ATTACHMENT_7_ACM-LBP_Survey_Report_-_Netherlands_Carillon.pdf
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- GWMP 214371 Netherlands Carillon Federal contract opportunity
- Solicitation number
- 140P2018R0067
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August 31, 2017
Ms. Anne Weber
Mills + Schnoering Architects, LLC
200 Forrestal Road, Suite 3A
Princeton, NJ 08540
Re:
Limited Hazmat Survey Report
The Netherlands Carillon
Arlington, Virginia
Langan Project No.: 270059001
Dear Ms. Weber:
Langan Engineering and Environmental Services, Inc. (Langan) completed a limited hazardous materials (hazmat) survey at the Netherlands Carillon in Arlington Ridge Park, Virginia. The purpose of the survey was to identify the presence/absence of asbestos containing materials
(ACM), and lead concentrations in painted surfaces that would have potential impact in connection with the planned rehabilitation of the Carillon.
SITE DESCRIPTION
The Netherlands Carillon adjacent to Arlington National Cemetery was a gift from the people of the Netherlands to the people of the United States in 1954. The Carillon is located in Arlington
Ridge Park which is part of the George Washington Memorial Parkway. The Carillon is situated on a ridge overlooking the Potomac River and Washington, D.C. and provides expansive views of the
National Mall, West Potomac Park, and Arlington Cemetery. The 127-foot steel structure was constructed in 1954 and was renovated in 1983 and 1994.
SURVEY METHODOLOGY
Asbestos-Containing Materials
Asbestos survey of the structure was conducted in accordance with the United States
Environmental Protection Agency (USEPA) protocol outlined in the USEPA publication “Asbestos in Buildings”. Suspect ACM was categorized into various homogeneous materials, and tested for asbestos content. Sampling and analysis was conducted in accordance with USEPA protocol
600/M4-82-020 per 40 CFR 763. During the survey, suspect materials observed in the structure were documented, assessed, and quantified, and sampled as necessary. Samples collected were properly packaged in individual containers, sealed; catalogued and chain-of-custody documentation was completed.
Lead-Based Paint
As per 40 CFR Part 745, Toxic Substances Control Act (TSCA), Title IV (Lead Exposure
Reduction), the term ‘‘lead-based paint’’ means paint or other surface coatings that contain lead in excess of 1.0 milligrams per centimeter squared (mg/cm2) or 0.5 percent by weight.
Arlington, Virginia
Langan Project No.: 270059001
A Heuresis Pb200i X-Ray Fluorescence (XRF) Spectrum Analyzer was used to inspect the subject structure to identify lead concentrations in painted surfaces. The Heuresis Pb200i analyzer uses a cobalt 57 radioactive source and an advanced solid-state radiation detector to generate an x-ray fluorescence spectrum of a painted surface. During the analysis, the intensity of the x-rays is converted by the instrument’s internal software into an estimate of the concentration of lead in the substance being analyzed. This device is a field-screening tool, used to collect multiple readings in a short period of time. The method of measurement is based on spectrometric analysis of lead x-ray fluorescence within a controlled depth of interrogation. The reading is an estimate of lead content in all layers of paint.
FILES REVIEW
No relevant files were available for our review.
OBSERVATIONS AND FINDINGS
Asbestos-Containing Materials
The field survey of the subject structure was conducted on July 26, 2017 by Langan’s Darshan
Desai, a State of Virginia accredited asbestos inspector. Suspect materials observed during the survey were documented, assessed, quantified, and sampled as necessary.
Twenty four (24) bulk samples of accessible suspect materials were collected and twenty two
(22) asbestos analyses were completed as part of the survey. As required by the USEPA, samples were analyzed by individual layer (i.e., floor tile & the associated mastic were analyzed as two (2) separate samples). Bulk samples of suspect ACM were analyzed using the Polarized
Light Microscopy (PLM) analytical methodology in accordance with 40CFR 763 and NESHAP regulations. Analysis of samples for each homogeneous group was stopped at first positive.
Samples were analyzed by AmeriSci Richmond, a laboratory certified by the National Voluntary
Laboratory Accreditation Program (NVLAP).
Refer to Table 1 for the detail summary of asbestos survey findings. A copy of laboratory test results, chain-of–custody documentation, Langan’s certifications and laboratory accreditations, and sampling locations are provided in the Attachments.
Lead Based Paint
The objective of the paint screening was to identify lead concentrations in painted components so that the Contractor is aware of the lead hazards while performing work activities. The screening of painted surfaces was conducted on July 26, 2017 by Langan’s Sanjay Patel, USEPA-accredited lead inspector. The locations screened primarily consisted of paint on metal walls and ceilings, structural components, handrails, floor, mesh enclosure, stair components, ladder, register, gate and door. A total of one hundred thirty (130) painted locations were screened for
LBP during the survey.
Based on the XRF screening data, the grey paint on wall panels, ceiling, structural components, landings, and door was identified to contain lead in excess of 1.0 mg/cm2. Overall, the paint on structural components was observed to be in fair to poor condition. A summary of XRF screening data is provided in Table 2 and included in the Attachments.
Arlington, Virginia
Langan Project No.: 270059001
CONCLUSIONS
Asbestos-Containing Materials
The caulk associated with the carillon structure windows and floor expansion joints was identified to be ACM. Due to live electricity, the braided electrical wires were inaccessible for sampling and are assumed to be ACM. Refer to Table 1 for a summary of asbestos survey findings.
All identified ACM/assumed ACM which would be impacted by planned project activities must be properly removed prior to initiating such activities. ACM which would be impacted by planned project activities must be properly removed in accordance with applicable Federal, State and local regulations by a licensed asbestos abatement contractor. Proper notifications must be filed with the Federal, State and local regulatory agencies prior to performing such activities.
Although not mandated by the current state regulation, the abatement activities should be monitored by a third party project monitor. The project monitor oversees the contractor’s work practices to ensure regulatory compliance and performs final clearance visual surveys and clearance air testing.
Lead Based Paint
Based on the XRF screening data, the grey paint on various structural components was identified to contain lead in excess of 1.0 mg/cm2. Refer to Table 2 for the XRF screening data.
Although the USEPA defines lead based paint as paint having lead concentrations equal or greater than 1.0 mg/cm2, the Occupational Safety and Health Administration (OSHA) considers any concentration of lead in paint to be lead containing paint. Regardless of the lead concentrations in paint, the contractor shall comply with 29 CFR 1926.62, OSHA regulations, and take precautionary measures for dust control and limit employee exposure to lead dust during the renovations.
Painted surfaces that would be impacted by planned activities such as drilling, cutting, scrapping, etc. and create dust should be properly addressed by following safe work practices, good housekeeping procedures and/or following proper abatement procedures. Grinding and sanding of paint without HEPA filter exhaust, open flame gas fired torch, unconfined abrasive blasting, and chemical strippers containing methylene chloride or other human carcinogenic chemicals are not recommended.
The Federal Resource Conservation and Recovery Act (RCRA) regulation governs the handling, transportation, and disposal of hazardous materials. Every demolition/renovation debris generator has the responsibility to determine whether the debris exhibits one or more of the characteristic wastes listed in subpart C of 40 CFR Part 261. In the case of demolition debris, lead in paint is a characteristic waste, and therefore, it is the responsibility of the renovation/demolition debris generator to characterize the waste prior to its disposal and, if found to be hazardous waste as defined by Federal Statutes, to be properly handled and disposed.
LIMITATIONS, EXCEPTIONS AND ASSUMPTIONS
Opinions and recommendations presented in this report apply to site conditions and features as they existed at the time of Langan’s site visit, and those reasonably foreseeable. They cannot
Arlington, Virginia
Langan Project No.: 270059001 necessarily apply to conditions and features of which Langan is unaware and has not had the opportunity to evaluate.
Any suspect material that is not listed in this report must be assumed to be ACM and treated as such unless otherwise confirmed by laboratory testing.
The conclusions presented in this report are professional opinions based solely upon Langan’s visual observations of accessible areas, laboratory test data and current regulatory requirements.
These conclusions are intended exclusively for the purpose stated herein, at the site indicated, and for the project indicated.
It is important to recognize that even the most comprehensive scope of services may fail to detect all asbestos containing materials that may be associated with the property. Langan cannot, therefore, act as insurers and cannot “certify” that all asbestos containing materials associated with the property have been identified, and no expressed or implied representation or warranty is included or intended in our report, except that our services were performed, within the limits prescribed by our client, with the customary thoroughness and competence of our profession. If you have any questions or need any additional information, please let us know.
Sincerely, Langan Engineering and Environmental Services, Inc.
Darshan Desai
Senior Project Engineer
Vijay Patel
Senior Associate/VP
Attachments: Table 1- Summary of Asbestos Survey Findings
Table 2- LBP XRF Screening Results
Laboratory Test Results and Chain of custody Documentation – Asbestos
Sample Location Drawings
Langan Certifications and Laboratory Accreditations
\\langan.com\data\ARL\data0\270059001\Project Data\_Discipline\HAZMAT\1 - Report Files\2017-08-31 - ACM-LBP Survey Report - Netherlands Carillon.docx
Arlington, Virginia
Langan Project No.: 270059001
ATTACHMENTS
TABLES
Material Sample
ID
Location Notes/Comments
ACM
Window caulk (tan/gray) WC-1 Exterior - Clavier Room ACM CHRY 2.0% 125 LF ---
Floor joint caulk (tan/gray) FJC-2 4th Landing below Terrace
ACM CHRY 2.0% 10 LF ---
Braided electrical wires -- Scattered Locations Assumed
ACM
-- 500 LF
Live electricity prohibited sampling.
Non-ACM
Textured paint (gray) TP-1 Throughout Non-ACM -- -- ---
Metal wall/ceiling -- Throughout Non-
Suspect
Bare metal column/beam -- Throughout Non-
Suspect
No suspect materials were observed associated with metal columns/beams.
Floor joint caulk (clear) FJC-1 Throughout Non-ACM -- -- ---
12"X12" light beige floor tiles FT-1 Clavier Room Non-ACM -- -- ---
Glue associated with 12"X12" light beige floor tiles FT-1 Clavier Room Non-ACM -- -- ---
Caulk around HVAC unit CAH-1 Exterior - Clavier Room Non-ACM -- -- ---
Rubber/plastic electrical wires -- Throughout Non-
Suspect
Terra cotta caulking TCC-1 Perimeter Wall / Sitting
Area Non-ACM -- -- ---
Structure base caulk SBC-1 Ground Floor Non-ACM -- -- ---
Stone tile mortar FTM-1 Ground Floor Non-ACM -- -- ---
Bedding associated with stone tile BD-1 Ground Floor Non-ACM -- -- ---
Waterproofing coat WP-1 Roof Non-ACM -- -- ---
2 ND = “None Detected” – Asbestos not detected in sampled material.
3 CHRY = Chrysotile Asbestos
A material with asbestos content greater than one percent (>1.0%) is considered as an asbestos-
Table -1 - SUMMARY OF ASBESTOS SURVEY FINDINGS
Netherlands Carillon - GWMP 214371
Arlington, VA 22211
Survey Results
Estimated
Quantity
Affected by
Scope of
Work
Project Name: Action Level: 1.0 mg/cm
Survey Dates: 7/26/2017 Total Assays Reported: 130
N/A 1.00
N/A 1.00
1 Wall Metal Grey Clavier Room 0.10 NEGATIVE ---
2 Door Metal Grey Clavier Room 2.10 POSITIVE ---
3 Wall Metal Grey Clavier Room 0.10 NEGATIVE ---
4 Wall Metal Grey Clavier Room 0.10 NEGATIVE ---
5 Wall Metal Grey Clavier Room 0.50 NEGATIVE ---
6 Wall Metal Grey Clavier Room 0.30 NEGATIVE ---
7 Ceiling Metal Grey Clavier Room 0.10 NEGATIVE ---
8 Ceiling Metal Grey Clavier Room 0.30 NEGATIVE ---
9 Panel Metal Grey Clavier Room 0.00 NEGATIVE ---
10 Conduit Metal Grey Clavier Room 0.40 NEGATIVE ---
11 Door Metal Grey Terrace 2 Level 1.80 POSITIVE ---
12 Door Metal Grey Terrace 2 Level 1.50 POSITIVE ---
13 Ladder Metal Grey Terrace 2 Level 0.30 NEGATIVE ---
14 Column Metal Grey Terrace 2 Level 1.10 POSITIVE ---
15 Floor Metal Grey Terrace 2 Level 0.30 NEGATIVE ---
16 Column Metal Grey Terrace 2 Level 2.80 POSITIVE ---
17 Handrail Metal Grey Terrace 2 Level 0.40 NEGATIVE ---
18 Ceiling Metal Grey Terrace 2 Level 1.60 POSITIVE ---
19 Ceiling Metal Grey Terrace 2 Level 1.30 POSITIVE ---
20 Wall Panel Metal Grey Terrace 2 Level 1.70 POSITIVE ---
21 Wall Panel Metal Grey Terrace 2 Level 2.10 POSITIVE ---
22 Floor Metal Grey Terrace 2 Level 0.20 NEGATIVE ---
23 Floor Metal Grey Terrace 2 Level 0.10 NEGATIVE ---
24 Floor Metal Grey Terrace 2 Level 0.00 NEGATIVE ---
25 Ladder Metal Grey Terrace 2 Level 0.20 NEGATIVE ---
26 Handrail Metal Grey Terrace 2 Level 0.40 NEGATIVE ---
27 Handrail Metal Grey Terrace 2 Level 0.10 NEGATIVE ---
28 Mesh Enclosure Metal Grey Between Terrace 1 & 2 0.20 NEGATIVE ---
29 Mesh Enclosure Metal Grey Between Terrace 1 & 2 0.00 NEGATIVE ---
30 Column Metal Grey Between Terrace 1 & 2 1.00 POSITIVE ---
31 Stair Component Metal Grey Between Terrace 1 & 2 0.00 NEGATIVE ---
32 Beam Metal Grey Between Terrace 1 & 2 1.10 POSITIVE ---
33 Column Metal Grey Between Terrace 1 & 2 0.10 NEGATIVE ---
34 Wall Metal Grey Between Terrace 1 & 2 -0.40 NEGATIVE ---
35 Stair Component Metal Grey Between Terrace 1 & 2 0.20 NEGATIVE ---
36 Beam Metal Grey Between Terrace 1 & 2 0.20 NEGATIVE ---
37 Structural Component Metal Grey Between Terrace 1 & 2 0.20 NEGATIVE ---
38 Wall Panel Metal Grey Between Terrace 1 & 2 0.10 NEGATIVE ---
39 Column Metal Grey Between Terrace 1 & 2 1.30 POSITIVE ---
40 Column Metal Grey Between Terrace 1 & 2 1.80 POSITIVE ---
41 Wall Panel Metal Grey Between Terrace 1 & 2 1.70 POSITIVE ---
42 Stair Component Metal Grey Between Terrace 1 & 2 0.10 NEGATIVE ---
43 Handrail Metal Grey Between Terrace 1 & 2 0.00 NEGATIVE ---
44 Stair Component Metal Grey Between Terrace 1 & 2 0.10 NEGATIVE ---
45 Handrail Metal Grey Between Terrace 1 & 2 0.00 NEGATIVE ---
46 Wall Panel Metal Grey Between Terrace 1 & 2 0.10 NEGATIVE ---
47 Wall Panel Metal Grey Between Terrace 1 & 2 0.10 NEGATIVE ---
48 Wall Panel Metal Grey Between Terrace 1 & 2 -0.40 NEGATIVE ---
49 Wall Panel Metal Grey Between Terrace 1 & 2 2.10 POSITIVE ---
50 Wall Panel Metal Grey Between Terrace 1 & 2 0.30 NEGATIVE ---
51 Wall Panel Metal Grey Terrace 1 Level 0.00 NEGATIVE ---
52 Wall Panel Metal Grey Terrace 1 Level 0.00 NEGATIVE ---
Table -2 - XRF SCREENING RESULTS
Netherlands Carillon - GWMP 214371
Arlington, VA 22211
Site
Address:
Arlington, VA 22211
Netherlands Carillon - GWMP 214371
Calibration
Calibration
Survey
ID #
Results CommentsComponent Substrate Color Test Location
Total Lead mg/cm
Survey Dates: 7/26/2017 Total Assays Reported: 130
Table -2 - XRF SCREENING RESULTS
Netherlands Carillon - GWMP 214371
Arlington, VA 22211
Site
Address:
Arlington, VA 22211
Netherlands Carillon - GWMP 214371
Survey
ID #
Results CommentsComponent Substrate Color Test Location
Total Lead mg/cm
53 Wall Panel Metal Grey Terrace 1 Level 0.20 NEGATIVE ---
54 Wall Panel Metal Grey Terrace 1 Level 1.90 POSITIVE ---
55 Handrail Metal Grey Terrace 1 Level 0.10 NEGATIVE ---
56 Handrail Metal Grey Terrace 1 Level 0.10 NEGATIVE ---
57 Mesh Enclosure Metal Grey Terrace 1 Level 0.30 NEGATIVE ---
58 Mesh Enclosure Metal Grey Terrace 1 Level 0.10 NEGATIVE ---
59 Mesh Enclosure Metal Grey Terrace 1 Level 0.10 NEGATIVE ---
60 Handrail Metal Grey Terrace 1 Level 0.10 NEGATIVE ---
61 Wall Panel Metal Grey Terrace 1 Level 3.80 POSITIVE ---
62 Wall Panel Metal Grey Terrace 1 Level 2.80 POSITIVE ---
63 Floor Metal Grey Terrace 1 Level 0.10 NEGATIVE ---
64 Wall Panel Metal Grey Terrace 1 Level 5.80 POSITIVE ---
65 Floor Metal Grey Terrace 1 Level 0.30 NEGATIVE ---
66 Wall Panel Metal Grey Terrace 1 Level 3.40 POSITIVE ---
67 Wall Panel Metal Grey Terrace 1 Level 1.70 POSITIVE ---
68 Wall Panel Metal Grey Terrace 1 Level 0.10 NEGATIVE ---
69 Wall Panel Metal Grey Terrace 1 Level 0.10 NEGATIVE ---
70 Wall Panel Metal Grey Terrace 1 Level 0.00 NEGATIVE ---
71 Wall Panel Metal Grey Terrace 1 Level 0.90 NEGATIVE ---
72 Conduit Metal Grey Terrace 1 Level 0.60 NEGATIVE ---
73 Conduit Metal Grey Terrace 1 Level 0.20 NEGATIVE ---
74 Column Metal Grey Terrace 1 Level 1.70 POSITIVE ---
75 Column Metal Grey Terrace 1 Level 3.10 POSITIVE ---
76 Beam Metal Grey Terrace 1 Level 1.10 POSITIVE ---
77 Beam Metal Grey Terrace 1 Level 1.40 POSITIVE ---
78 Ceiling Metal Grey Terrace 1 Level 0.40 NEGATIVE ---
79 Ceiling Metal Grey Terrace 1 Level 0.10 NEGATIVE ---
80 Ceiling Metal Grey Terrace 1 Level 2.50 POSITIVE ---
81 Ceiling Metal Grey Terrace 1 Level 2.70 POSITIVE ---
82 Ceiling Metal Grey Terrace 1 Level 3.10 POSITIVE ---
83 Floor Metal Grey Terrace 1 Level 0.00 NEGATIVE ---
84 Floor Metal Grey Terrace 1 Level 0.30 NEGATIVE ---
85 Floor Metal Grey Terrace 1 Level 0.10 NEGATIVE ---
86 Wall Panel Metal Grey Terrace 1 Level 1.60 POSITIVE ---
87 Stair Component Metal Grey Between Terrace 1 & Level 1 0.00 NEGATIVE ---
88 Stair Component Metal Grey Between Terrace 1 & Level 1 0.00 NEGATIVE ---
89 Stair Component Metal Grey Between Terrace 1 & Level 1 0.20 NEGATIVE ---
90 Stair Component Metal Grey Between Terrace 1 & Level 1 0.10 NEGATIVE ---
91 Stair Component Metal Grey Between Terrace 1 & Level 1 0.20 NEGATIVE ---
92 Stair Component Metal Grey Between Terrace 1 & Level 1 0.10 NEGATIVE ---
93 Structural ComponentMetal Grey Between Terrace 1 & Level 1 1.50 POSITIVE ---
94 Structural ComponentMetal Grey Between Terrace 1 & Level 1 1.90 POSITIVE ---
95 Landing Ceiling Metal Grey Between Terrace 1 & Level 1 1.10 POSITIVE ---
96 Landing Floor Metal Grey Between Terrace 1 & Level 1 0.20 NEGATIVE ---
97 Landing Ceiling Metal Grey Between Terrace 1 & Level 1 1.20 POSITIVE ---
98 Landing Floor Metal Grey Between Terrace 1 & Level 1 0.20 NEGATIVE ---
99 Landing Ceiling Metal Grey Between Terrace 1 & Level 1 0.60 NEGATIVE ---
100 Landing Floor Metal Grey Between Terrace 1 & Level 1 -0.10 NEGATIVE ---
101 Wall Panel Metal Grey Between Terrace 1 & Level 1 0.10 NEGATIVE ---
102 Wall Panel Metal Grey Between Terrace 1 & Level 1 1.30 POSITIVE ---
103 Wall Panel Metal Grey Between Terrace 1 & Level 1 1.80 POSITIVE ---
104 Wall Panel Metal Grey Between Terrace 1 & Level 1 0.20 NEGATIVE ---
105 Handrail Metal Grey Between Terrace 1 & Level 1 0.10 NEGATIVE ---
106 Handrail Metal Grey Between Terrace 1 & Level 1 0.10 NEGATIVE ---
107 Handrail Metal Grey Between Terrace 1 & Level 1 0.00 NEGATIVE ---
108 Handrail Metal Grey Between Terrace 1 & Level 1 0.00 NEGATIVE ---
109 Wall Panel Metal Grey Ground Floor - Level 1 0.00 NEGATIVE ---
110 Wall Panel Metal Grey Ground Floor - Level 1 0.10 NEGATIVE ---
111 Wall Panel Metal Grey Ground Floor - Level 1 3.30 POSITIVE ---
112 Wall Panel Metal Grey Ground Floor - Level 1 3.10 POSITIVE ---
113 Wall Panel Metal Grey Ground Floor - Level 1 0.00 NEGATIVE ---
Survey Dates: 7/26/2017 Total Assays Reported: 130
Table -2 - XRF SCREENING RESULTS
Netherlands Carillon - GWMP 214371
Arlington, VA 22211
Site
Address:
Arlington, VA 22211
Netherlands Carillon - GWMP 214371
Survey
ID #
Results CommentsComponent Substrate Color Test Location
Total Lead mg/cm
114 Wall Panel Metal Grey Ground Floor - Level 1 0.00 NEGATIVE ---
115 Wall Panel Metal Grey Ground Floor - Level 1 0.00 NEGATIVE ---
116 Wall Panel Metal Grey Ground Floor - Level 1 11.10 POSITIVE ---
117 Wall Panel Metal Grey Ground Floor - Level 1 2.80 POSITIVE ---
118 Wall Panel Metal Grey Ground Floor - Level 1 7.20 POSITIVE ---
119 Wall Panel Metal Grey Ground Floor - Level 1 0.30 NEGATIVE ---
120 Gate Metal Grey Ground Floor - Level 1 0.10 NEGATIVE ---
121 Handrail Metal Grey Ground Floor - Level 1 0.20 NEGATIVE ---
122 Gate Metal Grey Ground Floor - Level 1 0.10 NEGATIVE ---
123 Stair Component Metal Grey Ground Floor - Level 1 0.20 NEGATIVE ---
124 Stair Component Metal Grey Ground Floor - Level 1 0.10 NEGATIVE ---
125 Wall Panel Metal Grey Ground Floor - Level 1 0.20 NEGATIVE ---
126 Wall Panel Metal Grey Ground Floor - Level 1 1.20 POSITIVE ---
127 Conduit Metal Grey Ground Floor - Level 1 0.20 NEGATIVE ---
128 Conduit Metal Grey Ground Floor - Level 1 0.20 NEGATIVE ---
129 Register Metal Grey Ground Floor - Level 1 0.08 NEGATIVE ---
130 Wall Panel Metal Grey Ground Floor - Level 1 1.70 POSITIVE ---
N/A 1.00
N/A 1.00
NEGATIVE = Negative Lead Result <LOD = Less than level of detection
POSITIVE = Positive Lead Result
DAILY CALIBRATIONS
Date: 7/26/2017
Calibration Check
Good
Calibration
Calibration
LABORATORY TEST RESULTS AND CHAIN OF
CUSTODY DOCUMENTATION
SAMPLE LOCATION DRAWINGS
© 2016 Langan
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LANGAN CERTIFICATIONS AND LABORATORY
ACCREDITATIONS
File details come from the government source that posted it.