/14/2016 10:22:34 AM reap C i1T t tItiu ATTACHMENT B LABORATORY REPORT Received V14/2016 10:22:34 AM AtAggi&Li . 780 Simms Street Suite 104 AERObiology LAbORATORy Golden, CO, 80401 ASSOCIATES, INCORPORATED 303.232.3746 emerefis Certificate of Analysis www.aerobiology.net Client Name Advanced Environmental Consulting, LLC / ®O Date Collected: 09/02/16 Street address 658 S. Reed Ct. M11 J9 / wj Date Received: 09/02/16 City, State ZIP Lakewood, CO 80226 Date Analyzed: 09/12/16 Attn: Seth Kisselman NVLAP Lab Code 200860-0 Date Reported: 09/13/16 Client Project Name: Raife Bass 1325 Mountain View, Aspen Project ID: 16029014 Job ID: Test Requested: 3002, Asbestos in Bulk Samples Method: Polarized Light Microscopy / Dispersion Staining (PLM), Method for the Determination of Asbestos in Bulk Building Materials. EPA-600/R-93/116, July 1993. Homo- Non-Asbestos Non-Fibrous Matrix Sample Identification Physical Description of Sample/Layer geneous Layer Asbestos Detected Asbestos Percentage Fiber Material Material Client Lab Sample Number (Y/N) Percentage Percentage Percentage Composition 16029014-1A White Texture w/Tan Paint N 5% ND Trace 100 C A0201 16029014-1 B Tan/White Drywall N 95% ND 10 90 G 16029014-2A White Tape N 2% ND 99 1 16029014-2B White Texture w/Tan Paint N 4% ND Trace 100 C A0202 16029014-2C White Joint Compound N 9% ND Trace 100 C 16029014-2D ece ivedWhite Drywall N 85% ND 10 90 G I/11/2016 10:22:34 AM 16029014-3A White Texture w/Tan Paint N 15% ND Trace 100 C A0203 16029014-3B Tan/White Drywall N 85% ND 10 90 G 16029014-4A White Tape N 10% ND 99 1 B0201 16029014-4B White Texture w/Tan Paint N 20% ND Trace 100 C A = Amosite Q = Quartz P = Perlite AC = Actinolite C = Carbonates B = Binder klay0)____ AN = Anthophyllite G = Gypsum D=Diatoms CHR Croci sotile M = Mica 2_4.1_ CR = Crocidolite T = Tar TR = Tremolite NTR = Non-Asbestiform TR Ron Weyand Ron Weyand Trace=Less Than 1% NAC = Non-Asbestiform AC Laboratory Analyst Asbestos Laboratory Supervisor ND=None Detected Page 1 of 4 780 Simms Street, Suite 104, Golden, CO, 80401, 303.232.3746 AtAggi&Li . 780 Simms Street Suite 104 AERObiology LAbORATORy Golden, CO, 80401 ASSOCIATES, INCORPORATED 303.232.3746 emerefis Certificate of Analysis www.aerobiology.net Client Name Advanced Environmental Consulting, LLC / ®O Date Collected: 09/02/16 Street address 658 S. Reed Ct. M11 J9 / wj Date Received: 09/02/16 City, State ZIP Lakewood, CO 80226 Date Analyzed: 09/12/16 Attn: Seth Kisselman NVLAP Lab Code 200860-0 Date Reported: 09/13/16 Client Project Name: Raife Bass 1325 Mountain View, Aspen Project ID: 16029014 Job ID: Test Requested: 3002, Asbestos in Bulk Samples Method: Polarized Light Microscopy / Dispersion Staining (PLM), Method for the Determination of Asbestos in Bulk Building Materials. EPA-600/R-93/116, July 1993. Homo- Non-Asbestos Non-Fibrous Matrix Sample Identification Physical Description of Sample/Layer geneous Layer Asbestos Detected Asbestos Percentage Fiber Material Material Client Lab Sample Number (Y/N) Percentage Percentage Percentage Composition 16029014-4C White Joint Compound N 30% ND Trace 100 C B0201 16029014-4D Tan/White Drywall N 40% ND 10 90 G 16029014-5A White Texture w/Tan Paint N 30% ND Trace 100 C B0202 16029014-5B Tan/White Drywall N 70% ND 10 90 G 16029014-6A White Tape N 5% ND 99 1 16029014-6B ilzeceivedexture w/Tan Paint N 10% ND Trace 100 C B0203 I/1 '/2016 10:22:34 AM 16029014-6C White Joint Compound N 20% ND Trace 100 C 16029014-6D Tan/White Drywall N 65% ND 10 90 G 16029014-7A White Texture w/Tan Paint N 20% ND Trace 100 C CO201 16029014-7B Tan/White Drywall N 80% ND 10 90 G A = Amosite Q = Quartz P = Perlite AC = Actinolite C = Carbonates B = Binder P____Ait,04.____ AN = Anthophyllite G = Gypsum D=Diatoms CHR Croci slue M = Mica �- CR = Crocidolite T = Tar TR = Tremolite NTR = Non-Asbestiform TR Ron Weyand Ron Weyand Trace=Less Than 1% NAC = Non-Asbestiform AC Laboratory Analyst Asbestos Laboratory Supervisor ND=None Detected Page 2 of 4 780 Simms Street, Suite 104, Golden, CO, 80401 AtAggi&Li . 780 Simms Street Suite 104 AERObiology LAbORATORy Golden, CO, 80401 ASSOCIATES, INCORPORATED 303.232.3746 emerefis Certificate of Analysis www.aerobiology.net Client Name Advanced Environmental Consulting, LLC / ®O Date Collected: 09/02/16 Street address 658 S. Reed Ct. M11 J9 / wj Date Received: 09/02/16 City, State ZIP Lakewood, CO 80226 Date Analyzed: 09/12/16 Attn: Seth Kisselman NVLAP Lab Code 200860-0 Date Reported: 09/13/16 Client Project Name: Raife Bass 1325 Mountain View, Aspen Project ID: 16029014 Job ID: Test Requested: 3002, Asbestos in Bulk Samples Method: Polarized Light Microscopy / Dispersion Staining (PLM), Method for the Determination of Asbestos in Bulk Building Materials. EPA-600/R-93/116, July 1993. Homo- Non-Asbestos Non-Fibrous Matrix Sample Identification Physical Description of Sample/Layer geneous Layer Asbestos Detected Asbestos Percentage Fiber Material Material Client Lab Sample Number (Y/N) Percentage Percentage Percentage Composition 16029014-8A White Texture w/Tan Paint N 40% ND Trace 100 C CO202 16029014-8B Tan/White Drywall N 60% ND 10 90 G 16029014-9A White Tape N 10% ND 99 1 16029014-9B White Texture w/Tan Paint N 20% ND Trace 100 C CO203 16029014-9C White Joint Compound N 30% ND Trace 100 C 16029014-9D ece ivedWhite Drywall N 40% ND 10 90 G 1/1 /2016 10:22:34 AM D0601 16029014-10 Clear Tan Resinous Material N 100% ND Trace 100 A = Amosite Q = Quartz P = Perlite AC = Actinolite C = Carbonates B = Binder kla, AN = Anthophyllite G = Gypsum D=Diatoms o�- ____ 4�� CHR Croci sotile M = Mica CR = Crocidolite T = Tar TR = Tremolite NTR = Non-Asbestiform TR Ron Weyand Ron Weyand Trace=Less Than 1% NAC = Non-Asbestiform AC Laboratory Analyst Asbestos Laboratory Supervisor ND=None Detected Page 3 of 4 780 Simms Street, Suite 104, Golden, CO, 80401 780 Simms Street Suite 104 AE RO b i O tOgy LAb O RATO Ry Golden, CO, 80401 ASSOCIATES, INCORPORATED 303.232.3746 c�� Certificate of Analysis www.aerobiology.net Advanced Environmental Consulting, LLC / ® Date Collected: 09/02/16 658 S. Reed Ct. M 11 Date Received: 09/02/16 Lakewood, CO 80226 Date Analyzed: 09/12/16 Seth Kisselman NVLAP Lab Code 200860-0 Date Reported: 09/13/16 Client Project Name: Raife Bass 1325 Mountain View, Aspen Project ID: 16029014 Job ID: General Notes ♦ ND indicates no asbestos was detected; the method detection limit is 1 %. ♦ Trace or "<1" indicates asbestos was identified in the sample, but the concentration is less than 1%. ♦ All regulated asbestos minerals (i.e. chrysotile, amosite, crocidolite, anthophyllite, tremolite, and actinolite) were sought in every layer of each sample, but only those asbestos minerals detected are listed. Amosite is the common name for the asbestiform variety of the minerals cummingtonite and grunerite. Crocidolite is the common name used for the asbestiform variety of the mineral riebeckite. ♦ Tile, vinyl, foam, plastic, and fine powder samples may contain asbestos fibers of such small diameter (< 0.25 microns in diameter) that these fibers cannot be detected by PLM. For such samples, more sensitive analytical methods (e.g. TEM, SEM, and XRD) are recommended if greater certainty about asbestos content is required. Semi-quantitative bulk TEM floor tile analysis is accepted under NESHAP regulations. ♦ These results are submitted pursuant to Aerobiology Laboratory Associates, Inc.'s current terms and conditions of sale, including the company's standard warranty and limitation of liability provisions. No responsibility or liability is assumed for the manner in which the results are used or interpreted. ♦ Unless notified in writing to return the samples covered by this report, Aerobiology Laboratory Associates, Inc. will store the samples for a minimum period of thirty (30) days before discarding. A shipping and handling charge will be assessed for the return of any samples. ♦ Aerobiology does not guarantee the results of tape lifts, microvacs, wipe, and/or debris samples. Accurate analysis cannot be performed due to particle size, media used, and/or amount of material given. Analysis of these materials should be preformed by a TEM. A result of ND does not indicate that the sample area does not contain asbestos. It means the analyst could not identify asbestos in the specific samiple for the reaso s listed above. Received Notes Required by NVLAP I/14/2016 10:22:34 AM ♦ This report must not be used by the client to claim product certification, approval, or endorsement by NVLAP, NIST, or any agency of the Federal Government. ♦ This test report relates only to the items tested or calibrated. ♦ This report is not valid unless it bears the name of a NVLAP-approved signatory. ♦ Any reproduction of this document must include the entire document in order for the report to be valid. Page 4 of 4 780 Simms Street, Suite 104, Golden, CO, 80401, 303.232.3746 Lab use, Page of AERoblo1oc1y IAbon rout' �} -a, w� 1 _ ASSOCL ILS, r I`COl PORAII ) I(V 0 'D.-PM � ` LkA Ak rte.e Scarce /997 N V LAV 4_ ELITENVIAP lab Code 2008600Ka! LAB e192683(CO) I ) NVUP lab Code 200829.0(VA; LAB 8302922 NA, Aerobiology Client CO.GA,VA LA,1:63063(VA t / � Collected By/Data: Ralln B te: Field Contact 5c3 IV— G�i �( yPr�g. Z eQ,c; elinquished By/Date: Recg' ed By/Datp- Address > { ., -i Address Sampler Andersen_ SampleAire Other Type SAS_ AeroTrap BioCulture Phone/Fax ° 3 6OY(i PO#/Job#/Project Name: Email �41 £ Agtss Cas- vol..' viou Routine 24 Hour Same Day 4 Hour 2 Hour 5"ay ) Notes/CC Info: (Asbubs Zip Code Where Work Is Performed Sample No. Test Code Sample Location Total Volume/Area 1 40 i $oat 6 M ( 5PLAtt1 e- SM -G—F — IU /5bf 2 /02- 's 3 AO Z c — G 4 g° o l OrpleE D0-, £ iIIL- 5M-6-F f Zoo, s 45.20-2- Aires, 6 60z03 Si t i 7 Io zdl So Truwv- r£,Ct $M-6 -F S 35 i"( CoZ0Z 8 L ( ' ( A/k. 10 Diu, I,NpO$,) CA-VLIC , Ai1f LAB USO14t " c: J� 12 - V: , 13 A, 9/13/16 KW by KH 14 1054 Direct, Non-viable Spore Trap 1016 ulture-WATER Legionella 1051 Direct, Qualitative-Swab/Tape 1017 Culture-SWAB Legionella 1050 Direct,Qualitative-Bulk 10't WATER-Potable-E.coli/total coliforms 1005 AIR Culture-Bacterial Count w/ID's 1014 avviAti-b.Coll/total coliforms 1030 AIR Culture-Fungal Count w/ID's 1028 Sewage Screen(E.coli/Enterococcus/fecal coliforms) 1006 SWAB Culture-Bacterial Count w/ID's 2056 Heterotrophic Plate Count 1031 SWAB Culture-Fungal Count w/ID's 3001 ASBESTOS-Point count 1008 BULK Culture-Bacterial Count w/ID's 3002 ASBESTOS-PLM Analysis 1033 BULK Culture-Fungal Count w/ID's 3003 ASBESTOS-Particle characterization 1007 WATER Culture-Bacterial Count w/ID's 3004 _ASBESTOS-PCM Analysis 780 Simms Street.Suite 104,Golden,CO 80401-(866)620-9348 Fax(303)232-0283-email denver@aeroblolcgy net 43760 Trade Center Place.Suite 100,Dulles,VA 20166-(877)648-9150 Fax(703)66' 93'9 '- ._`-'6-..-,"mat'""' 4501 Circle 75 Parkway.Suite A1190.Atlanta GA 30339-(866)820-9313 Fax(770)947-2938-email ATLQaerobioiogy net 1761 Hotel Cede South.Suite 121,San Diego,CA 92108-(650)302-2223 Fax(720)235-5916-e-Rroe gest aer I\l ee d 0 3 Revision 8 1/14/2016 10:22:34 AM rya C i1T t i 1 � � MJ/ ATTACHMENT C CER'1'1N1ICATIONS y... Cd��vap^d�,,lg" t _. n EMV0ublic Hnhh / udlwiowns a' 4; ASBESTOS ASBESTOS ,- CERTIFICATION* CERTIFICATION* �. -i. Ifiu certain chat Seth B.Kisselman l'IM comfits Mat Seth B.Klsselmau C C.rnf N 21329 ;')':: a 2131 h met th,Mdta.emems of 1301 C.R.S_and A Quaf,Control h he N 13 ]30]CRS d A'Qualify Canto' t (onun�ss on Regulai nn Nn i I' II d hezeby rt fed b the Cwnmisxio R .8 P U.r-0 h by �fieJ h>�hr 1 sureafColomd08Z1,ollonnnpdnc�phne: Imada in wmp tlisciptmc Building Inspector" Air Monitoring Specialist* r > f ry• •. dnM1 03,2916 : ;:, ASBESTOS CONSULTING FIRM •?',-" ASBESTOS LABORATORY Adv.need Environmental Coasaltias,LLC Advanced Eaviroanatatal Coaaaltina,LLC nal...w.n.,Act.Ern Rogow..n.:Af.-aan oma4r..ors iPm.w.re*oat la as.*or, = na.r.I.ma owno Received 1/14/2016 10:22:34 AM