Bureau Veritas North America, Inc. Health, Safety, and Environmental Services 3380 Chastain Meadows Parkway, Suite 300 Kennesaw, GA 30144

Main: (770) 499-7701 Fax: (770) 499-7511 www.us.bureauveritas.com

September 18, 2015

MAXXAM ANALYTICSMelissa Dipinto

Dear Melissa Dipinto:

Reference: JOB# B5I2887

Bureau Veritas Work Order No. A1509134

200 Bluewater RoadDedford, Nova Scotia B4B 1G9

Bureau Veritas North America, Inc. received 2 samples on September 14, 2015 for the analyses presented in the following report.

The results apply only to the samples analyzed in this project. Please note that any unused portion of the samples will be discarded after a sixty-day holding period, unless you have requested otherwise.

This material is confidential and is intended solely for the person to whom it is addressed. If this is received in error, please contact the number provided below.

We appreciate the opportunity to assist you. If you have any questions concerning the report, please contact the analyst whose name appears on the report or myself at (770) 499-7701.

Sincerely,

Jon PerrenoudSenior MicroscopistElectronic signature authorized through password protection

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18-Sep-15Date:CASE NARRATIVE

Project: JOB# B5I2887

CLIENT: MAXXAM ANALYTICS

Work Order No A1509134

ANALYTICAL METHOD FOR ASBESTOS IN BULK SAMPLES USING POLARIZEDLIGHT MICROSCOPY (PLM) USING POINT COUNTING

The results of this report relate only to the samples listed in the body of this report.

Unless otherwise noted below, the following statements apply: 1) all samples were received inacceptable condition, 2) all quality control results associated with this sample set were within acceptablelimits and/or do not adversely affect the reported results, and 3) the industrial hygiene results have notbeen blank corrected unless otherwise noted.

A representative portion of the bulk sample is transferred to a small dish. The sample is examined undera stereomicroscope at 10x to 40x magnification to note the physical characteristics of the sample.

A small subsample is extracted and mounted on a microscope slide using a refractive index liquid(Cargille Series E: HD [high dispersion]). The subsample is analyzed by polarized light microscopysupplemented by dispersion staining. Percentage of asbestos is determined using point counting onfibers >10:1 aspect ratio. For point counting, a minimum of four slides are prepared, with 100 non-empty points counted on each of the slides. Bulk samples analyzed by New York State methods followstratified point counting methods or Method 198.6 for PLM non-organically bound materials (NYDOHLab Code -11645). Bulk samples analyzed to meet the requirements of the State of California utilizecurrent EPA methods except 1000 points are counted instead of 400 points. All points counted use thecenter cross-hair reticle procedure. The percentage of asbestos points (identified by central stopdispersion staining) divided by the total points counted yields the percent asbestos. Final results arereported as type of asbestos and percent asbestos.

The Kennesaw, Georgia lab is accredited by NVLAP –Lab Code 101125-0.

References

McCrone, Walter C. 1980. The Asbestos Particle Atlas. Ann Arbor, MI: Ann Arbor SciencePublishers, Inc.

United States Environmental Protection Agency. Environmental Monitoring Systems Laboratory.1982. "Interim Method for the Determination of Asbestos in Bulk Insulation Samples." EPA-600/M4-82-020. Washington: GPO, December.

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Project: JOB# B5I2887

CLIENT: MAXXAM ANALYTICS

Work Order No A1509134

Method for the Determination of Asbestos in Bulk Building Materials. EPA-600/R-93/116, July 1993(PLM)

New York ELAP Method 198.1

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Work Order No.: A1509134

Client Reference: JOB# B5I2887

Method Referenc Asbestos Point Counting by EPA/600/R-93/116

Sample Type: Bulk

Date Received: 9/14/2015

9/18/2015 9:35:03 AMReport Date:

ANALYTICAL RESULTSCLIENT: MAXXAM ANALYTICS

Date: 18-Sep-15

Lab ID Client Sample ID Analyst Date AnalyzedDate Sampled

09/18/2015KH001A AYP520-01R \ BTH-1958 09/04/2015

Sample MorphologyLayer POB No. Points Counted Identification %Count(1) 2 Homogeneous Friable White Paint 400

0 < 0.25

Chrysotile 0Amosite 0

Crocidolite 0Anthophyllite 0

Actinolite 0Tremolite 0

< 0.25< 0.25< 0.25< 0.25< 0.25< 0.25

TOTALS

(2) 98 Homogeneous Non-friable BrownCeiling Tile

400

0 < 0.25

Chrysotile 0Amosite 0

Crocidolite 0Anthophyllite 0

Actinolite 0Tremolite 0

< 0.25< 0.25< 0.25< 0.25< 0.25< 0.25

TOTALS

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Work Order No.: A1509134

Client Reference: JOB# B5I2887

Method Referenc Asbestos Point Counting by EPA/600/R-93/116

Sample Type: Bulk

Date Received: 9/14/2015

9/18/2015 9:35:03 AMReport Date:

ANALYTICAL RESULTSCLIENT: MAXXAM ANALYTICS

Date: 18-Sep-15

Lab ID Client Sample ID Analyst Date AnalyzedDate Sampled

09/18/2015KH002A AYP521-01R \ BTH-1992 09/04/2015

Sample MorphologyLayer POB No. Points Counted Identification %Count(1) 2 Homogeneous Friable White Paint 400

0 < 0.25

Chrysotile 0Amosite 0

Crocidolite 0Anthophyllite 0

Actinolite 0Tremolite 0

< 0.25< 0.25< 0.25< 0.25< 0.25< 0.25

TOTALS

(2) 98 Homogeneous Non-friable BrownCeiling Tile

400

0 < 0.25

Chrysotile 0Amosite 0

Crocidolite 0Anthophyllite 0

Actinolite 0Tremolite 0

< 0.25< 0.25< 0.25< 0.25< 0.25< 0.25

TOTALS

Analyst(s) Name/Date: 9/18/2015

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Town of Berwick

Maxxam Job Number: B523299

Report Date: 2015/02/19

RESULTS OF ANALYSES OF SOIL

Maxxam ID ZL8434

Sampling Date 2015/02/05

COC Number D000128

Units ASBESTOS-DR RDL QC Batch

Inorganics

Chrysotile Asbestos % 1.5 0.50 3922853

Amosite Asbestos % ND 0.50 3922853

Crocidolite Asbestos % ND 0.50 3922853

Anthophyllite Asbestos % ND 0.50 3922853

Actinolite Asbestos % ND 0.50 3922853

Tremolite Asbestos % ND 0.50 3922853

Cellulose % ND 1.0 3922853

Mineral Wool % ND 1.0 3922853

Glass Fibres % ND 1.0 3922853

Hair % ND 1.0 3922853

Miscellaneous Fibres % ND 1.0 3922853

Asbestos % 1.5 0.50 3922853

RDL = Reportable Detection Limit

QC Batch = Quality Control Batch

ND = Not detected

Results relate only to the items tested.