United
W""*""" Environ
JrTl
Guidelines for Enhanced Management of Asbestos in
Water at Ordered Demolitions, Appendices
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EPA-453/B-16-002b
July 2016
Guidelines for Enhanced Management of Asbestos in Water at Ordered Demolitions, Appendices
U.S. Environmental Protection Agency
Office of Air Quality Planning and Standards
Sector Policies and Programs Division
Research Triangle Park, NC
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APPENDICES
A-l. Relevant Asbestos Regulations
A-2. Relevant Guidance Documents
A-3. Example Work Plans
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A-l. Relevant Asbestos Regulations
A-l-l. EPA Regulations
The National Emission Standard for Hazardous Air Pollutants (NESHAP) for Asbestos demolition standard
https://www.gpo.gov/fdsvs/pkg/CFR-2011-title40-vol8/pdf/CFR-2011-title40-vol8-sec61-145.pdf
The Asbestos NESHAP waste disposal requirements
https://www.gpo.gov/fdsvs/pkg/CFR-2011-title40-vol8/pdf/CFR-2011-title40-vol8-sec61-150.pdf
The Clean Water Act (CWA)
https://www.epa.gov/laws-regulations/summary-clean-water-act
The Comprehensive Emergency Response, Compensation, and Liability Act (CERCLA) of 1980, definitions and
rules governing reportable quantities of asbestos
This law, also known as Superfund, was enacted to address abandoned hazardous waste sites in the U.S. The law has
subsequently been amended, by the Superfund Amendments and Reauthorization Act of 1986 (SARA), and the Small
Business Liability Relief and Brownfields Revitalization Act of 2002. CERCLA authority may be appropriate to respond to
the release or potential release of asbestos into the environment.
http://www.ecfr.gov/cgi-bin/text-idx?SID=7b27c58c5ffd5506a5effOdd58ffca4f&node=pt40.28.302&rgn=div5
The Asbestos Hazard Emergency Response Act
https://www.gpo.gov/fdsvs/pkg/CFR-2011-title40-vol31/pdf/CFR-2011-title40-vol31-part763-subpartE.pdf
The Model Accreditation Plan under AHERA
https://www.gpo.gov/fdsvs/pkg/CFR-2011-title40-vol31/pdf/CFR-2011-title40-vol31-part763-subpartE-appC.pdf
Worker protection requirements under the Toxics Substances and Control Act (TSCA) include the EPA's Worker
Protection Rule
https://www.gpo.gov/fdsvs/pkg/CFR-2011-title40-vol31/pdf/CFR-2011-title40-vol31-part763-subpartG.pdf
1990 Asbestos Information Act FR Notice
https://www.gpo.gov/fdsvs/pkg/USCODE-2011-titlel5/pdf/USCODE-2011-titlel5-chap53-subchapl-sec2607.pdf
Results of the AIA, which were published in the FR, are included under Appendix A-2, Relevant Guidance.
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A-l-2. OSHA Regulations
OSHA oversees the working conditions for U.S. workers by implementing and managing occupational safety and health
standards. The following regulations pertain to handling asbestos in the workplace:
OSHA Worker Protection General Standard
https://www.gpo.gov/fdsvs/pkg/CFR-2011-title29-vol6/pdf/CFR-2011-title29-vol6-secl910-1001.pdf
OSHA Construction and Waste Disposal Standard
https://www.gpo.gov/fdsvs/pkg/CFR-2011-title29-vol8/pdf/CFR-2011-title29-vol8-secl926-1101.pdf
A-1-3. DOT Regulations
https://www.fmcsa.dot.gov/regulations/hazardous-materials/how-comply-federal-hazardous-materials-regulations
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A-l-3. RCRA Regulations
RCRA Rules Governing Disposal of Asbestos Waste
https://www.gpo.gov/fdsvs/pkg/CFR-2011-title40-vol31/pdf/CFR-2011-title40-vol31-part763-subpartE-appD.pdf
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A-2. RELEVANT GUIDANCE DOCUMENTS
A-2-1. EPA GUIDANCE
1- Bob Perciasepe Signed Memo on Asbestos and Superfund
https://www.epa.gov/sites/production/files/documents/nps5da.pdf
2- Superfund and Asbestos Guidance
https://www. epa.gov/superfund/superfund-policy-guidance-and-laws
3- Correspondence From EPA Regarding the Applicability of the Asbestos NESHAP to Residential
Demolition Projects
https://www. epa.gov/large-scale-residential-demolition/correspondence-about-applicabilitv-asbestos-neshap-
residential
4- Municipal Demolitions and the Asbestos NESHAP
https://www. epa.gov/large-scale-residential-demolition/municipal-demolitions-and-asbestos-neshap-iune-2011
5- Notification of Rules and Regulations Regarding the Demolition of Asbestos-Containing Structures
https://www. epa.gov/sites/production/files/documents/nps5da.pdf
6- 1990 Common Questions on the Asbestos NESHAP
http://nepis.epa.gov/Exe/ZvNET.exe/50000MOR.TXT?ZvActionD=ZyDocument&Client=EPA&lndex=1986+Thru+1990&Do
cs=&Querv=&Time=&EndTime=&SearchMethod=l&TocRestrict=n&Toc=&TocEntry=&QField=&QFieldYear=&QFieldMon
th=&QFieldDav=&lntQFieldOp=0&ExtQFieldOp=0&XmlQuerv=&File=D%3A%5Czyfiles%5Clndex%20Data%5C86thru90%5
CTxt%5C00000006%5C50000MOR.txt&User=ANONYMOUS&Password=anonvmous&SortMethod=h%7C-
&MaximumDocuments=l&FuzzvDegree=0&lmageQualitv=r75g8/r75g8/xl50yl50gl6/i425&Displav=p%7Cf&DefSeekPag
e=x&SearchBack=ZvActionL&Back=ZvActionS&BackDesc=Results%20page&MaximumPages=l&ZyEntrv=l&SeekPage=x&
ZvPURL
7- EPA's 1985 Purple Book
https://www.wbdg.org/ccb/EPA/epa 560585024.pdf
8- Setting the Stage for Leveraging Resources for Brownfields Revitalization. Guidance Document, Office of
Land and Emergency Management (5105T), EPA 560-K-16-001. April 2016
https://www.epa.gov/sites/production/files/2016-04/documents/final leveraging guide document 4-19-16.pdf
9- Sensible Guide for Healthier School renovations. Key Environmental Health Considerations When
Renovating Schools. EPA-909-R-15-002. January 2016.
http://www2.epa.gov/children
10- FR Notice of Response to Section 114 Request for Asbestos Content of Materials. 55 _FR 5144 (February
13, 1990).
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Tuesday
February 13, 1990
Part V
Environmental
Protection Agency
Asbestos; Publication of Identifying
Information; Notice
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5144 Federal Register / Vol. 55, No. 30 / Tuesday, February 13, 1990 / Notices
ENVIRONMENTAL PROTECTION
AGENCY
IOPTS-62085; FRL-3687-9]
Asbestos; Publication of Identifying
Information
AGENCY: Environmental Protection
Agency (EPA).
ACTION: Notice.
SUMMARY: This notice provides
summaries of the information submitted
to EPA by manufacturers and processors
of certain asbestos products in
accordance with the Asbestos
Information Act of 1988 (the Act). It also
explains how individuals may obtain
more or all of the information submitted
to EPA.
FOR FURTHER INFORMATION CONTACT:
Michael M. Stahl, Director,
Environmental Assistance Division (TS-
799), Office of Toxic Substances,
Environmental Protection Agency, Rm.
E-545,401 M St., SW, Washington, DC
20460, (202) 554-1404, TDD: (202) 554-
0551.
SUPPLEMENTARY INFORMATION:
I. Background
On October 31,1988, the President
signed into law the Asbestos
Information Act of 1988, Pub. L. 100-577
(the Act), which requires former and
current manufacturers and processors of
certain asbestos products to submit
information identifying their products to
EPA and requires EPA to organize and
publish the submitted information. EPA
issued a notice in the Federal Register of
April 18,1989 (54 FR15622), which
explained how and where these
manufacturers and processors were to
submit the information required by the
Act. On August 7,1989, EPA issued a
notice in the Federal Register (54 FR
32430) which established a deadline of
October 8,1989, for these manufacturers
end processors to submit to EPA the
information required by the Act. On
September 20,1989, EPA issued a notice
in the Federal Register (54 FR 38736)
which informed submitters of
information under the Act that EPA will
not accept claims of business
confidentiality.
II. Summaries of Information Submitted
loEPA
Most of the manufacturers which
submitted information to EPA provided
a summary of the required information
in the order that the Agency requested
in Unit II of the April 18,1989 Federal
Register notice. EPA requested
summaries from the manufacturers,
because the Agency anticipated that the
total amount of information submitted
would be too voluminous to publish
easily. That has proven to be the case.
Therefore, EPA has decided to publish
in this Federal Register notice only
summaries of the information submitted.
Instructions on how to obtain any or all
additional information submitted to EPA
are available in Unit III of this notice.
In some cases, EPA has reorganized
the submitted information into a uniform
summary format for inclusion in this
Federal Register notice. However, the
substance of the information submitted
to EPA has not been altered.
Summaries of the information
submitted to EPA before November 17,
1989 are included below in alphabetical
order by name of manufacturer:
J. The Amtico Division of American
Bit trite Inc.
(a) Name and address of
manufacturer. The Amtico Division of
American Biltrite Inc., 3131 Princeton
Pike, Lawrenceville, NJ 08648. Prior to
American Biltrite's purchase of the
assets for producing vinyl asbestos tile
and asphalt tile in Hamilton Township,
N] from Bonafide Mills Inc. on January 1,
1961, Bonafide Mills manufactured vinyl
asbestos tile, asphalt tile (containing
asbestos), and sheet vinyl flooring
utilizing an "asbestos felt backing" at
this same location. American Biltrite Inc.
has no records regarding dates or
patterns of vinyl asbestos tile
manufactured by Bonufide Mills prior to
American Biltrite's purchase on January
1,1961. Prior to American Biltrite's
purchase of the assets for producing
sheet vinyl flooring in Norwood, MA
from New London Mills in 1974, New
London Mills manufactured sheet vinyl
flooring utilizing an "asbestos felt
backing" at this same location.
American Biltrile has no records
regarding dates or patterns of sheet
vinyl flooring produced by New London
Mills prior to American Biltrite's
purchase in 1974.
(b) Years of manufacture. 1961
through 1980.
(c) Types or classes of products. Vinyl
asbestos floor tile, asphalt tile
(containing asbestos), and sheet vinyl
flooring (utilizing an asbestos felt
backing).
(d) Other identifying characteristics.
Vinyl asbestos floor tile (produced
January 1,1981 through early December
1985) was available in a variety of
colors, patterns, and surface textures.
Many of the same colors, patterns, and
surface textures produced prior to
December 1985, which contained
asbestos, have subsequently been
produced in the non-asbestos tile
construction after December 1905 and
have the same visual appearance as the
former asbestos-containing tile.
Asphalt tile containing asbestos
(produced January 1,1961 through 1970)
was also marketed as plastic asphalt
floor tile. It was available in a variety of
colors, patterns, and surface textures,
including: travatile, dot, cork, and
marblcized.
Sheet vinyl flooring (produced January
1,1962 to 1968, and 1974 through 1980)
utilized an "asbestos felt backing"
(flooring felt containing asbestos)
bonded to the under side of the vinyl
sheet flooring. It was available in a
variety of colors, patterns, and surface
textures: among the styles were: Casa
Royale, Sun Court, Sunfire, Serenata,
Natural State, Forum, Chatam Square,
Royal Clan, Suntide, Contessa, and
Kings Inn.
(e) Additional information. Additional
information is available.
2. Armstrong World Industries, Inc.
(a) Name and address of
manufacturer. Armstrong World
Industries, Inc., formerly known as
Armstrong Cork Company, P.O. Box
3001, Liberty and Charlotte Streets,
Lancaster, PA 17604. Predecessors:
Forms + Surfaces, Inc., Box 5215, Santa
Barbara, CA 93150; and The W. W.
Henry Company, 5608 Soto Street,
Huntington Park, CA 90255.
(b) Years of manufacture. 1909
through April 1987.
(c) Types or classes of products.
Thermal system insulation material, fire-
resistant vapor barrier and adhesive for
cork, resilient floor tile, lining felt and
backing for sheet vinyl, asphalt
"cutback" floor tile adhesive, acoustic
cement, and decorative wall treatment.
(d) Other identifying characteristics.
Nonpareil High Pressure Covering,
Block, and Cement (produced 1909 to
1932 by Armstrong) were high
temperature thermal system insulations
for pipe covering and block and cement.
These products were last offered more
than 50 years ago. The only formula
information available to Armstrong is
that which is taken from the United
States Patent Office documents.
LT Cork Covering (produced with
asbestos 1956 to 1959 by Armstrong)
was a low temperature thermal system
cork insulation. It was a wrap-around
insulation consisting of wedge-shaped
cork segments cemented to a laminate
consisting of aluminum foil and asbestos
paper. It is unique in its appearance and
can be easily distinguished visually by
its physical structure.
Armaspray (produced 1966 to 1968 by
Armstrong) was a spray- on thermal
system insulation.
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Federal Register / Vol. 55, No. 30 / Tuesday, February 13. 1990 / Notices
5145
CC Navy Sealer (LT Sealer) (produced
approximately 1942 to 1962 by
Armstrong) was a fire-resistant vapor
barrier and adhesive for cork, CC Navy
Sealer was light tan in color and had a
trowel and brush consistency: LT Sealer
was white and had a trowel and brush
consistency.
Vinyl Composition Tile (produced
with asbestos 1954 to fune 1981 in a
commercial grade and 1954 to 1982 in a
residential grade by Armstrong) was a
resilient floor tile made of non- friable
material. Visual identification may be
possible using designated pattern book
volumes.
Rubber Tile (produced with asbestos
1955 to 1986 by Armstrong) was a
resilient floor tile made of non-friable
material. Visual identification may be
possible using designated pattern book
volumes.
Asphalt Tile (produced 1931 to 1972
by Armstrong) was a resilient floor tile
made of non-friable material. Visual
identification may be possible using
designated pattern book volumes.
1 lydrocord (produced 1955 to 1983 by
Armstrong) was a lining felt and backing
for sheet vinyl made of non-friable
material.
S-B9 (produced with asbestos 1965 to
January 1983 by Armstrong) was an
asphalt "cutback" floor tile adhesive. It
was non-friable, black in color, and had
a dried consistency of a heavy-bodied
tar.
S-90 (produced with asbestos 1934 to
January 1983 by Armstrong) was an
asphalt "cutback" floor tile adhesive. It
was non-friable, black In color, and had
a dried consistency of a heavy-bodied
tar.
Acoustic Cement, also known as 314
Acoustic Cement, (produced as an
asbestos-containing material 1945 to
1953 by Armstrong) was an adhesive for
acoustical tile installation. It was used
for chemical bonding of the acoustic
ceiling tiles to a structural member.
"Bonded Bronze" Panels (produced
1970 to 1971 by Forms -(-Surfaces) used
a commercially available asbestos
cement board as a backing material and
. had an end use as decorative wall
treatment. Forms + Surfaces was not
the manufacturer of the asbestos cement.
board and, 'therefore, the type and
percentage of asbestos and other
formula information is unknown.
#232 Asphalt Cutback Adhesive
(produced with asbestos November 1965
to April 1987 by The W. Wi Heriry
Company) was a floor^tile adhesive. It
was a non-friable asphalt cutback
adhesive, black in color with a tjried,".
consistency of a heavy- bodied tar.
Formula information for #232 Asphalt
Cutback Adhesive is as follows: 63%
asphalt by weight, 5% chrysotile
asbestos, and 32% solvent.
(e) Additional information. Additional
information is available.
3. The BFGoodrich Company
(a) Name and address of
manufacturer. The BFGoodrich
Company, 3925 Embassy Parkway.
Akron, OH 44313.
(b) Years of manufacture.
Approximately 1945 through 1963.
(c) Types or classes of products. Floor
tile.
(d) Other identifying characteristics.
Self-explanatory by class description.
(e) Additional information. No
additional information is available.
4. The Celotex Corporation
(a) Name and address of
manufacturer. The Celotex Corporation,
P.O. Box 31602. Tampa, FL 33631-3062.
Predecessors: Panacon Corporation,
Briggs Manufacturing Corporation,
Philip Carey Corporation. Smith &
Kanzler Company, Glen Alden
Corporation, and Philip Carey
Manufacturing Company,
(b) Years of manufacture. 1906
through 1984.
(c) Types or classes of products.
Surfacing material, thermal system
insulation (pipe coverings and block.
cements, accessory products), and
miscellaneous materials (boards, other).
(d) Other identifying characteristics.
Spraycraft surfacing material (produced
1969 to 1971) was 35% asbestos, 60%
mineral wool, 2.5% white cement, 2.5%
clay.
The following were pipe covering and
block products:
85% Magnesia (produced 1906 to 1961)
was 85% magnesia, 11 to 15% asbestos
(filter molded);
Super Light 85% Magnesia (produced
1951 to 1958) contained normal
carbonate magnesium, 15% asbestos
(precision molded);
Alltemp (produced 1954 to 1958) was
60% pcrlite, 20% magnesia plastic, 10%
bentonite clay, 10 to 12% asbestos;
Careylemp (produced 1958 to 1969,
asbestos removed 1969) was 90% perlite,
8 to 7% asbestos and binders;
Paper Pipe Products (produced 1906 to
the early 1970's) contained
approximately 60% asbestos, 25%
organic fiber, 15% silicate. Product
names: Aircel, Careycel, Carocel,
Defendex, Excel, Glosscell, Multi-Ply.
.Asbestos Sponge contained 60%
asbestos, 2 to 3% asbestos sponge,
, organic felt, and silicate.
Fyrex.contained 60+% .asbestos,
organic material, and silicate.
Other Pipe!,Coverings (produced 1906
to February 1967): Tempcheck—20%
magnesium plastic, 60% diatomaceous
earth. 20% asbestos; Hi-temp #19—80% ,
diatomaceous earth, 20% asbestos; Hi-
temp #12 and #15—60% diatomaceous
earth, 20% magnesia plastic, 20%
asbestos; Careytemp Aluminum
Jacketed and Traced Pipe Insulation—
Careytemp with aluminum or stainless
steel jacket; Careytemp 2000—93.6%
diatomaceous earth, 6.4% asbestos; Dual
Careytemp—2% bentonite clay, 17%
starch, 19% phenolic resin, 10% asbestos;
62% perlite.
The following were cement products:
707 Cement (produced 1906 to 1960)
contained 43% asbestos, 57% ground
gypsum:
Super 606 Cement (produced 1906 to
1960) contained 20% bentonite, 10%
kaolin clay. 10% asbestos, 60% mineral
wool;
100 Cement (produced 1906 to 1967)
contained 55% asbestos, 50% gypsum;
303 Cement (produced 1906 to 1967)
contained 55% asbestos, 35% gypsum,
10% kaolin clay;
Careytemp Finishing Cement
(produced 1966 to 1988) contained
cement, bentonite clay, perlite, 22%
asbestos, limestone, silica, wetting
agent;
MW-0 Cement (produced 1950 to
1952) contained 70% mineral wool, 10%
asbestos, 20% bentonite clay;
MW-0 Cement (produced 1940 to
1967) contained 90% mineral wool, 10%
asbestos;
LF-0 Asbestos Cement (exact date
manufacture began is unknown:
manufactured up to 1967) contained 60
to 70% asbestos, kaolin clay, hardeners;
Vitrieel Cement (#10 and #19)
(produced 1940 to 1967) contained 15 to
25% asbestos, 50% cement/slate flour;
A-01 Cement (produced 1906 to 1967)
contained 100% asbestos;
7M-0 Asbestos Shorts Cement
(produced 1950 to 1977, brokered)
contained 100% asbestos.
The following are accessory products;
45-pound Asbestos Waterproof Jacket
(produced 1908 to 1982) contained 85%.
asbestos, asphalt, organic paper fillers;
Asbestos Rope and Wick (produced
1925 to 1945) contained 85% asbestos,
15% cotton fiber,
Asbestos Papers and Roll Boards
(produced 1906 to February 1982)
contained 60 to 80% asbestos, organic
fiber, silicate; ;
Asbestos Tank Jackets (produced 1906
to 1945) contained 60% asbestos, 25%
organic fiber, 15% silicate;
Thermalite (produced 1906 to 1937)
contained 85% asbestos, 15% sodium
silicate'; ,: ;... . ,,. •..,-. .. '
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5146
Federal Register / Vol. 55, No. 30 / Tuesday. February 13. 1990 / Notices
Firefoil Board and Panel (produced
1940 to 1960) contained 60% asbestos,
25% organic fiber, 15% silicate;
Vitricel Asbestos Sheets (produced
1941 to 1960) contained 60% asbestos.
organic fiber, silicate, waterproofing
solution;
Thermotex-B (produced 1908 to 1984)
contained 14% asbestos, asphalt and
mineral stabilizer;
220 Fibrated Emulsion (manufacture
began 1906, exact date manufacture
stopped is unknown] contained
buntonile clay, asphalt, 3.6% asbestos;
Insulation Seal (produced 1930 to
1984) contained 20% asbestos, asphalt
cutback, naphtha, mineral spirits;
Fire Resistant Insul Seal (years of
production unknown) contained 20%
asbestos, asphalt and chlorinated
solvent;
Fibrous Adhesive (1906 to 1984)
contained 85% sodium silicate, 15%
asbestos;
BTU Cement (produced 1930 to 1965)
contained 25 to 30% asbestos, asphalt
cutback;
Careytemp Adhesive (produced 1961
to 1968) contained 60% silicate, 15%
asbestos, 4.8% diatomaceous earth, 2%
wetting agent.
The following are miscellaneous
materials:
Thermo-bord (produced 1925 to 1969)
contained non-asbestos insul covered
with A-C sheets (20% asbestos);
Industrial A-C Boards (produced 1925
to 1970) contained 78% cement, 22%
asbestos;
Cemesto Board (produced 1930'a to
early 1960's) was similar to Thermo-
bord;
Marine Panel (produced 1941 to 1950)
contained Aircel and asbestos cement
(60% asbestos);
Millboards (produced 1908 to
February 1982) had various
formulations: 85 to 97% asbestos and
cement, clay, or starch;
Careyduct (produced 1940 to 1955)
contained 80 to 85% asbestos, 15 to 40%
starch;
Carey Asphalt Floor Tiles (produced
19,10's to 1975) contained 40% asbestos,
60% asphalt and sand;
Careyduct Adhesive (produced 1940
to 1955) contained 15% asbestos, 65%
sodium silicate;
Ceiling Tiles (produced 1960 to 1975)
contained 1.5 to 3% asbestos, 70 to 72%
mineral wool, 18% clay, 7% starch, and 1
to 2% wax.
(e) Additional information. No
additional information is available.
5. Congoleum Corporation
(a) Name and address of
manufacturer. Congoleum Corporation.
P.O. Box 3127, Trenton, NJ 08819.
(b) Years of manufacture. 1947
through 1983.
(c) Types or dosses of products,
Counter tops, asphalt tile, vinyl asbestos
tile. 6 foot sheet flooring, sheet flooring
with asbestos felt.
[d) Other identifying characteristics.
Counter tops (produced 1952 to 1960)
were available in a variety of patterns
and styles, including: Vinyl Top, Nairon
Top, Viscount, and Marble.
Asphalt Tile (produced 1952 to 1971)
was available in a variety of patterns
and styles, including: Gala, Corkette,
Tweed Texture, Featherveining, and
Sequin.
Vinyl Asbestos Tile (produced 1959 to
1975) was available in a variety of
patterns and styles, including: Thru
Style, Grandview, Corinthian, Selected
Color Series, Cameo, Samara, Fontenay,
Shelburne, Regalwood, Sunburst,
Bedford Slate, Canyon Stone, English
Brick, Park Ridge, Sonoma. Caribbean,
Catalina, Woodgrain, Cimarron,
Parthenon, Capella, Orion, El Camino,
Feathervein, Brushwood, Sparklewood,
Gala, Vinylstone, Romanaire, Rondelle.
Dominique, Woodgrain, Travertine,
Ranch Tile, Corsicana, Corinthian,
Dominique, Carillon, Manorwood,
Aztec, San Paulo, Libra, Capella, Venus,
Orion, Fontenay, Ventura, and
Shelburne.
Tile (produced 1952 to 1962) was
available in a variety of patterns and
styles, including: Standard, Venetian,
Designer, Bermuda Hues, Tiffany Vinyl
Tile, Translucent Vinyl Tile, Vinyl
Dynasty Tiles and Tile Inserts,
Berylstone, Sequin, Venetian, and
Marble.
Asbestos Sheet Flooring (produced
1974 to 1977; 1981 to 1983) was available
in a variety of patterns and styles,
including: Ultraflor, Ultraflor Majestic,
Ultraflor Regal, Reflection, Fa shionflor.
Prestige, Dynasty, Pavillion, Spring,
Highlight, Cushionflor Supreme,
Villager, Pacemaker, Profile, and Flor-
Ever.
6 Foot Sheet Flooring (produced 1952
to 1954) was available in a variety of
patterns and styles, including: Vinylflor,
Berylstone, Marble, and Picnic.
Sheet Flooring with Asbestos Felt
(produced 1965 to 1980) was available in
a variety of patterns and styles,
including: Pebble. Brick. Colony Square,
Georgian Marble, Persian Tile, Casa
Grande, Town & Country, Williamsburg
Brick. The Rembrandt, The Stuart. The
Degas, The Goya, Caliente. Hampslcad
Brick, Royal Court, Westbury, Fairmont,
Topaz, La Mesa, Colonnade, Majesty.
Espana, Pennhurst, Camelot, Italian
Terrazzo, and Willowbrook.
(e) Additional information. Additional
information is available.
6. Eagle-Picher Industries, Inc.
(a) Name and address of
manufacturer. Eagle-Picher Industries,
Inc., 580 Walnut Street, Cincinnati, OH
45202. Corporate Predecessors: The
Eagle-Picher Company, The Eagle-Picher
Lead Company.
(b) Years of production. 1930 through
1971.
(c) Types or cfasses of products.
Insulating cement, insulating and
finishing cement,
(d) Identifying characteristics. Super
"66" asbestos-containing insulating
cement, formerly called Eagle "66," was
manufactured from 1930 to August 1971.
Super "66" was an insulating cement
which dried to a grayish-white color
with dark mineral wool fiber nodules of
generally uniform size (W to W),
evenly dispersed through the binder,
and compressible and resilient when
pressed between the fingers. Super "66"
was formulated as follows: 42 to 67%
granulated mineral wool (dark) fiber
nodules by weight; 22 to 33% (1931 to
1963) and 44 to 52% (1963 to 1971)
bentonite clay by weight: 8 to 10% (1931
to 1963) and 3 to 4% (1964 to 1971)
chrysotile asbestos fibers by weight;
less than 5% other ingredients by weight.
One-Cote Insulating and Finishing
Cement was manufactured from i960 to
August 1971. One-Cote was a hydraulic
setting insulating and finishing cement
which dried to a smooth, white to off-
white, hard finish with high compressive
strength and abrasion resistance. It
contained dark mineral wool fiber
nodules of generally uniform size (W to
%"), evenly disbursed through the
binder, and compressible and resilient
when pressed between the fingers. One-
Cote was formulated as follows: 19 to
31% granulated mineral wool (dark)
fiber nodules by weight; 27 to 33%
Portland cement by weight; 5 to 18%
(1960 to 1966) and 23 to 35% (1967 to
1971) bentonite clay by weight; 24 to 30%
(1960 to 1966) and 7 to 14% (1967 to 1971)
diatomaceous earth by weight; 5 to 6%
(April 1960 to 1967) and 2 to 5% (1968 to
August 1971) chrysotile asbestos fibers
by weight (product did not contain
asbestos prior to April 1960 or after
August 1971); less than 4% other
ingredients by weight.
Eagle-Picher has developed an
extensive set of analytical procedures
and testing protocols specifically
designed for precise identification of
distinguishing characteristics of Eagle-
Picher's Super "66" and One-Cote in the
laboratory setting. For further
Information and assistance in
performing the analytical procedures
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5147
contact James A. Ralston at the address
provided above in 6(a).
(c) Additional information. No
additional information is available,
7. Fibreboard Corporation
(a) Name and address of
manufacturer. Fibreboard Corporation,
1000 Burnett. Galaxy Office Park,
Concord, CA 94520. Formerly
Fibreboard Paper Products and Pabco
Corporation. ,
(b) Years of production. 1920 to 1971.
(c) Types or classes of products,
Block, pipe- covering, and cement
thermal insulation, thermal insulating
cement, floor covering, cement products,
roof paint, floor- coating asphalt
saturated felts or roll roofings with
asbestos- containing base sheets,
caulking compounds, plastic cements,
gypsum board, taping and finishing
compounds, insulating tnpe, and gaskets
and packings.
(d) Identifying characteristics. Prasco.
a block, pipe-covering, and cement
thermal insulation manufactured from
about 1928 to 1957, contained 85%
diatomaceous earth and binders and
about 15% asbestos (color: yellow or
red).
85% magnesia block, pipe-covering,
and cement thermal insulation
manufactured from about 1928 to 1966.
contained about 85% or more basic
magnesium carbonate and 15% or less
asbestos (color: white).
Caltemp (or Caltherm), a block, pipe-
covering, and cement thermal insulation
manufactured from about 1952 to 1968,
contained about 88% calcium silicate
and about 12% asbestos (color: pink
until mid-1960's, then white or gray).
Supercaltemp. a block, pipe-covering,
and cement thermal insulation
manufactured from the late 1960's until
1971. contained calcium silicate and
other non-asbestos material increasing
from about 88% to 96%%, and asbestos
material decreasing from about 12% to
3 Vz% (color: white or gray).
FI thermal insulating cement,
manufactured from about 1963 to 1966,
contained about 95% calcium silicate
and binders and about 5% asbestos
(colon pink until mid-1860's, then white
or gray).
No. 127 thermal insulating cement.
manufactured from about 1966 to 1971.
contained about 95% calcium silicate
and binders and about 5% asbestos
(colon white or gray).
Aircell or asbestos paper insulation,
manufactured prior to 1948, was
composed of asbestos paper and sodium
silicate (color: grayish).
Kaylo; LK Insulation, and Pyrocal,
block and pipe-covering thermal
insulation, under rebrand agreements
and specifications for Owens-Corning
Fiberglas. Armstrong Contracting and
Supply, and PPG Industries,
respectively, were manufactured 1960 to
1971,1964 to 1971, and 1988 to 1971.
Pabco Floron floor covering,
manufactured from about 1952 to 1954,
contained about 15% asbestos,
Colorok, Stormlap, Pabflex, and
Stonite asbestos-cement products,
manufactured from about 1948 to 1963,
contained portland cement and about .
15-20% asbestos.
Alumishield roof paint, manufactured
from about 1946 to 1968, and Gripdeck
floor-coating, manufactured from about
1942 to 1968, contained paint vehicles,
pigments, and about 5 to 10% asbestos.
Asphalt-saturated felts or roll
roofings, manufactured sporadically
from 1920 to 1968 at various locations,
may have had asbestos-containing base
sheets.'
Caulking compounds, plastic cements,
and roof coatings manufactured until .
1968 may have contained about 5 to 10%
asbestos..
Flamecurb gypsum board,
manufactured from about 1951 to 1960,
contained a small percentage of
asbestos.
Gypsum board and lath, manufactured
for a few months in 1954, contained 0.2
to 0.3% asbestos.
Taping and finishing compounds,
manufactured from about 1951 to 1960,
contained about 5 to 10% asbestos.
Insulating tape manufactured in the
1940'3 may have contained some
asbestos.
Gaskets, packings, and a product
called Asbestofelt manufactured by a
predecessor prior to 1948 may have
contained some asbestos, and said
predecessor may have sold some
asbestos- cement roofing, siding,
refractories, textiles, paper, millboard,
or other materials manufactured by
others which may have contained some
asbestos.
(e) Additional information. Additional
information is available.
8. The Flintkote Company
(a) Name and address of
manufacturer. The Flintkote Company,
100 The Embarcadero, Third Floor, San
Francisco, CA 94105.
(b) Years of manufacture. 1945
through 1982.
(c) Types or classes of products. Vinyl
asbestos floor tile, floor tile cements.
(d) Other identifying characteristics.
Vinyl Asbestos Floor Tile (produced .
1945 to November 1980) was
manufactured and sold in hundreds of
patterns and color combinations. The
amount of chrysotile fiber contained in
the product varied, but generally ranged
from 5 to 25%. No physical.or chemical
testing protocol is known for Flintkote
floor tile, however, it can be identified
through visual inspection by persons
knowledgeable in the trade.
GF-8/R-14-C Floor Tile Cements
(produced 1945 to approximately 1982)
contained chrysotile. The amount of
chrysotile fibers contained in these
products rang'ed from approximately 5 to
11%. No physical or chemical testing
protocol is known for Flintkote floor tile
cements.
9.GAF Building Materials
(a) Name and address of
manufacturer. GAP Building Materials'
Corporation, 1361 Alps Road. Wayne, NJ
07470. Predecessor: The Ruberoid
Company.
(b) Years of manufacture. 1928
through 1981.
(c) Types or classes of products. Pipe
covering, asbestos paper and millboard
products, and insulating cements.
' [d] Other identify ing characteristics.;
Calsilite (produced from approximately
1944 to June 1947 for the U.S. Navy; from
July 10.1947 to March 7,1949 by
Ruberoid on an experimental basis; from
March 7,1949 to 1967 by Ruberoid on a
commercial basis; in 1967 by Aniline &
Film Corporation on a commercial basis;
and from 1968 to October 1971 by GAF
Corporation on a commercial basis) was
a pipe covering and block insulation.
Calsilite was a lightweight, hard,
calcium silicate insulation designed to -
withstand temperatures up to 1250 °F.
Calsilite pipe'covering was
manufactured in 3 foot length*and in
varying thicknesses. It was available in
half-sectional pieces, and, at various
times, in three-segmental and regular
segmental shapes, for assembly around
a pipe in single or double layers. Pipe
covering normally was provided with
standard weight cotton or canvas
jackets applied with silicate of soda. No
"T's." elbows or joints were produced.
Flat Calsilite blocks were manufactured,
at various times, in 18" or 36" lengths, in
widths from 3" to 36", and in
thicknesses up to 4". Six-inch wide
curved segmental blocks, capable of
.contouring more easily for insulation of
large pipes and circular vessels, also
were available. Calsilite was •
manufactured by a "pan-molding",
method until 1964 when Ruberoid began
using a "filter-press" method or process.
Pan-molded Calsilite was grayish-
white and relatively smooth, with some
small holes. Calsilite filter press was
grayish-white with screen marks on the -
outer surfaces. Calsilite-Hi, developed in
or around 1960. could withstand
temperatures up to 1,800 °F. In the mid-
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to-late 1960's, Ruberoid developed
Calsilite SS, an "inhibited" product
designed specifically to prevent stress
corrosion and cracking of stainless steel
piping. In addition to formula changes
made in connection with product
development, the Calsilite formula was
adjusted often in order to compensate
for changes in the quality and
availability of raw materials.
Asbestos Paper and Millboard
Products (produced by Ruberoid from
1928 to 1967, by General Aniline S Film
Corporation in 1967, and by GAP
Corporation from 1968 to 1981),
Asbestos paper was designed to be used
alone or in the manufacture of other
products. It was manufactured in
various thicknesses, according to
customer specifications. Asbestos paper
had a temperature limit of 250 *F. Its
primary constituent was chrysotile
asbestos, generally a mixture of grades 5
to 7. Other constituents included
sulphite pulp, diatomaceous earth, and
starch, although in the early years of
manufacture this product may have
consisted only of chrysotile and starch
(which was sometimes in the form of
tapioca}.
Rollboard was an asbestos paper
product, consisting of plies of asbestos
paper bonded together without glue to
create thicknesses varying from 1/16" to
1/8". Rollboard had a temperature limit
of 250 T.
Millboard was a stiffer product than
asbestos paper or rollboard and was
manufactured in sheets of varying
thicknesses according to customer
specifications. Millboard consisted
generally of chrysotile asbestos, (usually
grades 5D, 5R, and 6D), sulphite pulp
and often other constituents, bonded
with portland cement and/or starch. In
later years, at least as early as 1974,
latex was added as a binder.
Corrugated asbestos paper was
designed to be used alone or in the
manufacture of other products. It was
made in three types: V*" thickness per
ply (4 plies per inch); W thickness per
ply (6 plies per inch); and '/is" thickness
per ply (8 plies per inch). It was
manufactured by adhering 36" to 37 W
wide flat sheets of asbestos paper
(usually 6 Ib. paper) with silicate of soda
to sheets of the same paper which had
been corrugated using characteristic
"Roman Arch" shaped corrugations, 26
to 28 to the inch. Its constituents were
those of the asbestos paper from which
it was constructed. Corrugated asbestos
paper was sold in 250 and 500 square
foot rolls.
Air Cell was a corrugated asbestos
paper product manufactured from 1928
to approximately 1958. It was
constructed of layers to the thickness
specified by the customer of 36 or 37 V4"
wide flat asbestos paper which was
adhered to corrugated asbestos paper
with silicate of soda. The corrugations
of this product had a characteristic
"Roman Arch" shape. As of 1938, the
corrugated paper component had 28
corrugations per lineal foot. Each ply
was W thick and air cell came in three
standard thicknesses—2-ply, 3-ply, and
4-ply. Air cell pipe covering, sheets and
blocks were sold. Often a canvas, cloth,
or pyroxiline jacket was applied to the
outer surface of air cell pipe covering
with an adhesive, usually a starch or
cereal paste. 2V?. brass lacquered bands
were provided for each canvas-jacketed
section of air cell pipe covering to hold it
to the pipe. With the pyroxiline jacket,
three 1" wide black japan bands were
supplied with each section. Air cell had
a temperature limit of 250° to 350 °¥.
Prior to 1935, air cell may have been
sold only under the name "Celasbestos,"
whieh was available in 5,6, 7, and 8-ply
versions and well as 1-4 ply versions.
Watocell was a corrugated asbestos
paper product manufactured as
Watcocel from 1928 to 1934, as Supercell
from 1935 to 1942, and as Watcocell
from 1942 to 1960. In 8-ply per inch
Watcocell, the corrugations were Vie"
thick; in 5-ply, the corrugations measure
about W thickness. Watcocell was sold
in rolls, sheets, and blocks. Watcocell's
temperature limit was 250 °F.
Imperial insulation was manufactured
from at least 1936 to approximately 1960.
It had a temperature limit of 500* to 700
*F. Imperial paper consisted of two plies
of flat asbestos paper which were
passed through an indenting roll
resulting in a waffle-like appearance
with closely spaced square indentations.
Imperial pipe covering was wound on
a mandrel to achieve the desired
thickness and canvas-covered. In early
years of production, layers of Imperial
may have been stapled together or
stitched with strands of wire rather than
wound on a mandrel. Imperial sheets
and blocks were made of layers of
Imperial paper glued to the desired
thickness with a fireproof glue, such as
silicate of soda. This product was sold
with a canvas, asphalted felt, or
pyroxylin jacket.
Aristo Insulation was listed for sale in
and around 1940, but the years of
manufacture of Aristo Insulation are
unknown. It was a corrugated asbestos
paper product with carefully measured
indentations and 23 to 25 laminations
per inch of thickness. Its temperature
limit was 700° to 750 °F. The asbestos
paper used in this product was treated
with a surface treatment, possibly
Bennett size. This product was sold in a
standard thickness of one inch, but often
was used in thicknesses up to and
exceeding three inches. Standard
canvas and waterproof jackets were
available for this product.
Sponge felt was manufactured from
1938 to approximately 1960. It consisted
of asbestos sponge paper made by
imbedding small pieces of sponge into
asbestos paper. Its temperature limit
was 750 *F. It was sold in 36" wide rolls,
sheets, and blocks which were produced
in the same manner as Imperial
products.
Woolfelt, a wool or rag felt insulation
manufactured from 1928 to
approximately 1959, did not contain
asbestos, but was sometimes sold with
an asbestos paper liner or backing
paper. Tar-lined woolfelt was sold with
a tar paper liner which did not contain
asbestos. Twin-purpose woolfelt was
sold with a liner of asphalt coated
asbestos paper.
Anti-Sweat Pipe Covering was
manufactured until approximately 1958,
and intended exclusively for residential
use on cold water pipes. At least as
early as 1936 this product was
composed of an inner layer of asphalt-
saturated asbestos paper followed by a
Yz" layer of woolfelt, two layers of
asphalt- saturated asbestos paper,
another Vz" layer of woolfelt, and two
final layers of asphalt-saturated
asbestos paper. The outermost layer had
a flap extending at least 3 inches
beyond the longitudinal joint, GAF does
not know whether a jacket was ever
provided with this product. This product
was sold in 36" wide rolls and had a
temperature limit of 50 *F.
Frost-Proof Pipe Covering was
apparently constructed of a layer of felt
made from cattle, goat, or other animal
hair with layers of asphalt-saturated
asbestos paper and a layer of woolfelt.
Its years of manufacture, appearance,
and temperature limit are unknown to
GAF.
Range Boiler Jacket consisted of a
series of plies of corrugated asbestos
paper built up to the required thickness
on mandrels that were the same size as
the range boilers the product was
designed to fit. The corrugated paper
used was a coarse variety with 4 plies
per inch of thickness. These jackets
were furnished in two sections—upper
half and lower half. Five extra-wide
bands were provided to attach the
jacket to the range boiler. The outside
surface was painted or covered with
canvas. GAF does not know the years of
manufacture of this product.
115 Insulation Cement was a
chrysotile asbestos product which, in
some instances, was produced at
Ruberoid/GAFs Vermont facility and in
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5149
other instances was purchased from
various other asbestos suppliers and
resold. Some of the product purchased
from other suppliers may have been
milled again at Ruberoid/GAFs
Vermont facility prior to resale.
Asbestos insulation cements produced
at GAF's Vermont facility could
generally be distinguished from asbestos
insulation cements produced by other
manufacturers inasmuch as the Vermont
product was a slip chrysotile asbestos
rather than a cross vein asbestos and
was generally of a lower grade and
contained a greater percentage of
impurities, such as dirt and rock
particles. It is believed that this product
was sold from at least as early as 1937
to 1975. It is believed that the "115"
designation was employed from
approximately 1950 to 1975 and the
designation "Grade B" was also
employed in years prior to 1950. The
basic ingredients of this cement product
were: chrysotile determined to pass the
0-0-1-15 Quebec test, and impurities
(dirt, rock, earth). The particular
formulas utilized by entities which
purchased this product for construction
are not known by GAP, but this product
was normally mixed with portland
cement, water, and/or other substances.
214 Insulation Cement was also a
chrysotile asbestos product which, in
some instances, was produced at GAF's
Vermont facility and in other instances
was purchased from various other
asbestos suppliers and resold. Some of
the product purchased from other
suppliers may have been milled again at
Ruberoid/GAF's Vermont facility prior
to resale, Ruberoid/GAFs Vermont
product was a lower grade cement
which contained a greater percentage of
impurities, such as dirt and rock
particles, making it lightly mottled and
giving it an overall darker appearance. It
is believed that this product was sold
from at least as early as 1937 to 1975. It
is believed that the "214" designation
was employed from approximately 1950
to 1975 and the designation "Grade BB"
was also employed in years prior to
1950. The basic ingredients of this
cement product were: chrysotile
determined to pass the 0-0-2-14 Quebec
test, and impurities (dirt, rock, earth).
The particular formulas utilized by
entities which purchased this product
for construction are not known by GAP,
but this product was normally mixed
with portland cement, water and/or
other substances.
Calsilite Insulation Cement was a
combination of chrysotile asbestos fiber,
ground Calsilite pipe covering or block,
and portland and other cements. It is
believed that this product was made
with Vermont-produced asbestos and
thus contained certain impurities, such
as rock, dirt and earth particles. This
product was never widely or frequently
sold. To the extent that such sales took
place, they ceased completely in or
around 1960.
Grade AA Insulating Cement was
manufactured by Ruberoid using a high
grade of pure asbestos fiber together
with suitable binding materials that had
low conductivity. It was designed to
yield a hard, durable surface. Its
temperature limit was 1,200 "P.
Grade A Insulating Cement was a
factory-prepared cement consisting of
fibers which were not as long as those
used in the better grade AA, together
with suitable binding materials. Its
temperature limit was 1,000 °F,
Grade H F—Hard Finish—was a hard
finish cement designed to be used as a
final protective coating over other coats
of cement. It had a smooth, glossy, hard
finish. Grade HF was recommended to
be applied in a W thick layer. It had a
temperature limit of 1,500 °F and was a
prepared cement manufactured by
Ruberoid.
Grade H. T.—High Temperature—
Cement was designed to withstand
temperatures of 1,600" to 1,800 °F. This
material was not designed to be used for
finishing purposes.
Grade 203 Insulating Cement was a
100% chrysotile cement which had a
screen test of approximately 0-0-1-18
which made it the lowest grade cement
sold by Ruberoid/GAF.
Satin Finish Cement consisted of 87%
chrysotile, 10% portland cement, and 3%
Medusa cement.
Grade A-ll Insulating Cement
consisted of vermiculite, chrysolile, and
binding substances. It was
recommended for temperatures up to
1,500 T, or 1,800 T if the applicator did
not intend to reclaim the material.
Grade A-ll was designed to be an
insulation material, not a finishing
cement.
Coverkote was designed to be a
weather-proofing coating for insulated
surfaces, rather than an insulating
cement. It was a combination of
emulsified asphalt and 25 to 28%
chrysotile. It was a black plastic
material particularly designed for
protection of insulation on large tanks
and vessels and for insulated equipment
such as smoke breechings and ducts.
The temperature limit for Coverkote was
400 °F.
Rock Wool Cement was apparently
available from Ruberoid in the late
1940's and early 1950's. It consisted of a
mixture of rock wool and chrysotile
asbestos and had a temperature limit of
1,500 °F.
(e) Additional information. Additional
information is available.
10. General Refractories Company
(a) Name and address of
manufacturer. General Refractories
Company, Valley Forge Corporate
Center, 2661 Audubon Road, Valley
Forge, PA 19403. General Refractories
Company purchased certain assets from
Ohio Lime Company, located in
Woodville, OH In August 1967 and
formed OLC.
(b) Years of manufacture. 1955
through 1973.
(c) Types or classes of products.
Hydraulic setting insulating caatable,
paste-like silicate cement, acoustical
plaster, decorative spray coating.
(d) Other identifying characteristics.
Litecast 30 (produced 1962 to 1968; 1970
to 1973 by General Refractories
Company) was a hydraulic setting
insulating castable. Constituent
composition of Litecast 30 by weight of
each constituent: 40% expanded Perlite
Grade P-38; 23% chrysotile asbestos 7K
15; 36% Lumnite Cement; and 1%
bentonite. Litecast 30 was shipped dry
in 30 Ib. valve type bags. It was mixed
with water, then cast or sprayed onto a
furnace surface for use in the aluminum
and petrochemical industry. Litecast 30
was manufactured at the Company's
facilities in Sproul, PA and in Troup, TX.
Fibrous Adhesive (produced 1955 to
1972 by General Refractories Company)
was a paste-like silicate cement used to
hold refractory insulating block to which
General added 14% chrysotile asbestos.
Constituent composition of Fibrous
Adhesive by weight of each constituent:
66% Sodium Silicate; 14% chrysotile
asbestos. Fibrous Adhesive was sold in
1 gallon, 32 gallon, or 55 gallon drums, 24
or 36 drums per pallet.
Mute Acoustical Plaster (produced
from October 1981 to May 1964 by OLC)
contained approximately 15% asbestos.
It was packaged for sale in 10 Ib. Kraft
paper sewn end bags with blue lettering.
Decorative Spray Coating, "DSC,"
(produced from approximately February
1969 to January 1973 by OLC) contained
16.4% asbestos, consisting of asbestos
short fibers, purchased from Gary of
Canada. DSC was packaged in 50 Ib.
bleached Kraft paper bags with red
lettering. Total production of DSC was a
little over 300 tons.
(e) Additional information. No
additional information is available.
11. Georgia-Pacific Corporation
(a) Name and address of
manufacturer. Georgia-Pacific
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5150 Federal Register / Vol. 55, No. 30 / Tuesday. February 13, 1990 / Notices
Corporation, 133 Peachtrce Street, N.E.,
P.O. Box 105805, Atlanta, GA 30348.
Predecessor Bestwall Gypsum
Company.
(b) Years of manufacture. 1956
through 1977.
(c) Types or classes of products,
Acoustical plaster, joint compounds,
textures, and specialty products.
(d) Other identifying characteristics.
Trowel Applied Acoustical Plaster was
manufactured from 1956 to 1959. It was
off-white in color, if not painted, and
was applied on smooth or textured
surfaces, normally ceilings. The
components of this product were
approximately 2.5% asbestos; 28%
gypsum; and 70% pumice.
Machine Applied Acoustical Plaster
was manufactured from 1958 to 1963. It
was off-white in color, if not painted,
and was applied on smooth or textured
white surfaces; normally ceilings. The
components of this product were
approximately 25 to 30% asbestos; 13 to
15% clay, and 50 to 60% perlite.
Dry Mixed joint Compound was
manufactured from 1956 to 1977. It was
off-white In color, if not painted, and
was applied on smooth or textured
white surfaces. Normally, it was applied
over bedding or taping compounds over
joints, fastener heads, corners, and
entire areas of a gypsum board on
interior walls and ceiling surfaces. The
components of this product were
approximately 2.5 to 7% asbestos; 50 to
90% calcium carbonate (limestone); or 80
to 90% calcium sulfate (gypsum); 5 to
20% mica; and 2 to 6% casein and/or
vinyl binder(s).
Wet Mixed Joint Compound was
manufactured from 1963 to 1977. It was
off-white in color, if not painted, and
was applied on smooth or textured
surfaces. Normally the texture was
applied as a taping, finishing, or
texturing material over joints, fastener
heads, corners and entire areas of
gypsum board in walls and ceilings. The
components of this product were
approximately 1.5 to 5% asbestos; 45 to
70% calcium carbonate (limestone); or 45
to 70% calcium sulfate (gypsum); 5 to
10% mica; 2 to 5% vinyl binder(s); and 30
to 40% water.
Textures were manufactured from
1956 to 1974. The color appeared white
to off-white with aggregate particles
providing a rough surface. Normally the
texture was applied as a decorative
finish over dry wall, sprayed-on or
trowel applied. The components of this
product were approximately 2 to 12%
asbestos; 25 to 90% calcium carbonate
(limestone), or 25 to 90% calcium sulfate
(gypsum); 5 to 15% clay; 4 to 30%
expanded perlite; 10 to 15% expanded
vermiculite; 2% shredded expanded
polystyrene; 2 to 9% casein, vinyl and/or
starch binder[s); and 7 to 15% mica.
Patching was manufactured from 1956
to 1975. This product was off-white,
unless painted, and smooth. It was
normally applied to repair plaster cracks
and holes in wall and ceiling surfaces.
The components of this product were
approximately 2% asbestos, and 98%
calcium sulfate (gypsum).
Spackling was manufactured from
1956 to 1971. This product was off-white
and smooth. It was normally applied to
patch fine cracks in plaster surfaces.
The components of this product were
approximately 5% asbestos; 70% calcium
carbonate (limestone); 16% mica; and 2
to 4.5% casein or vinyl binders).
Laminating Compound was
manufactured in 1969, It was white to
off-white in color, and was normally
applied between two layers of gypsum
board in special multi-layer
applications. The components of this
product were approximately 4%
asbestos; 80% calcium carbonate
(limestone); and 2 to 8% vinyl binder(s).
Dry wall Adhesive was manufactured
in 1972. It was white to off-white in
color; and was normally applied
between gypsum board and framing
member. The components of this
product were approximately 1%
asbestos; 80% calcium carbonate
(limestone); and 2 to 8% organic
binder(s).
(e) Additional information. No
additional information is available.
12. H. K. Porter Co.. Inc.
(a) Name and address of ,
manufacturer. H. K. Porter Co., Inc.,
Porter Building, Pittsburgh, PA 15219.
(Predecessor of Emhart Glass of Lacleda
Christy Clay Products Company, P.O.
Box 580, Owensville, MO 65066.)
(b) Years of manufacture. 1970
through 1973.
(cj Types or classes of products. Wet
cement.
(d) Other identifying characteristics.
Porter Bonding Mortar #20.
(e) Additional information. No
additional information is available.
13. Kaiser Cement Corporation
(a) Name and address of
manufacturer. Kaiser Cement
Corporation, 1333 North California
Blvd., Suite 445, Walnut Creek, CA
94596-1209. Formerly Kaiser Cement &
Gypsum Corporation (1984 to 1979), and
Permanente Cement Company (1939 to
1964).
(b) Years of manufacture. 1944
through 1946, and 1959 through 1979.
(c) Types or classes of products.
Plastic gun cement, plastic cemen*,
masonry cement, stucco.
(d) Other identifying characteristics.
Kaiser Permanente Plastic Gun Cement
(produced 1959 to 1976) was a grey
powder composed primarily of portland
cement and plasticizing and air-
entraining agents. Sold in sacks, the
product was used to make stucco for
building exteriors and was applied by
gun with a plastering machine. The
product contained a small amount of
chrysotile asbestos. Plastic gun cement
was sold primarily in California, but
also in several other Pacific Coast States
and Nebraska.
Kaiser Permanente Plastic Cement
(Hand) (produced 1961 to 1973) had the
same composition and use as plastic gun
cement, with the exception that it was
applied manually with a trowel. The
distribution area for sales of this
product was the same as for the plastic
gun cement.
Kaiser Permanente Masonry Cement
(produced 1973) was sold in 78 Ib. bags
and used as mortar in building
construction. The product's ingredients
included a trace amount of chrysotile
asbestos, probably less than 1% when
product was applied, and was primarily
composed of a combination of portland
cement and air-entraining additives.
This masonry cement was manufactured
and sold in the Phoenix, AZ area.
Plastite (produced 1944 to 1945) was
sold in 100 Ib. sacks, and used to make
manually applied stucco for building
exteriors. The product was primarily
composed of portland cement, adhesive,
plasterizing and water repellent agents,
and contained a small amount of
asbestos. It was sold in Northern
California and in Washington.
(e) Additional information. No
additional information is available.
14. Kaiser Gypsum Company, Inc.
(a) Name and address of
manufacturer. Kaiser Gypsum Company,
Inc., 1333 North California Blvd., Suite
445, Walnut Creek, CA 94596-1209.
(b) Years of manufacture. 1952
through 1976.
(c) Types or classes of products.
Texture paints, joint compounds, joint
compound premixes, mineral fiber
acoustical ceiling tile and lay-in board,
specialized surface- finish products.
(d) Other identifying characteristics.
Cover-Tex, Spray-Tex. Spray Cover-
Tex, and Kaiser-Tex were produced
1952 to 1967. These texture paints were
sold by the bag in dry powder form and
were composed of casein, limestone,
mica and a small amount of chrysotile
asbestos.
Cover-Tex Wall Texture, (TSS),
(produced 1968 to 1975) was similar to
the other texture paints described
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Federal Register / Vol. 55, No. 30 / Tuesday, February 13, 1990 / Notices 5151
above. K-Spray Ceiling Texture (KSV or
KSP and KSS) were produced 1061 to
1975. Ceiling texture paints were
manufactured in dry form and had the
same primary composition as the texture
paints described above.
Joint Compound-Powder, Finishing
Compound-Powder, One-Day Joint
Compound-Powder, and 3-Purpose
Compound-Powder were produced 1953
to 1975. Joint compounds were sold by
the bag in dry form and were primarily
composed of casein or poly vinyl, clay,
talc, limestone and mica, with a small
amount of chrysotile asbestos.
Premix Joint Compound, Premix
Finishing Compound, Dual Purpose
Premix Compound, and Premix Topping
Compound were produced 1959 to 1976.
Joint compound premixes were sold in
paste form in cartons or pails and
composition was essentially the same as
dry form with the addition of a
liquefying agent.
Kaiser Mineral Fiberboard UL-Fire
Rated (Underwriters' Laboratories. Inc.
Design) was produced 1963 to 1974.
Mineral fiber acoustical ceiling tile and
lay-in board contained a small amount
of chrysotile asbestos and was primarily
composed of mineral wool and various
wool fibers, clays and starch. Sold in
boxes, the face side had a fissured or
swirl, or pin-punched design for
acoustical treatment.
"Laminating Compound," an adhesive
for laminating wallboard to wallboard
or to sound deadening board, was
primarily composed of soya flour and
limestone.
"Filler Compound," for coveting
radiant heat system ceiling surfaces,
was primarily composed of limestone
and mica.
"Radiant Heat Compound," for
covering radiant heat cables stapled to
ceiling surfaces, was primarily
composed of sand and while porlland
cement.
"Radiant Heat Surfacing Compound,"
for covering radiant heat cables
embedded in ceiling surfaces, was
primarily composed of silica, flour and
mica, a." was "Radiant Heat Scrimless
Sir-facing Compound."
"Radiant Heat Joint Compound," for
Filling cracks and embedded tape
grooves in radiant heat gypsum
wallboard ceiling surfaces, was
primarily composed of casein, clay, mica
and limestone.
"X-Terior Premix Prefill Compound,".
for prefilling joints in gypsum wallboard,
was primarily composed of raw gypsum,
PVA emulsion and mica.
"X-Terior Premix Wall Texture
Compound," for providing surface
texture to gypsum wallboard installed
on building exteriors only, was primarily
composed of limestone, acrylic
emulsion, and mica. The only form of
asbestos used in these products was
chrysotile.
(e) Additional information. No
additional information is available.
75. Keene Corporation
(a) Name and address of
manufacturer. Keene Corporation, 200
Park Avenue, New York, NY 10017.
Former subsidiary: Keene Building
Products Corporation ("KBPC"). KBPC's
corporate predecessors: Baldwin-Ehret-
Hill, Inc. ("BEH"), a Pennsylvania
Corporation; Eh re I Magnesia
Manufacturing Company C'EHRET"), a
Pennsylvania Corporation; Baldwin Hill
Company ("B-H"), a New Jersey
Corporation.
(b) Years of manufacture. 1904
through approximately 1972.
(c) Types or classes of products. Pipe
and block covering, cement, insulation
materials, insulated pipe, spray-on
acoustical coverings, acoustical ceiling
tiles.
(d) Other identifying characteristics.
85% Magnesia (Thermalite) Pipe and
Block Covering (produced 1904 to 1904
by Ehret and BEH) was a molded
insulation for use on hot surfaces having
temperatures up to 600 °F. Little
information exists on the product, and
the best estimate is that it was
composed primarily of magnesium
carbonate (85%). Although there has
been diverse testimony on the product,
the best information is that up until
World War 1! it contained 10 to 15%
asbestos Tiber, composed primarily of
amosite and a small amount of
chrysotile. Thereafter, it contained 10 to
15% amosite. It was manufactured in
cylindrical sections and in curved
segments. It was also made in the form
of blocks. The product was packaged in
corrugated cardboard boxes according
to size. The remnants from the molding
and shaping process were sold ae 85%
Magnesia Cement or Thermalite Cement
for use in sealing joints between the
block and pipe covering, which was
packaged in multiwall open mouth paper
bags in 60 Ib. weights and 75 Ib. barrels
(85% Magnesia Cement) and in
multiwall open mouth paper bags in 50
Ib. weights (Thermalite Cement).
Investigation of this product is ongoing.
No. 1 Plus Cement/No. 1 Cement
(produced 1938 to 1971 by B- H, BEH,
and KBPC). was a dry mixture of spun
mineral wool granules, bentonite clay
binder, chrysotile asbestos fiber (7.5%)
and other ingredients. Mixed with water
and applied with a trowel, it formed a
thermal insulation capable of
withstanding temperatures from 1,800°
to 2,100 T. Asbestos was removed from
this product in 1971. The product was
packaged in paper bags by 40 or 50 Ib.
weights. For approximately 1 year
around 1970, a Military Formulation of
No. l Plus Cement was manufactured.
Investigation of this product is ongoing.
Mono-Block (produced 1941 to 1968 by
B-H and BEH) was a lightweight,
moisture-resistant, non-corrosive,
incombustible and chemically stable
insulation product. Mono-Block
contained 0.95% amosite asbestos,
which amount was removed in 1968. The
product was packaged in corrugated
cardboard boxes according to size.
Investigation of this product is ongoing.
Thermasil Pipe A Block Covering and
Cement (produced 1956 to 1972 by Ehret,
BEH. and KBPC) was a lightweight,
molded, hydrous calcium silicate
insulation, manufactured from a blend
of special inorganic ingredients,
reinforced with amosite asbestos fibers.
Although one witness testified it
contained chrysotile. the best available
information is that Thermasil contained
approximately 10% amosite asbestos
fiber from 1956 to February 1969. The
amount was reduced to approximately
8.6% until 1970, when the amount was
further reduced to 2%. In November
1972, all remaining amounts of asbestos
fiber were removed and KBPC
purchased a license to manufacture an
asbestos-free calcium silicate product.
The product was packaged in corrugated
cardboard boxes according to size. The
remnants from the molding process were
sold as Thermasil cement. Investigation
of this product is ongoing.
Military Formulation of Super
Powerhouse Cement (produced 1957 to
1971 by B-H, BEH, and KBPC) containnd
5% chrysotile asbestos and was
developed to conform to government
specification. This product was
manufactured and sold exclusively for
U.S. government military installations.
The commercial formulation without
asbestos continued in production. Both
products were dry. mixtures containing
spun mineral-wool, hydraulic setting
binders, clays and other ingredients.
Asbestos was removed from the military
formulation in 1971. Super Powerhouse
Cement was sold in dry mixture in 50 Ib.
bags. Investigation of this product is
ongoing.
Enduro Pipe Covering and Block
Cement (produced 1924 to 1955 by Ehret)
consisted of specially selected pre-
calcined diatomaceous earth, clays, and
asbestos fibers. Enduro is believed to
have contained a blend of 1.1% No. 373
chrysotile asbestos and 8.7% amosite
fiber. The dry formula of this product
was sold as Enduro Cement.
Investigation of this product is ongoing.
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5152
Federal Register / Vol. 55. No. 3d / Tuesday. February 13, 1990 / Notices
Durant Insulated Pipe (produced 1938
to 1945 by Durant) was a piping system
exclusively for outdoor and underground
use. Durant was metal piping "insulated
with 85% magnesia and then protected
with a thick layer of a special high
melting point asphalt which was cast
inside of a heavy sheet metal jacket.
Investigation of this product is ongoing.
Pyrospray Types I, T & S (produced
1963 to the early 1970's by BEH and
KBPC) were packaged in multiwall open
mouth paper bags in 40 or 50 Ib, weights,
Pyrospray Type I was a dry mixture of
mineral wool, 32% chrysolite asbestos
and inorganic binders and inhibitors
which was mixed with water at a nozzle
and applied pneumatically. Pyrospray
Type T was a combination of dry
mineral wool, 15% asbestos and
inorganic binders and inhibitors, which
was mixed with water at a nozzle and
applied pneumatically. Pyrospray Type
S (also known as Uni-Coustic) was a dry
mixture of mineral wool, 22% chrysotile
asbestos, and hydraulic setting binders
and inhibitors, which was mixed with
water at a nozzle and applied
pneumatically. Asbestos was removed
from all three types of Pyrospray prior to
1972. Investigation of these products is
ongoing.
Mono-spray (produced 1963 to 1970 by
BEH) was a dry-mixed blend of mineral
wool with asbestos fibers and inorganic
binders which was mixed with water at
a nozzle and applied pneumatically.
Mono-Spray contained 13% chrysotile
asbestos from 1963 to 1968, and 12.5%
chrysotile asbestos from 1968 to 1970.
Production was terminated in 1970. The
product was packaged in multiwall open
mouth paper bags in 40 Ib. weights.
Investigation of this product Is ongoing.
Mono-K (produced from 1964 to 1968
by BEH) is a high temperature insulating
material which was manufactured by
laminating asbestos-free mineral wool
felts to Mono-Block. Mono- Block
contained 0.95% amosite asbestos.
Mono-K was discontinued for lack of a
sales market. Investigation of this
product is ongoing. Styltone AF, FR-2,
and FR-3 (produced from 1957 to 1972
by B-H. BEH, and KBPC} were
acoustical ceiling tiles which are
believed to have contained
approximately 4.3% amosite asbestos
fiber. Sales of asbestos containing
Styltone ceased in 1972. Styltone AF,
FR-2 and FR-3 was a preformed, natural
fissured, ridged mineral fiber acoustical
tile for use on mechanical suspension
systems. Styletone also was produced
as a non-asbestos containing product
from 1957 to 1975. Investigation of this
product is ongoing.
(e) Additional information. No
additional information is available.
16. Kentile Floors Inc.
(a) Name and address of
manufacturer. Kentile Floors Inc., 58
Second Avenue, Brooklyn, NY 11215.
(b) Years of manufacture. 1907
through 1986.
(c) Types or classes of products,
Resilient flooring—tiles and sheet goods.
(d) Other identifying characteristics.
Kentile Asphalt Tile: Asbestos Filler
Standard size: 9"x9"; Thickness: W
and %«" (heavy duty); Border size:
18"X24"; Edging: I"xl8"; 25 Tile
Colors; 3 Styles: Regular marbleized
Kentile noted for its uniform
marbleization, Carnival Kentile noted
for multi-color mottling, and Corktone .
Kentile which has a cork look.
KenFlex Vinyl Asbestos Tile: Blend of
vinyl and asbestos fibers; Size: 9"x9";
Thickness: Vi«" and %" (heavy duty);
Styles include: Regular, Carnival,
Corktone, Terrazzo Style, Woven Tones,
Woodgrain KenFlex Vinyl Asbestos
Tiles.
Kentile Vinyl Sheet Flooring: Styles
vary in width of rolls and thickness.
(e) Additional information. Additional
information is available.
17. Mannington Mills, Inc.
(a) Name and address of
manufacturer. Mannington Mills, Inc.,
P.O. Box 30, Salem, NJ 08079.
(b) Years of manufacture. 1963
through 1983.
(c) Types or classes of products.
Cushioned vinyl floor covering sheet
goods, counter top coverings.
(d) Other identifying characteristics.
The following styles of cushioned vinyl
floor covering sheet goods contained
asbestos backing: Royal Air (produced
from approximately 1967 to 1977;
unavailable 1967,1968,1977, and 1978);
Marquis (produced from approximately
1988 to 1983); Vinyl-Ease 100 (produced
from approximately 1968 to 1983;
unavailable 1971 and 1973); Million Air
(produced from approximately 1970 to
1983); Vega (produced from
approximately 1970 to 1983; unavailable
1971 and 1973); Aristocon (produced
from 1974 to 1983); Lustrecon (produced
from approximately 1978 to 1983);
Classicon (produced from
approximately 1975 to 1983; unavailable
1976); Decora (produced from
approximately 1975 to 1983; unavailable
from 1976 to 1983); Architect's Choice
(produced from 1977 to 1983; unavailable
1977); Duracon (produced 1981 to 1983);
Special "Y" (produced 1980 to 1981;
unavailable 1980 and 1981); Price Buster
(produced 1981 to 1983; unavailable 1981
to 1983): Boca (produced 1983;
unavailable).
The following styles from Mannington
Mills Inc.'s Vinyl-1 line contained
asbestos backing: Estoril (produced 1967
to approximately 1970; unavailable 1967
and 1968); Laurentian (produced 1966 to
approximately 1970; unavailable 1967 to
1969); Tahiti (produced 1963 to 1967;
unavailable 1963,1965 to 1967); Pebble
Beach (produced 1963 to 1971;
unavailable 1963.1967 to 1971); Castanet
(produced 1964 to approximately 1970;
unavailable 1967 to 1970); Costa Bella
(produced 1966 to 1971; unavailable 1966
to 1968, and 1971); Marvel Air (produced
1969 to 1971; unavailable 1971); Villa
Madrid (produced 1969 to 1971;
unavailable 1971).
The following styles of Mannington
Mills, Inc. products also contained
asbestos: Counter Top (produced 1963 to
1972; unavailable 1971 and 1972); Casina
(produced 1969 to 1971; unavailable 1969
to 1971); Sea Isle (produced 1969 to 1971;
unavailable 1969 to 1971); Marvel Air
(produced 1969 to 1971; unavailable
1971).
(e) Additional information. Additional
information is available.
18. Manville Corporation
(a) Name and address of
manufacturer. Manville Corporation,
P.O. Box 5108. Denver, CO 80217 (1982 to
the present). Predecessor Johns
Manville Corporation, Ken-Caryl Ranch,
Denver. CO 80217 (1972 to 1981). 22 East
40th Street, New York, NY 10016 (1907 to
1971).
(b) Years of manufacture. 1891
through 1983.
(c) Types or classes of products.
Packing, insulation, construction
materials, friction materials, asbestos-
cement pipe, and asbestos fiber.
(d) Other identifying characteristics.
Chempac: 2012, 2011, 2009, 2008, 2006.
2013. 2014, 2024, 2005, 2004, 587, and
Valve Stem Packing (produced 1891 to
1983) was a packing which contained
white asbestos yarns, 0 to 90%; blue
asbestos yarns, 0 to 90%, commercial
grade T asbestos, 0 to 90%; TFE, 0 to
10%; mineral oil, 0 to 1%; wax and oil, 0
to 1%. Description: braid-over-braid,
square cross section; braided in the
interlocked pattern; twisted to form a
round cross section.
Interlocked: 255, 253, 263. 270, 257, 254,
2009 (produced 1891 to 1983) was a
packing which contained white asbestos
yarns. 60 to 98%; petroleum base wax, 0
to 35%; petroleum base oil, 0 to 1%;
neoprene cement, 0 to 35%; inorganic
fillers, 0 to 10%; copper wire 0 to 10%;
graphite finish, 0 to 1%. Description:
square cross section; a resilient braided
packing, its construction of interlocking
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Federal Register / Vol. 55, No. 30 / Tuesday, February 13. 1990 / Notices
5153
braided asbestos yarn prevents
unraveling or coming apart.
Centripac: 4, 7,11,18,19, 2018, 2021,
2036, 350, 351, 2022 (produced 1891 to
. 1983) was a packing which contained
white asbestos yarns, 0 to 90%; blue
asbestos yarns, 0 to 90%; petroleum base
wax, 0 to 35%; petroleum base oil, 0 to
1%; mineral oil, 0 to 2%; inorganic fillers,
0 to 10%; lead ribbon, 0 to 10%; copper
wire, 0 to 10%; graphite finish, 0 to 1%.
Description: square plaited cross
section.
Thermacore: 398,397,399 (produced
1891 to 1983) was a packing which
contained white asbestos yarns, 50 to
90%; inconel wire, 0 to 10%; neoprene, 0
to 30%; mica, 0 to 1%; graphite finish, 1 •
to 2%. Description: braid-over asbestos/
plastic core, with a square cross section.
Rajah: 6, 2 (produced 1891 to 1983)
was a packing which contained white
asbestos yarns, 95 to 98%; natural and
buna-S rubbers, 0 to 2%; graphite finish,
1 to 2%. Description: braid-over-braid,
with square or round cross-sect ion.
Mogul: 223,222 (produced 1891 to
1983) was a packing which contained
white asbestos yarns, 95 to 98%; light
petroleum base oil, 1 to 2%; graphite
finish, 1 to 2%. Description: braid-over-
braid, and calendered to a square cross-
section.
Braided: 2020,10 Jewett, 55, 2053, 323,
14, 322, 2017 (produced 1891 to 1983) was
a packing which contained white
asbestos yarns, 0 to 98%; blue asbestos
yarns, 0 to 98%; petroleum base waxes, 0
to 2%; petroleum base oils, 0 to 2%; inert
inorganic fillers, 0 to 2%; copper wire, 0
to 5%; lead ribbon, 0 to 10%; neoprene
base cement, 0 to 5%; graphite finish, 0
to 2%. Description: Braid-over-braid, and
calendered to a square cross-section.
Asbestos-metallic: 344, 360, 379, 392,
393 (produced 1891 to 1983) was a
packing which contained white asbestos
yarns, 25 to 60%; blue asbestos yams, 25
to 60%; copper mesh, 45 to 60%;
antimony-lead ribbon, 45 to 60%; lead-
alloy ribbon, 45 to 60%; aluminum foil, 45
to 60%; lead foil, 45 to 60%, petroleum
base oil, 0 to 2%; hydrocarbon waxes, 0
to 2%; graphite, 1 to 2%. Description:
constructions include braid-over-braid,
square plaited twisted foil, knitted mesh,
spiral and others.
Asbestos fabrics: 166 Kearsarge. 167
Superheat Steam, 168 Kearsarge
(produced 1891 to 1983) were packings
which contained asbestos cloth, 90 to
94%; natural and buna-S rubber
compound, 5 to 8%; graphite finish, 0 to
2%; mica, 0 to 1%. Description: Square
cross-section.
Groove: 17, 790, 872, 216 (produced
1891 to 1983) was a packing which
contained white asbestos yarns, 98 to
100%; copper wire, 1 to 2%; copper wire
mesh, 0 to 2%; buna-S cement, 0 to 1%;
graphite finish, 0 to 1%. Description:
braided, square, or rectangular cross-
section.
Inconel mesh core groove: 164,163
(produced 1891 to 1983) was a packing
which contained asbestos yarns, 90 to
94%; inconel mesh, 5 to 10%, buna-S and
neoprene cement, 0 to 5%; viton cement,
0 to 5%; graphite finish, 0 to 2%.
Description: asbestos cloth wrapped
around inconel core, form to a square or
rectangular form.
Folded groove: 176,177,128,129
(produced 1891 to 1983) was a packing
which contained asbestos cloth, 94 to
98%; buna-S cement, 0 to 4%; copper
wire, 0 to 2%. Description: asbestos cloth
wrapped around asbestos rope, or
asbestos folded core, in square or
rectangular cross-section.
165 Moulded autoclave packing
(produced 1891 to 1983} was a packing
which contained asbestos yams, 90 to
94%; buna-S and neoprene rubbers, 3 to
6%; inconel wire, 1-5 to 4%. Description:
variety of cross-sectional shapes.
Supplied also in rings.
124 Tubular gasketing (produced 1891
to 1983) was a packing which contained
asbestos cloth, 94 to 96%; brass wire, 2
to 4%; lead insert, 2 to 4%; natural and
buna-S rubber cement, 2 to 4%.
Description: round cross-section with
hollow core.
Thermo-Pac rope: 500, 750,1000, Blue
(produced 1891 to 1983) was a packing
which contained asbestos fibers, 0 to-
100%; blue asbestos fiber, 0 to 98%;
nylon thread, 0 to 1%. Description: soft,
twisted, felted strands.
Braided rope: 566,702,733,787,788,
873,857,869 (produced 1891 to 1983) was
a packing which contained 95 to 98%
asbestos fibers. Description: braided
jacket over twisted core, or jacket, with
round or square cross-section.
Asbestos wick: 4180, 4197, 4198, 4199,
195, 535 (produced 1891 to 1983) was a
packing which contained 95 to 99%
asbestos fibers. Description: twisted
strands of rovings or felted strips of
asbestos, Vi" to %" in size. Twisted
rope: 4185, 4186, 4188, 4196, 4200
(produced 1891 to 1983) was a packing
which contained 95 to 99% asbestos
fibers. Description: asbestos roving
twisted together, into %" and up.
Gasketing tape: 122,121,119, 2032,
132,131,142,141, Besto-Tak, 120
(produced 1891 to 1983) was a packing
which contained asbestos fibers, 80 to
98%; natural and buna-S rubber cement,
0 to 4%; TFE, 0 to 5%; silicone cement, 0
to 5%; adhesive backing. Description:
Strip of woven or folded asbestos
material sometimes wire-inserted and
impregnated with sealants; used to seal
joints or closure in mechanical
equipment; for applications where
design does not permit use of cut or
preformed gaskets.
Tadpole tapes: 123,191,150,151,152,
153,154,155,156,157,160,192 (produced
1891 to 1983) were packings which
contained asbestos rope, 0 to 30%;
asbestos cloth, 50 to 70%; brass wire, 0
to 5%; inconel mesh, 0 to 5%; inconel
wire, 0 to 5%; natural and buna-S rubber,
0 to 10%; neoprene base compound, 0 to
10%; Bilicone rubber, 0 to 10%; aluminum
finish, 0 to 2%; teflon suspensoid, 0 to
5%. Description: Tadpole packing is
made by wrapping a core with asbestos
cloth cover. The edges of the cloth are
stitched or cemented together to form a
tail structure.
Compressed asbestos sheets: style 60,
61, 7ft 70C, 71, 78,86A, 52,76 (produced
1891 to 1983) were packings which
contained white cnrysotile asbestos, 60
to 80%; SBR rubber compound, 0 to 20%;
neoprene compound, 0 to 20%; nilrile,
buna-N compound, 0 to 20%.
Description: compressed asbestos
sheets, with thickness from Vat" to W.
Felted asbestos sheets: 219,83 B
(produced 1891 to 1983) were packings
which contained white chrysotile
asbestos, 95 to 98%; inorganic binder, 2
to 5%. Description: asbestos sheets, with
thicknesses from %" to W.
Flexible asbestos firewall sheets: 95,
96,89,88 (produced 1891 to 1983) were
packings*which contained asbestos
fabric, 90 to 98%; brass wire, 0 to 2%,
inconel, p to 2%, neoprene compound, 0
to 10%; fiuoro elastomer'compound, 0 to
10%, Description: flexible flameproof
asbestos sheets, supplied in three
thicknesses: %*", Vis", W.
Asbestos textiles (produced 1891 to
1983) were packings which contained
carded asbestos fibers, 97 to 98%; cotton
fiber, 0 to 2%; rayon fiber, 0 to 2%.
Description: asbestos fiber twisted,
woven or felted into cloth, yarn, tape,
tubing, etc.; usually a small percentage
of organic fiber such as cotton or rayon
is woven in with the asbestos.
Molded packings: Conepac, Cumpac,
Uneepac, O-ring, V-ring, Clipper seal
(produced 1891 to 1983) were packings
which contained asbestos fibers, 0 to
40%; elastomer compound, 0 to 40%;
natural rubber compound, 0 to 40%;
inorganic fillers, 0 to 20%. Description:
packing precision-molded from rubber
compounds, often combined with
asbestos fiber, cotton duck, etc.
Furnished in three basic shapes: Type
"A", Type "U", and hat-shaped.
Clutch facings: HDM, STM, Spiral
Wound, Gear Tooth, SWAB, UHS,
Asbestos-Metallic (produced 1892 to
1972) were friction materials which
contained asbestos fiber, 40 to 50%;
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Federal Register / Vol. 55. No. 30 / Tuesday. February 13. 1990 / Notices
friction particles, 20 to 30%; brass chips,
2 to 10%; phenol-elastomer compound,
15 to 25%. Description: Metallic facings
designed for truck, car and other
industrial applications. They are
engineered to resist high temperatures,
fade or slipping and wear on mating
surfaces; has good spin strength and
torque capacity. . -
Brake blocks: high, medium and low
friction levels. Asbestos Metallic,
Trailiners, Trukliners (produced 1892 to
1972) were friction materials which
contained asbestos fiber, 20 to 30%;
brass chips, 10 to 15%; phenol-elastomer
compound, 40 to 50%. Description:
molded blocks of friction element for
commercial service on trucks, buses,
and industrial equipment.
Brake linings: Custom Four Star, WK
(produced 1892 to 1972) were friction
materials which contained asbestos
fiber, 45 to 60%; friction particles, 20 to
30%; phenol-elastomer compound, 30 to
40%. Description: molded materials that
can be drilled, bonded, and rivetted on
braking shoe for cars and trucks.
Railroad brake block and lining:
Cobra (produced 1892 to 1980) were
friction materials which contained
asbestos fiber, 45 to 60%; friction
particles, 0 to 30%, metallic chips, 0 to
10%; phenol-elastomer compound, 40 to
50%. Description: an incombustible
mineral, found in nature, which
separates into fibers. Sold in fiber form
packaged in bags.
Transite Ring-Tite water pipes
(produced 1929 to 1963) were asbestos-
cement pipes which contained asbestos
fibers, 15 to 25%; silica flour. 25 to 35%;
Portland cement, 45 to 55%. Description:
asbestos-cement pipes of various
diameter sizes.
Transite electrical ducts: Conduit
Type II, Korduct Type II (produced 1929
to 1983) were asbestos-cement pipes
which contained: asbestos fibers, 15 to
25%; silica flour, 25 to 35%, portland
cement, 45 to 55%. Description: asbestos-
cement pipes from 2" in diameter to 6"
in diameter.
Transite telephone ducts (produced
1902 to 1B83) were asbestos-cement
pipes which contained: asbestos fibers,
15 to 25%; silica flour. 25 to 35%;
Portland cement, 45 to 55%. Description:
asbestos-cement pipes from 2" in
diameter to 6" in diameter.
Magnesia, 85% High Temperature
Insulation: Pipe covering and block form
(produced 1902 to 1970) was an
insulation which contained: asbestos
fibers, 12 to 18%; ground clay, 2 to 5%;
basic magnesia carbonate. 85 to 90%.
Description: white pipe covering and
block form.
Superex M & Superex 1900: Pipe
covering and block form (produced 1922
to 1972) was an insulation which
contained asbestos fibers, 8 to 14%;
celite, 55 to 60%; magnesia, 25 to 35%.
Description: grey-white pipe covering
and block forms, used for high
temperature insulation.
Tnermobestos: Pipe covering and
block form (produced 1939 to 1973) was
an insulation which contained asbestos
fibers, 5 to 10%; diatomaceous earth, 45
to 50%; quicklime, 40 to 46%. Description:
white pipe covering and block forms.
Asbestos Millboard: C, 101,102.103,
104.105,106,108-B. 106-H, 219, Type A,
XXX (produced 1878 to 1980) was an
insulation which contained asbestos
fibers, 65 to 75%; clay and lime, 15 to
25%; starch, 2 to 8%; sodium silicate, 2 to
5%. Description: sheets or board
furnished in thicknesses Vs*" to W.
Asbestos-Binder cements: 0352, 300,
301, 302, 304, 319, 340, 352, 364, 400, 450,
500,678, Superex, 85% Magnesia
(produced 1930 to 1973) was an
insulation which contained asbestos, 10
to 100%; diatomaceous earth, 0 to 30%;
clay, 0 to 30%; portland cement, 0 to 30%;
mineral wool, 0 to 30%. Description: off-
white to grey in color. Packaged in cans
or pails.
Putty-like Sealing Compound:
Albaseal, Body Sealer. Branchtite.
Duxseal, Nordseal, Stove Putty,
TranolSeal, Navaseal, Uniseal
(produced 1957 to 1977) was an
insulation which contained asbestos, 25
to 65%; butane polymer, 0 to 40%;
calcium carbonate, 0 to 20%; titanium
dioxide, 0 to 5%; carbon black, 0 to 1%:
castor oil, 0 to 40%; magnesium oxide, 0
to 1%; chlorinated paraffin, 0 to 55%;
stearic acid. 0 to 1%. Description: Pugs-
packaged in fiberboard cartons.
Asbestos Pipe Blanket (produced 1898
to 1960) was an insulation which
contained asbestos fiber, 95 to 98%.
Description: blanket.
Asbestos Roll Fire Felt: Vitro Firefelt,
Cold Line (produced 1891 to 1973) was
an insulation which contained asbestos
fiber, 95 to 98%. Description: felt.
Asbestos Sponge Felted (produced
1890 to 1961) was an insulation which
contained asbestos fiber, 95 to 98%.
Description: felt. Asbestos Turbine
Blankets (produced 1951 to 1973) were
insulation which contained asbestos
fiber, 95 to 98%; stainless steel tufting
discs, 1 to 2%; monel wire, 1 to 2%.
Description: blanket.
Asbestos Weatherproof Felt: 50
Asbestos Weatherproofing, ISA
Asbestos Jacket, 45A Asbestos Jacket,
7700 Coated Asbestos Jacket (produced
1931 to 1989) was an insulation which
contained asbestos fiber, 95 to 98%.
Description: felt and jacket.
White Surface Asbestos Jacket
(produced 1931 to 1968) was an
insulation which contained asbestos
fiber, 95 to 98%. Description: felt.
Asbestos Felts-Corrugated:
Vitrobestos, VitroFire Felt (produced
1907 to 1959) was an insulation which
contained asbestos fiber, 95 1698%;
Description: corrugated felt.
Neoprene coated asbestos:
Thermotape, Thermowrap (produced
1951 to 1964) was an insulation which
contained asbestos fiber, 95 to 98%;
neoprene, 2 to 5%. Description: neoprene
coated pad and blanket
Asbestos Firefelt, Asbestos Firetard
(produced 1891 to 1962) was an
insulation which contained asbestos. 95
to 98%; inorganic binder, 2 to 5%;
asphalt. 0 to 10%. Description: asbestos
felt
Asbestos paper and rollboard:
Armaturo, Doublex, Fibroid, Long Fiber,
Microbestos, Non-Burn, Welding Paper
(produced 1900 to 1965) was an
insulation which contained asbestos, 40
to 99%; inorganic binder, 1 to 60%.
Fibrous adhesive (produced 1930 to
1981) was an insulation which contained
asbestos fiber. 15 to 20%; sodium
silicate, 80 to 85%. Description: off-white
liquid, packaged in cans, pails, or drums.
Refractory cement: Firelite Furnace
Cement, Heat Treating Cement
(produced 1954 to 1973) was an
insulation which contained asbestos
fiber, 1 to 3%; silica sand. 55 to 65%;
sodium silicate. 25 to 35%; clay, 4 to 6%;
water, 1 to 3%. Description: liquid,
packaged in cans, pails, or drums.
Asbestos Bitumen cement Insulkote,
Duplex, Asbestile, Laptite (produced
1952 to 1984) was an insulation which
contained asbestos fiber, 5 to 10%;
asphaltic emulsion, 0 to 30%: limestone,
0 to 20%; clay. 0 to 3%. asphalt, 0 to 45%;
mineral spirits, 0 to 35%. Description:
black thick liquid, packaged in cans,
pails, or drums.
Asbestos calcium silicate sheet
Marimet 45. Marinite. Marinite 23, 36,65,
Metal Veneered, Veneered, Molten
Metal, Imperial, Heat Treated 30
(produced 1936 to 1978) was an
insulation which contained asbestos
fiber. 25 to 65%; lime, 20 to 36%,
diatomaceous earth, 20 to 35%; clay, 10
to 15%. Description: grey-brownish
sheet.
Molded: Min-K 1301, 2000, 500. Min-
Klad; Blanket: Min-K Flexible/High
Temp, Standard (produced 1958 to 1974)
was an insulation which contained
asbestos fiber. 5 to 20%; colloidal silica,
70 to 80%; carbon black, 0 to 10%;
titanium dioxide, 0 to 20%; phenol-
formaldehyde resin. 0 to 6%: silicon
metal powder, 0 to 20%; glass clothes, 0
to 30%; glassfiber thread, 0 to 4%.
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5155
Description: solid form for molded Min-
K and flexible blankets.
Electrical insulation paper and
millboard: Quinorgo, Quinorgobord,
Quinterra, Qu in terra bord, Quintex,
Quintexbord (exact date manufacture
began is unknown; manufactured up to
1975) was an insulation which contained
asbestos fiber, 80 to 95%; starch, B to
12%; kraft pulp, 0 to 10%; nitrile rubber, 0
to 10%. Description: paper and board
that has good electrical insulation
properties.
Marinite veneer-aluminum: Reeferite
(produced 1850 to 1974) was an
insulation which contained asbestos
fiber, 25 to 35%; portland cement, 40 to
45%; silica, 25 to 30%; aluminum sheet, 1
to 3%. Description: solid sheet.
Molded Insulation: Sonite (produced
1969 to 1974) was an insulation which
contained asbestos fiber, 3 to 8%;
colloidal silica, 85 to 95%; phenol-
formaldehyde resin, 3 to 8%. Description:
Molded solid used for acoustical
insulation.
Molded felt sheet and molding
compound: Thermomat (produced 1963
to 1970) was an insulation which
contained asbestos fiber, 90 to 98%;
phenol-formaldehyde resin, 2 to 5%.
Description: in sheet or tape form.
Asbestos cement sheet: Marine
Veneer, Pallite, Transite Core Plate,
Dekeran Transite Board (produced 1938
to 1978) was an insulation which
contained asbestos fiber, 5 to 50%;
Portland cement, 40 to 45%; silica, 25 to
30%. Description: asbestos- cement sheet
or board.
Asbestos-cement: corrugated and flat
transite, transite acoustical panel
(produced 1930 to 1982) was a
construction product which contained
asbestos Tiber, 25 to 35%; portland
cement, 40 to 45%; silica, 25 to 30%.
Asbestos-cement Architectural Panel:
Splitwood, Stonehenge, Transitop,
Transifoam, Thermocore, Thennostone,
Agean, Santone (produced 1907 to 1982)
was a construction product which
contained asbestos fiber, 25 to 50%;
portland cement, 30 to 50%; silica, 10 to
15%; pigment, 2 to 10%; wood fiber 0 to
25%; asphaltic compounds, 0 to 25%;
expanded polystyrene board, 0 to 10%,
fesco board, 0 to 10%. Description: Gray
or colored, flat or perforated panels.
Asbestos-cement extrusion products:
ACE Stone, Colorsil, Corspan, Facespan
(produced 1907 to 1976) were
construction products which contained
asbestos fiber, 25 to 50%; portland
cement, 30 to 50%; silica, 10 to 15%.
Description: Flat or wedge shaped
window sills, stools.
Asbestos-cement sheet:
Asbestoboard, Asbestos Ebony,
Chemstone, Colorceran, Colorlith,
Electrobestos, Flexboard (produced 1934
to 1987) was a construction product
which contained asbestos fiber, 40 to
70%; portland cement, 15 to 50%; dry
asphalt size. 0 to 8%; pigment, 0 to 12%.
Description: Cray or colored smooth
sheets or boards.
Asbestos-cement shingles:
Cedargrain, Salem Colonial, Salem
American. Durosbestos, Rock-Shakes,
Western Shade Corrgrain, Deepgrain,
Trugrain (produced 1907 to 1976) was a
construction material which contained
asbestos fiber, 15 to 30%; portland
cement, 20 to 60%; silica, 15 to 50%;
pigment, 5 to 10%. Description: roof and
sidewall shingles.
Asbestos Roofing felts: Centurian,
Blue Chip Felts, Asbestos finishing felts,
coated asbestos base felts, ventsulation
felts (produced 1907 to 1979) was a
construction product which contained
asbestos fiber, 50 to 70%; asphalt
saturant, 30 to 50%; inorganic filler, 0 to
10%; sand, 0 to 20%. Description:
asphalt-impregnated asbestos felts.
Asbestos-asphalt roofing shingles:
Fire-Glass Seal-O-Matic, Fire-King Seal-
O-Matic, Flexbetos, FGA, Townsend
Seal-O-Matic (produced 1907 to 1979)
were construction products which
contained asbestos fiber, 30 to 50%;
fiberglass, 20 to 40%; asphalt saturant, 30
to 50%; inorganic filler, 0 to 5%; sand, 0
to 10%. Description: asphalt-impregnated
asbestos-fiberglass- reinforced shingles.
Asbestos-vinyl floor tile: Terraflex,
Terraschip, Allegro, Seastone, Granada,
Larado, Abode (produced 1933 to 1969)
was a construction product which
contained asbestos fiber, 30 to 50%;
Gilsonile, 5 to 15%; Vinyl resin, 20 to
30%; plasticizer, 10 to 20%; inorganic
fillers, 20 to 40%; pigments, 0 to 20%.
Description: vinyl floor tiles of various
colors and design backed with asbestos
reinforced asphalt adhesive. Asbestos
fiber available in over 60 standard and
special grades. Each designation defines
a distinct grade that is suitable for
certain industrial applications. These
grades are further defines as to textural
characteristics. It is used in a variety of
products such as textiles, paper,
plastics, cement products, friction
materials, coatings, caulkings, to name a
few. Produced 1912 to 1983. Contained
80 to 100% asbestos fiber. Description:
Asbestos fiber is inorganic, fibrous,
strong, flexible, and nonflammable. It
bulks, reinforces, adds flexibility,
provides dimensional stability, and
resists time, weather, and fire.
(e) Additional information. No
additional information is available.
19. National Gypsum Company
(a) Name and address of
manufacturer. National Gypsum
Company, 4500 Lincoln-Plaza, 500 North
Akard Street, Dallas, TX.
(b) Years of manufacture. 1933
through 1972.
(c) Types or classes of products.
Acoustical plasters, acoustical
treatment, fireproofing.
(d) Other identifying characteristics.
Rockwall Acoustic Plaster (produced
1936 to 1940) contained the following
ingredients: molding plaster, 35.5% (by
weight); pumice, 53.2%; asbestos, 6.4%;
cork, 2.5%; retarder, 2%, fiber, 2.1%.
Standard Gold Bond Macoustic
(produced 1933 to 1936) contained the
following ingredients: asbestos, 39.90%
(by weight); rock wool, 9.98%; slag,
24.94%; stucco, 24.94%; aluminum
sulphate, 0.05%; retarder, 0.20%. This
product was available in colors; the
pigments used are not listed in the
above formula or accounted for in
calculations.
New Smooth Trowel Finish Macoustic
(also called New Trowel Finish
Macoustic and Trowel Finish
Macoustic) had varied formulations. The
formula for September 27,1935 was:
pumice, 34.94% (by weight); cork, 11.98%;
asbestos, 17.97%; hydrated finish lime,
24.96%; keenes cement, 9.99%; soap bark
powdered, 0.15%. The formula for
October 8,1936 was: pumice, 35.95% (by
weight); cork, 11.98%; asbestos, 3.99%;
hydrated finish lime, 29.96%; keenes
cement, 14.98%; soap bark powdered,
0.15%; ground paper, 1.50%; wood fiber,
1.50%. The formula for March 8,1937
was: pumice, 35.30% (by weight); cork,
11.98%; asbestos, 5.99%; hydrated finish
lime, 29.98%; keenes cement, 14.98%;
soap bark powdered, 0.15%; ground
paper, 1,50%; wood fiber, 1.50%. The
formula for October 7,1943 was: pumice,
42.42% (by weight); cork, 14.47%;
asbestos, 7.49%; hydrated finish lime,
12.47%; keenes cement, 18.71%; ground
paper, 1.88%; wood fiber, 1.88%;
Nacconal Hg, 0.19%. This product was
available in colors; pigments used are
not listed in the above formulas or
accounted for in calculations.
Macoustic Plaster (produced 1942 to
1947) had varied formulations over the
years. The formula for October 5,1942
was: moulding plaster, 33.47% (by
weight); pumice, 54.39%; asbestos,
10.88%; wood fiber, 0.84%; Naccanol Hg,
0.16%; retarder, 0.25%. The formula for
January 23,1946 was: moulding plaster,
29.24% (by weight); pumice, 62.38%;
asbestos, 5.85%; wood fiber, 2.34%;
retarder, 0.16%; Duponol Me Dry, 0.04%.
The formula for February 18,1948 was:
moulding plaster, 29.43% (by weight);
pumice, 60.17%; asbestos, 7.85%; wood
fiber, 2.35%; retarder, 0.18%; Duponol Me
Dry, 0.04%. The formula for December
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Federal Register / Vol. 55. No. 30 / Tuesday. February 13. 1990 / Notices
30,1947 was: moulding plaster, 28.62%
(by weight); pumice, 61.07%; asbestos,
7.63%; wood fiber, 2.29%; powdered
locust gum, 0.25%; arctic syntex M
beads, 0.08%; Dowicide G, 0.05%. This
product was available in colors; the
pigments are not listed in the above
formulas or accounted for in
calculations.
Perlite Macoustic (also called Perlite
Acoustical Plaster and Acoustical
Plaster) contained the following
ingredients: stucco, 48.63% (by weight);
asbestos, 12.97%; wood fiber, 3.89%;
perlite, 33.72%; powdered locust gum,
0.43%; arctic syntex M beads, 0.27%;
Dowicide G, 0.08%; retarder, as required.
This product was available in colors;
pigments used are not listed in the
above formula or accounted for in
calculations.
Thermacoustic (produced 1949 to
1957) had varied formulations. The
formula for August 10,1949 was: mineral
wool, 80% (by weight); asbestos, 12%;
starch, 8%. The formula for December
22,1949 was: mineral wool, 79.84% (by
weight); asbestos, 11.98%; starch, 7.98%;
cut fungicide, 0.2%. The formula for
January 24,1951 was: mineral wool,
70.67% (by weight); asbestos, 18.90%;
Portland cement, 4.52%; starch, 5-75%;
cut fungicide, 0.16%. The formula for
January 12,1953 was: mineral wool,
70.67% (by weight); asbestos. 18.90%;
Portland cement, 4.52%; starch, 4.96%;
cut fungicide, 0.99%. The formula for
August 23,1956 was: mineral wool,
85.09% (by weight); asbestos, 21.16%;
Portland cement, 4.88%; starch. 2.85%;
cut fungicide, 1.22%; diethylene glycol,
1.95%; vegetable cellulose adhesive,
2.85%.
Fire-Shield Plaster (produced 1958 to
1970) was also known as Steel Deck
Fireproofing Plaster for Spray. The
product had varied formulations over
the years. The formula for August 27.
1958 was: perlite, 36.89% (by weight);
stucco, 50.44%; asbestos, 12.61%; Monad
G, 0.05%. The formula for February 4,
1959 was the same. The formula for
April 11,1960 was the same, except for
the asbestos content, which increased to
24.37% (by weight), and the Monad G
content, which increased to 0.06%. The
formula for May 1,1968 was the same.
The formula for September 30,1968 was:
perlite, 23.74% (by weight); stucco,
50.23%; asbestos, 24.35%; bentonite,
1.52%; Monad G, 0.15%.
White Spray-On Acoustical Plaster
(produced 1955 to 1956) had two
formulations. The formula for October 6,
1955 was: perlite, 59.32% (by weight);
bentonite, 15.21%; asbestos. 7.60%;
limestone, 15.21%; titanium dioxide,
2.09%; Monad G, 0.57%. The formula for
December 15,1955 was: perlite, 59.04%;
bentonite, 15.14%; asbestos, 7.57%;
limestone, 15.14%; titanium dioxide.
2.08%; Monad G, 0.57%; sodium nitrite,
0.47%.
Superwhite Sprayolite (produced 1956
to 1968) had varied formulations. The
formula for April 6,1958 was: perlite,
59.04% (by weight); bentonite, 15.14%;
asbestos, 7.57%; calcium carbonate,
15.14%; asbestos, 7.57%; calcium
carbonate, 15.14%; titanium dioxide,
2.08%; Monad G, 0.57%; sodium nitrate,
0.47%. The formula for September 3,1956
was: perlite, 58.87% (by weight);
bentonite, 15.09%; asbestos, 7.55%;
calcium carbonate. 15.09%; titanium
dioxide, 2.08; Monad G, 0.57; sodium
nitrite, 0.47%; boric acid, 0.28%. The
formula for January 21,1958 was the
same. The formula for March 27,1958
was: perlite, 63.20% (by weight);
bentonite, 13.50%; titanium dioxide,
1.86%; Monad G. 0.51%; sodium nitrate,
0.42%; boric acid, 0.25%. The formula for
July 30,1958 was perlite, 58.37% (by
weight); bentonite. 12.47%; asbestos,
9.35%; calcium carbonate, 18.71%;
Monad G, 0.47%; sodium nitrite, 0.39%;
boric acid, 0.23%.
Gold Bond Acoustical Plaster Type C
(produced 1952 to 1956) was also called
Gold Bond Acoustical Plaster High
Humidity. The formula for this product
was: asbestos, 6.95% (by weight); Monad
G, 0.35%: white portland cement. 23.17%;
pumice, 69.52%.
(e) Additional information. Additional
information is available.
20. Owens-Corning Fiberglas
Corporation
(a) Name and address of
manufacturer. Owens-Corning Fiberglas
Corporation ("OCF"), Fiberglas Tower,
Toledo, OH 43659.
(b) Years of manufacture. 1938
through 1972.
(c) Types or classes of products.
Asbestos paper facing for blankets of
fiberglass insulation, asbestos yam ties,
high temperature insulation, insulating
cement, finishing cement.
(d) Other identifying characteristics.
Blankets of fiberglass insulation with an
asbestos paper facing were produced
1938 to 1941. OCF did not manufacture
the asbestos paper, but offered, as a
special order option, to sew it on to
blankets of its fiberglass insulation.
Asbestos yarn ties were produced
1938 to approximately 1952. OCF sold
fiberglass blankets which had a metal
mesh attached to the blanket The metal
mesh was affixed to the fiberglass
insulation blanket by wire ties. Yarn ties
were offered as a special order option
for this product.
Kaylo high temperature insulation
(produced 1958 to 1972) contained 15%
asbestos, quicklime, silica,
diatomaceous earth, clay, chromite,
limestone, and sodium silicate.
Unarcoboard. later called Fyrcor,
(produced 1970 to 1972) was a high
temperature industrial insulation,
produced in sheet form. It contained a
small amount of amosite asbestos and
was generally grayish/ white in color.
Insulating cement (produced for 6
months in 1951) may have contained
asbestos. The modulated insulation was
dry mixed with refractory type
materials.
Asbestos-containing finishing cement
(produced 1940 to 1949) was a light
density fibrous material combined with
asbestos fibers and suitable binders.
{e) Additional information. No
additional information is available.
21. Pfizer Inc.
(a) Name and address of
manufacturer. Pfizer Inc., 235 East 42nd
Street. New York. NY 10017,
Predecessor Gibsonburg Lime Products
Co. (GLPC).
(b) Kears of manufacture. January 19,
1962 through December 31,1964 by
GLPC; December 31.1964 through
approximately December 31.1972 by
Pfizer Inc.
(c) Types or classes of products.
Kilnoise acoustical ceiling plaster.
(d) Other identifying characteristics.
The formula for Kilnoise was 89.1%
hydrated dolomitic lime, 9.9% chrysotile
asbestos, 0.25% fiberglass, and 0.75%
Duponol (sodium lauryl sulfate).
Kilnoise was a white (on rare occasions,
cream or buff) powder mixed with
water, then trowelled on by hand over
gypsum brown coat. After being applied
to approximately Vi" thickness, Kilnoise
was brush stippled and nail perforated
by hand while wet, and then allowed to
dry to a hard, uniformly textured
surface, which could thereafter be
painted if desired. Kilnoise was not a
spray-on insulation material.
Rapid screening test: To a 300-mg
sample of the building material add 2 to
3 drops of dilute (1N) hydrochloric acid.
If there is not an immediate evolution of
gas (carbon dioxide), the sample-is not
Kilnoise and no further testing is
necessary, (Note: If there is only a very
small amount of gas evolution, the
binder may contain hydrated lime that
has reacted with carbon dioxide in the
air to form small amounts of carbonate.
Lime- based material, however, may be
differentiated from dolomitic material
on the basis of its greater alkalinity.)
(e) Additional information. Additional
information is available.
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Federal Register / Vol. 55, No. 30 / Tuesday, February 13, 1990 / Notices
S157
22. Rhone-Poulenc Ag Company
(a) Name and address of
manufacturer. Rhone-Poulenc Ag
Company, or "Rhone-Poulenc", P.O. Box
12014, 2 T.W. Alexander Drive, Research
Triangle Park, NC 27709. Predecessor:
Achem Products, Inc., formerly
American Chemical and Paint Company
and Benjamin Foster Company (office
address from 1930 to 1946:1411 Walnut
Street, Philadelphia, PA), (factory
address from 1930 to 1946: 31st Street
and Magazine Lane, Philadelphia, PA),
(office and factory address 1946 to 1976:
4635-37 West Girard Avenue,
Philadelphia 31, PA).
(b) years of manufacture. Early 1930's
through 1976.
(c) Types or classes of products.
Adhesives, coatings and sealants, and
mastics.
(d) Other identifying characteristics.
The following products which contained
small amounts of encapsulated asbestos
were manufactured and sold by the
Benjamin Foster division of Amchem
Products, Inc. and/or its predecessors in
interest and may have been used in the
construction industry:
Adhesives: Thermas Extruded Heat
Transfer Cement (designed 1955); Black
Spot Adhesive (designed 1959);
INSULFAS (designed 1941); Fibrous
Adhesive (designed 1942,1966,1957);
Fire Resistive Adhesive (designed 1943);
Fire Resistive Insulation Adhesive
(designed 1959); Metal Adhesive
(designed 1959); Black Adhesive; C.C.
Adhesive; Fire Resistive Linoleum
Adhesive; Cement, Adhesive, Fire
Retardant, Type 1; Steel Floor Plate
Adhesive, Part A; Insulation Adhesive,
Part B; Adhesive Sealer, Charcoal Gray,
Part A; Adhesive Sealer, Part A;
Adhesive Sealer, White, Part A; Mariner
Adhesive; Cold Storage Adhesive;
Adhesive; Foster IBM Asphalt Fibre
Roof Cement; Black Cat Roof Cement
(Asphalt with Asbestos); Foster IBM
Red Plastic Roof Cement; Foster IBM
Green Plastic Roof Cement; Foster IBM
Green Fibre Roof Coating Cement.
Mastics: Sealfas Mastic (designed ,
1959); Sealfas Mastic, Sand (Temporary)
(Low Temperature Grade) (designed
1959); Sealfas Mastic, Mediterranean,
Blue (Low Temperature Alt.) (designed
1959); Sealfas Mastic, Sand, (designed
1959); Sealfas Mastic, White, (designed
1959); SEALFAS G-P-M Mastic; Cork-
filled Mastic (designed 1959); C.I.
Mastic; Fire Resistive Mastic; C.I.
Mastic, Aluminum; Fire Resistive
Mastic, Aluminum: STACKFAS Mastic
(designed 1960); Safetie H. I. Mastic
(designed 1955); Hilastic Mastic
(designed 1958); Fire Resistive Asphalt
Material (designed 1965); Safetie C. I.
Mastic (designed 1964); H. 1, Mastic
(designed 1941); Low Temperature H. I.
Mastic (designed 1962); Climastic
MASTIC; Sealfas Mastic; Sealfas G-P-
M Mastic; Cork-Filled Sealfas; Sealfaa
Mastic Trowel; Cork Filled Fire
Resistive Mastic; Fire Resistive Mastic;
Safetee Cork-Filled Fire Resistive
Asphalt Mastic; O. C. Mastic.
Sealants: Flame Resistant High
Velocity Duct Sealant (designed 1960);
Asphalt Seam Sealer (designed 1959);
Fire Resistive Navy Sealer (designed
1955); Heat Resistant Sealant (designed
1949); FOAMSEAL Sealant (designed
I960); Insulation Sealant (designed
1963); Contraction Joint Sealant
(designed 1969); High Velocity Duct
Sealer (designed 1962); Flame Resistant
High Velocity Duct Sealant Cartridge
Grade (designed I960); Flashing
Compound (designed 1960); Elastolar
Sealant (designed 1966); Extruded
Sealant Tape; Duct Sealer, Gray; Flame
Resistant High Velocity Duct Sealant,
Gray; Insulation-Sealer Undercoating;
Flexible Joint Sealer, Flextra Sealant
(Spray); Gray Caulking Compound;
Fitting Filler; Foster Black Caulking
Compound-Gun Grade; Joint Filler.
Coatings; Protection Kote (designed
1953); Fire Retardant Vapor Barrier
(designed 1955); LAGTONE Coating
(designed 1962); Tile-Fit Coating; White
Insulation Coating; Lagtone (designed
1958); FOAMSEAL Coating (designed
1972); Masonry Coating; Stackfas-Hi
Solids; Heat Resistant Metal Coating;
Foster IBM Asphalt Fibre Roof Coating;
Black Cat Roof Coating (Asphalt with
Asbestos); Foster IBM Red Fibre Roof
Coating.
(e) Additional information. Additional
information is available.
23. The Sherwin-Williams Company
(a) Name and address of
manufacturer. The Sherwin- Williams
Company, 101 Prospect Ave., N.W.,
Cleveland, OH 44101. Purchased
subsidiary: Dutch Boy Group, 101
Prospect Ave., N.W., Cleveland, OH
44101.
(b) Years of manufacture. Before 1972.
Records were reviewed back to 1964.
(c) Types or classes of products.
Cement block fillers.
(d) Other identifying characteristics.
The coatings are used as a thin film and
the asbestos is bound in a resin. There
usually is a non-asbestos top coat
applied over these coatings. The only
way to distinguish these products from
other manufacturers' is by purchase
records.
(e) Additional information. No
additional information is available.
24, Tremco Incorporated
(a) Name and address of
manufacturer. Tremco Incorporated,
3735 Green Road, Beachwood, OH
44122. Also operated by Tremco:
Adhesives System Division, BFGoodrich
Company, 123 West Bartges, Akron, OH
44311.
(b) Years of production. 1930 through
the present.
(c) Types or classes of products.
Extruded Butyl Tapes (produced 1955 to
the present by Tremco Incorporated);
Acrylic Sealant (produced 1961 to the
present by Tremco Incorporated);
Polyurethane Coatings & Sealants
(produced 1979 to the present by Tremco
Incorporated); Butyl Sealants (produced
1960 to the present by Tremco
Incorporated); Drying Sealants
(produced 1950 to the present by Tremco
Incorporated); Non-Drying Sealants
(produced 1952 to the present by Tremco
incorporated); Oil Based Paints
(produced 1930 to 1973 by Tremco
Incorporated); Adhesives (produced
1960 to 1983 by Adhesives Systems
Division, BFGoodrich Company).
(d) Identifying characteristics. The
above products contain chrysotile
asbestos; identifying characteristics are
unavailable.
(e) Additional information. No
additional information is available.
25. Union Carbide Corporation
(u) Name and address of
manufacturer. Union Carbide
Corporation, 39 Old Ridgebury Road,
Danbury, CT 06817-0001. Predecessor:
Calidria Corporation, Bakelite
Corporation.
(b) Years of manufacture. 1939
through approximately 1974.
(c) Types or classes of products. Raw
chrysotile asbestos, phenolic resin
material.
(d) Other identifying characteristics.
Calidria (initially sold as Union Carbide
Asbestos), (produced 1963 to June 30,
1985), consisted entirely of raw
chrysotile asbestos in a unique short
fiber form. The chemical formula was
Mge(OH)»SuOio. Union Carbide
produced four grades of Calidria
asbestos: standard, super standard, high
purity, and resin grade; the different
grades reflect varying degrees of purity
of content. Union Carbide packaged
some of the Calidria products which
were sold by domestic distributors
under the following trade names:
Arcovis, Imcobest, Oilbestos, Super
Visbestos, Telvis, Univis, Visbestos, and
Visquick. Calidria asbestos consisted of
raw chrysotile asbestos in a unique
short fiber form and can thus be
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Federal Register / Vol. 55. No. 30 / Tuesday. February 13. 1990 / Notices
distinguished from other chrysotile
asbestos by its short fiber length.
Calidria asbestos was sold in fibrous
and pelletized forms. In appearance,
Calidria was grey (pelletized) or white
(fibrous] in color and powdery in
substance.
Bakelite (produced from
approximately 1939 to mid 1974). was
manufactured at Union Carbide's Bound
Brook Facility, 1 River Road, Bound
Brook, N] 08805. Union Carbide affiliates
also manufactured asbestos containing
Bakelite in Monterey and Mexico City,
Mexico, and in Belleville, Ontario,
Canada, however, none of these
facilities sold Bakelite to customers in
the United States. Prior to Union
Carbide, from 1931 until 1939, Bakelite
was manufactured by the Bakelite
Corporation at the same Bound Brook
facility as Union Carbide's Bakelite
plant. The Bakelite Corporation and
facility at Bound Brook was formed and
created from a merger of the Bakelite
Company, originally located at
Bloomfield, IN; the General Plastics
Company, of Perth Amboy, NJ; and the
Redmona! Company, of Chicago, IL.
Bakelite consisted of a phenolic resin
material, sold to customers in a coarse
granular (sand-like) form. Bakelite's
purchasers consisted of molderg who
used the intermediate products sold to
additional manufacturers. Bakelite
customers would heat and melt the
powder to create a molten resin (to
which some purchasers would add other
substances) and then mold, harden and
cool the resin into the finished product.
Most Bakelite did not contain asbestos.
At its peak, asbestos containing Bakelite
comprised 40% of the Bakelite produced
by Union Carbide. The great bulk of
non-asbestos Bakelite contained wood
flour as a Tiller in lieu of asbestos.
Asbestos containing Bakelite fell into
three classes of Bakelite, which differed
on the basis of the quantity and type of
asbestos: General Purpose Bakelite,
Heat Resistant Bakelite, and High
Impact Heat Resistant.
General Purpose Bakelite contained
less than 12% asbestos content. The
asbestos consisted of short fiber usually
purchased from the Carey-Canada
Corporation. General Purpose Bakelite
was marketed for use in certain
electrical devices such as electrical
panels, electrical plug receptacles, and
electrical switches. General Purpose
Bakelite consisted of the following
Bakelite product designations (which
differed with respect to either resin
components or asbestos proportions):
BMMA 5138, BMRS 5314, BMMA 5440,
BMMA 5330. BMMC 5333, BMMS 5333,
BMRS 5440, BMMA 5441.
Heat Resistant Bakelite contained 25
to 30% asbestos content (with one
exception noted below). The asbestos
consisted of short fiber asbestos usually
purchased from the Carey Canada
Corporation. Heat Resistant Bakelite
was marketed for high voltage electrical
switches or switch boxes and consisted
of the following product designations:
BMMC 2035; BMMA 5303; BMMD 5303;
BMRS 2035; BMRS 5303; BMRC 2035;
BMMA 5353 (only 10% asbestos).
High Impact Heat Resistant (only
manufactured until the mid 1960's)
consisted of 50% asbestos. The asbestos
consisted of long fiber African Blue
(trade name) Asbestos. High Impact
Heat Resistant was marketed for use in
or with very high voltage industrial
electrical switch gear and consisted of
the following product designation:
BMMZ 5250.
As indicated above, Bakelite was sold
in a granular form. Bakelite was brown;
however, a pigment was usually added
to give it a black appearance. Some of
the long-fiber asbestos had a green hue
to it. Asbestos containing Bakelite can
be distinguished from Bakelite or other
phenolics which contained wood flour
as a filler by appearance or weight: the
asbestos-containing Bakelite had a
smoother appearance and a greater
specific gravity (by a factor of
approximately 1.3). Asbestos containing
Bakelite can only be distinguished from
phenolics with asbestos or other, non-
asbestos, mineral filler (as opposed to
wood flour) by an ash chemical
analysis.
Any asbestos contained in general
purpose Bakelite or Heat Resistant
Bakelite was fully encapsulated by the
resin in the Bakelite sold by Union
Carbide. Any asbestos in High Impact
Heat Resistant Bakelite would be
encapsulated when the resin was
molded, hardened and cooled into the
finished product by the purchasers of
Bakelite. Therefore, any asbestos in
Bakelite found in buildings is
encapsulated and thus not respirable.
(e) Additional information, No
additional information is available.
28. Uniroyal Holdings, Inc., Textile
Division
(a) Name and address of
manufacturer. Uniroyal Holdings, Inc.,
Textile Division, 455 Chase Parkway.
Waterbury, CT 08708-3392. Formerly
named U.S. Rubber Company.
(b) Years of manufacture. 1941
through 1976.
(c) Types or classes of products.
Asbestos cloth.
(d) Other identifying characteristics.
From about 1941 until 1976, Uniroyal's
Textile Division made and marketed
asbestos-containing cloth containing a
significant quantity by weight and
volume of chrysotile asbestos fiber. .
Uniroyal sold this cloth for a great
variety of uses, and did not market it
specifically as an insulation material for
use in buildings. The chrysotile fibers in
the cloth were combined with cotton or
other natural or synthetic fibers, and the
woven cloth was often coated with resin
to achieve a smooth and uniform finish.
UniroyaPs asbestos cloth, generally light
in weight as compared to other
manufacturers' asbestos-containing
cloth, was graded depending on the
percentage of asbestos in the finished
product. Generally speaking, the grades
were Underwriters, AA and AAA; the
range of gauges .023 to .078; and the
weight in pounds per square yards
ranged from .75 to 2.5, with the
predominant sales in the lighter weight
fabric.
(e) Additional information. No
additional information is available.
27. United States Gypsum Company
(a) Name and address of
manufacturer. United States Gypsum
Company, 101 South Wacker Drive,
Chicago, IL 60606. United States
Gypsum Company in NJ was
incorporated December 27,1901 and
dissolved August 23,1920. Avery
Gypsum Company in NJ was
incorporated August 23,1920 and
dissolved October 14,1927. United
States Gypsum Company in IL was
incorporated August 12,1920 and
dissolved December 24,1936. United
States Gypsum Company in DE was
incorporated December 24,1936 and
dissolved in August 1952. United States
Gypsum Company was incorporated
August 1952 and dissolved February 4,
1966. USG Corporation in DE was
incorporated February 2,1966 and
dissolved July 1,1966. The United States
Gypsum Company in DE was
incorporated August 1,1966.
(b) Years of manufacture. 1930
through 1977.
(c) Types or classes of products.
Ceiling tile, fireproofmg plaster, thermal
insulation, rigid block insulation,
texture, simulated acoustical ceiling
texture, paper and felt, and pipe
covering.
(d) Other identifying characteristics.
Acoustone 120 ceiling tile was produced
1968 to 1978 in Gypsum, OH.
Shadowline ceiling tile was produced
1968 to 1976 in Walworth. MI.
Acoustone 180 ceiling tile was
produced 1966 to 1975 in Gypsum. OH.
Red Top Firecode Plaster (D)
fireproofmg plaster was produced 1962
to 1963 in Boston, MA; 1962 to 1963 in
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Federal Register / Vol. 55. No. 30 / Tuesday. February 13. 1990 / Notices
5159
Detroit, MI; 1959 to 1964 in East Chicago,
IN; 1960 to 1964 in Empire, NY; 1959 to
1964 in Fort Dodge, LA; 1981 to 1964 in
Gypsum, OH; 1959 to 1964 in New
Brighton, NY; 1982 to 1983 in Oakfield,
NY; 1962 to 1963 in Philadelphia, PA;
1961 to 1963 in Sperry, LA; 1962 to 1963
in Stony Point, NY; 1964 only in
Hagersville, CAN.
Red Top Firecode "V" Plaster
fireproofing plaster was produced 1965
to 1969 in Baltimore, MD; 1962 to 1903 in
Boston, MA; 1962 to 1963 in Detroit, MI;
1962 to 1969 in East Chicago. IN; 1962 to
1969 in Empire, NY; 1964 to 1965 in Fort
Dodge, IA: 1962 to 1963 in Galena Purk,
TX; 1962 to 1968 in Gypsum, OH; 1983 to
1967 in Midland, CA; 1962 to 1969 in
New Brighton. NY; 1962 to 1963 in
Oakfield, NY; 1962 to 1963 in
Philadelphia, PA; 1967 to 1968 in Plaster
City, CA; 1962 to 1963 in Stony Point.
NY; 1963 to 1969 in Sweetwater, TX;
19B3 to 1969 in Hagersville, CAN.
Spraydon Standard A fireproofing
plaster was produced 1965 to 1971 in
Plainfield, NJ; 1965 to 1971 in Torrance,
CA.
Spraydon Standard G fireproofing
plaster was produced 1968 to 1970 in
Plainfield, NJ; 1968 lo 1970 in Torrance,
CA. Spraydon
Powercote thermal insulation was
produced 1909 to 1971 in Plainfield, NJ;
Torrance, CA; and Corsicana, TX.
K-Fac Industrial Insulating Block rigid
block insulation was produced 1943 to
1950 in East Chicago, IN.
K-Fac 19 rigid block insulation was
produced 1970 to 1973 in Greenville, MS.
Pac-Tex Texture Paint was produced
1962 to 1963 in Dallas, TX; 1943 to 1970
in South Gate, CA; 1949 to 1962 in
Sweetwater, TX.
A-B Tex Texture Paint was produced
1959 to 1973 in Chamblee, GA; 1935 lo
1949 in Gypsum, OH; 1954 to 1973 in
Gypsum, OH; 1973 only in Midway, IL;
1935 to 1949 in New Brighton, NY; 1954
to 1968 in New Brighton, NY; 1943 to
1944 in South Gate, CA; 1954 to 1974 in
South Gate, CA; 1948 to 1950 in
Sweetwater, TX; 1962 to 1963 in
Hagersville, CAN; 1973 only in
Hagersville, CAN.
Texture Paint was produced 1959 to
1973 in Chamblee, GA; 1964 to 1973 in
Dallas, TX; 1930 to 1973 in Gypsum, OH;
1937 to 1973 in New Brighton, NY; 1948
to 1970 in South Gate, CA; 1948 to 1964
in Sweetwater, TX.
Texolite Dry Fill texture was
produced 1959 to 1961 in New Brighton,
NY.
Texolite Drywall Surfacer,
Aggregated, (renamed Drywall Surfacer,
Texture XII in 1965) was produced 1963
to 1965 in Dallas, TX; 1961 to 1977 in
Gypsum, OH; 1970 to 1972 in Midway.
IL; 1963 to 1965 in New Brighton, NY;
1963 to 1965 in South Gate, CA.
Spray Texture Paint (or Finish) was,
produced 1901 to 1976 in Chamblee. GA;
1961 to 1976 in Dallas, TX; 1960 to 1976
in Gypsum, OH; 1970 to 1976 in Midway,
JL; 1966 to 1988 in New Brighton, NY;
1963 to 1973 in South Gate, CA; 1959 to
1961 in Sweetwater, TX.
Multi-purpose Texture Finish was
produced 1964 to 1976 in Chamblee, GA;
1963 to 1976 in Dallas. TX; 1965 to 1976
in Gypsum, OH; 1971 to 1976 in Midway,
Ik 1965 to 1968 in New Brighton, NY.
Improved Spray Texture B-8 was
produced 1903 to 1973 in South Gate,
CA.
Sanded, Colored, Texture Paint was
produced 1952 to 1953 in New Brighton,
NY; 1952 to 1955 in Sweetwater, TX.
Concrete Ceiling Texture was
produced 1970 to 1973 in South Gate,
CA. Textone Texture Finish was
produced 1959 to 1972 in Chamblee, GA;
1962 to 1972 in Dallas, TX; 1928 to 1975
in Gypsum, OH; 1937 to 1972 in New
Brighton. NY; 1944 to 1972 in South Gate,
CA; 1949 to 1972 in Swcetwater, TX;
1965 to 1977 in Hagersville, CAN.
Texolite Block Filler was produced
1961 to 1966 in Chamblee, GA; 1966 to
an unknown date in Dallas, TX; 1958 to
an unknown date in Gypsum, OH; 1958
to an unknown date in New Brighton,
NY; 1959 to 1966 in South Gate, CA; 1959
to 1966 in Sweetwater, TX.
Sheetrock Smoothcoat texture was
produced 1966 to 1974 in Dallas. TX;
1965 to 1974 in Gypsum, OH; 1971 to
1974 in Midway, IL
Sheetrock Radiant Heat Simulated
Acoustical Texture ceiling texture was
produced 1970 to 1972 in South Gate.
CA.
Special Texture Paint was produced
from 1963 to 1964 to Dallas, TX; 1971 to
1972 in Dallas. TX; 1955 only in New
Brighton, NY.
Texture XII, Super Vinyl was
produced 1970 to 1976 in Gypsum, OH;
1970 to 1976 in Midway, IL.
Aggregated Spray Finish, White
texture was produced 1967 to 1968 in
Dallas, TX; 1934 to 1968 in Gypsum, OH;
1971 only in Midway, IL.
Smooth Hard Finish texture was
produced 1968 to 1969 in South Gate,
CA.
Supcrhard Spray Texture Finish was
produced 1963 to 1969 in South Gate,
CA.
Exterior Texture Wallboard Finish
was produced 1971 to 1973 in Dallas, TX;
1971 to 1972 in South Gale, GA.
Simulated Acoustical Spray Texture/
Finish was produced 1964 only in
Chamblee, GA; 1963 to 1964 in Dallas,
TX; 1959 to 1964 in Gypsum, OH; 1961 to
1964 in New Brighton, NY; 1959 to 1984
in South Gate. CA; 1961 to 1962 in
Sweetwater, TX.
"QT" Simulated Acoustical Spray
Texture was produced 1963 to 1973 in
South Gate, CA.
Imperial "QT' (Spray) Texture Finish-
Regular was produced 1964 to 1965 in
Dallas, TX; 1967 to 1976 in Dallas, TX;
1964 to 1968 in New Brighton, NY; 1966
only in South Gate, CA; 1968 to 1973 in
South Gate, CA.
Imperial "QT (Spray) Texture Finish-
LC was produced 1965 to 1968 in Dallas,
TX; 1965 to 1968 in Gypsum, OH; 1985 to
1966 in New Brighton, NY; 1965 to 1966
in Hagersville, CAN; 1966 only in
Montreal, CAN.
Imperial "QT' (Spray) Texture Finish-
NC-LC was produced 1968 to 1976 In
Chamblee, GA; 1966 lo 1974 in Dallas,
TX; 1968 to 1976 in Gypsum, OH; 1966 to
1975 in New Brighton. NY.
Imperial "QT' (Spray) Texture Finish-
Extra Hard Fine was produced 1964 lo
1974 in Chamblee, GA; 1964 to 1971 in
Dallas, TX; 1964 to 1974 in Gypsum, OH,
1964 to 1973 in New Brighton, NY.
Imperial "QT1 (Spray) Texture Finish-
Vermiculite, Coarse and Regular was
produced 1967 to 1976 in Chamblee, GA;
1966 to 1976 in Dallas. TX; 1968 to 1976
in Gypsum, OH; 1970 to 1976 in Midway,
IL; 1968 to 1976 in New Brighton.
Imperial "QT' (Spray) Texture Finish-
Polystyrene, Coarse and Regular was
produced 1967 to 1976 in Dallas, TX.
Imperial "QT1 (Spray) Texture Finish:
NC4 was produced 1968 to 1972 in
Chamblee, GA;,1968 to 1971 in Dallas,
TX; 1967 to 1972 in Gypsum, OH; 1970 lo
1972 in Midway, IL; 1967 to 1972 in New
Brighton, NY.
Ready-Mixed Imperial "QT1 Spray
Finish was produced 1066 to 1967 in
New Brighton, NY.
Asbestos Paper was produced 1938 to
1939 in Jersey City, NJ.
Asbestos Felts and Coverings were
produced 1938 to 1939 in Jersey City. NJ
Commercial Asbestos Paper was
produced 1936 to 1939 in Jersey City, N|
Asbestos Corrugated Paper-
Corrugated Wool Felt was produced
1936 to 1939 in Jersey City. NJ.
Asbestos Air Cell Pipe Covering was
produced 1936 to 1939 in Jersey City, NJ
Corrugated Wool Felt Air Cell
Covering was produced 1936 to 1939 in
Jersey City, NJ. Wool Felt Pipe Covering
was produced 1936 to 1939 in Jersey
City, NJ.
Laminatud Asbestos & Sponge Pipe
Covering was produced 1936 to 1939 in
Jersey City. NJ.
Hair & Wool Felt Pipe Covering-Frost
Proof was produced 1936 to 1939 in
Jersey City, NJ.
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Federal Register / Vol. 55, No. 30 / Tuesday, February 13, 1990 / Notices
Anti-Sweat Pipe Covering was
produced 1936 to 1939 in Jersey City, NJ.
• Range Boiler Jackets pipe covering
was produced 1938 to 1939 in Jersey
City. NJ.
Asbestos Air Cell Board pipe covering
was produced 1936 to 1938 in Jersey
• City, NJ.
Laminated Sponge & Asbestos Board
pipe covering was produced 1936 to 1939
in Jersey City, NJ.
Asbestos Cement pipe covering was
produced 1936 to 1939 in Jersey City, NJ.
Pyrobestos Pipe Covering Board &
Stack Lining was produced 1936 to 1939
in Jersey City, NJ.
(e) Additional information. Additional
information is available.
28. W.R. Grace & Company
(a) Name and address of
manufacturer. W. R. Grace & Company,
Grace Plaza, 1114 Avenue of the
Americas, New York, NY 10036-7794.
(b) Years of manufacture.
Approximately 1938 through 1978; exact
years of production for many of the
products are unknown.
(c) Types or classes of products.
Surfacing material, concrete levelcr or
block filler, window glazing compound
or paste, elastomeric caulking and
sealing compounds, extrudable chalking
compound, non-staining oil base
caulking compound, waterproofing
compounds, bonding agent, epoxy based
adhesive, epoxy resin floor surfacing,
slip resistant coating, exterior masonry
coating, acrylic sealant, and
waterproofing sealant.
(d) Other identifying characteristics.
Zonolite Acoustical Plaster (produced
1945 to approximately 1972) was a
surfacing material which contained
approximately 15 to 20% 7M chrysotile
asbestos by weight; it did not contain
commercially added amphibole asbestos
or commercially added glass fibers,
mineral wool or rock wool; it contained
perlite or vermiculite, but not both; it
was spray-applied or trowelled on wet:
it was light beige or tan in color.
Zonolite Acoustical Plaster may also
have been marketed as Zonolite
Acoustical Plastic, Vermiculite
Acoustical Plaster, and Vermiculite
Acoustical Plastic; it may have been
manufactured in the 1950's with 6D or
7D chrysotile asbestos.
Zono-Coustic (produced i960 to 1973)
was a surfacing material which
contained approximately 10 to 14% 7M
chrysotile asbestos by weight; it was an
acoustical base coat for walls and
ceilings; it did not contain commercially
added amphibole asbestos or
commercially added glass'fibers,
mineral wool or rock wool; it contained
perlite or vermiculite, but not both; it
was spray-applied or trowelled on wet;
it was off-white in color. Zono-Coustic
may also have been marketed as Zono-
Coustic 1, Zono-Coustic 2, Zono-Coustic
3. Zono-Coustic Type Z, and Zono-
Coustic (MK-2).
Zonolite Finish Coat (produced 1950
to approximately 1973) was a surfacing
material which contained approximately
11 to 14% 7M chrysotile asbestos by
weight; was a decorative textured finish
for ceilings; it did not contain
commercially added amphibole asbestos
or commercially added glass fibers,
mineral wool or rock wool; it contained
perlite or vermiculite, but not both; it
was spray-applied wet; it was white in
color. Zonolite Finish Coat may also
have been marketed as Zonolite Finish
coat. Decorator's White, Zonolite
Acoustical Finish, and Zonolite Finish
Coat Decorator's White Extra Hard.
Zonolite Spra-Tex (produced
approximately 1955 to 1972) was a
surfacing material which contained
approximately 29 to 36% chrysotile
asbestos by weight; it was a decorative
textured finish for ceilings; it did not
contain commercially added amphibole
asbestos or commercially added glass
fibers, mineral wool or rock wool; it
contained perlite or vermiculite, but not
both; it was spray-applied wet; it was
white in color. Zonolite Spra-Tex may
also have been marketed as Zonolite
Spra-Tex EH.
Econo-White 70 (produced 1956 to
approximately 1970) was a surfacing
material which contained approximately
13 to 17% 7M chrysotile asbestos by
weight; it was an acoustical plaster for
walls and ceilings; it did not contain
commercially added amphibole asbestos
or commercially added glass fibers,
mineral wool or rock wool; it contained
perlite or vermiculite, but not both; it
was spray-applied or trowelled on wet;
it was white in color. Econo-White 70
may also have been marketed as Econo-
White Acoustical Texture or Econo-
White Super White.
Z-Tex (produced approximately 1958
to 1962) was a surfacing material which
contained approximately 13 to 17% 7M
chrysotile asbestos by weight; it was a
spray acoustical texture product; it did
not contain commercially added
amphibole asbestos or commercially
added glass fibers, mineral wool or rock
wool; it contained perlite or vermiculite,
but not both; it was spray-applied wet; it
was white or beige in color, Z-Tex may
also have been marketed as EZ-Tex.
Zonolite Board of Education Texture
(produced approximately 1962 or 1963)
was a surfacing material which
contained approximately 9 to 12% 7M
chrysotile asbestos by weight; it was a
•textured acoustical plaster coat; it did
not contain commercially added
amphibole asbestos or commercially
added glass fibers, mineral wool or rock
wool; it contained perlite or vermiculite,
but not both; it was spray-applied or
trowelled on wet; it was white in color.
Zonolite Board of Education Texture
was manufactured for one job site only.
Zonolite Mono-Kote MK-1 (produced
1958 to approximately 1962) was a
surfacing material which contained
approximately 10 to 13% 7M chrysotile
asbestos by weight; it was a
cementitious fireproofmg; it did not
contain commercially added amphibole
asbestos .or commercially added glass
fibers, mineral wool or rock wool; it
contained perlite or vermiculite, but not
both; it was spray-applied or trowelled
on wet; it was light beige in color.
Zonolite Mono-Kote MK-1 was also sold
under the generic name Mono-Kote.
Zonolite Spra-Insulation (produced
approximately 1959 to 1973) was a
surfacing material which contained
approximately 10 to 13% 7M chrysotile
asbestos by weight; it was a
cementitious insulation and acoustical
material for application to metal
building interiors; it did not contain
commercially added glass fibers,
mineral wool or rock wool; it contained
perlite or vermiculite. but not both; it
was spray-applied or trowelled on wet;
it was dark beige in color.
Zonolite Mono-Kote MK-3 (produced
1959 to 1973) was a surfacing material
which contained approximately 10 to ,
14% 7M or 7R chrysotile asbestos by
weight; it was cementitious fireproofing,
it did not contain commercially added
amphibole asbestos or commercially
added glass fibers, mineral wool or rock
wool; it contained perlite or vermiculite,
but not both; it was spray-applied or
trowelled on wet: it was light beige in
color. Zonolite Mono-Kote MK-3 was
also sold under the generic name Mono-
Kote.
Zonolite High Temperature Cement
(produced approximately 1938 to 1970)
was a surfacing material which
contained approximately 15 to 19% 7D or
6D-20 chrysotile asbestos by weight; it
was a cementitious insulation and
fireproofing for high temperature
applications; it did not contain
commercially added amphibole asbestos
or commercially added glass fibers,
mineral wool or rock wool; contained
perlite or vermiculite, but not both; it
was trowelled on wet; it was light beige
in color. Zonolite High Temperature
Cement was also marketed as Hi Temp
Insulating Cement, Zonolite Hi-
Temperature Cement and Zonolite High
Temperature Insulating Cement; it was
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Federal Register / Vol. 55, No. 30 / Tuesday, February 13. 1990 / Notices 5161
marketed primarily for industrial
applications.
Ari-Zonolite Texture (produced
approximately 1961 to 1964) was a
surfacing material which contained
approximately 10% chrysotile asbestos
by weight; it was a cementitious
sprayed texture product; it was used to
cover grooves in a pre-wired ceiling
board; it did not contain commercially
added amphibole asbestos; it was spray-
applied wet; it was off-white in color.
Perltex Super-40 Perlite (exact date
manufacture began is unknown;
manufactured up to approximately 1973)
was a surfacing material which
contained approximately 6 to 8%
•chrysotile asbestos by weight; it was a
decorative textured coating; it did not
contain commercially added amphibole
asbestos or commercially added glass
fibers, mineral wool or rock wool; it
contained perlite or vermiculite, but not
both; it was spray-applied wet; it was
white or beige in color; it may also have
been marketed as Perltex Perlite or
Super-40 Perlite.
Perltex SupeMQ SAV (exact date
manufacture began is unknown; up to
approximately 1973) was a surfacing
material which contained approximately
5 to 7% chrysotile asbestos by weight; it
was a decorative textured coating; it did
not contain commercially added
amphibole asbestos or commercially
added glass fibers, mineral wool, or rock
wool; it contained perlite or vermiculite,
but not both; it was spray-applied wet; it
was white or beige in color. Perltex
Super-40 SAV may also have been
marketed as Perltex SAV or Super-40
SAV.
Perltex Super-40 Polycoarse (exact
date manufacture began is unknown;
manufactured up to approximately 1973)
was a surfacing material which
contained approximately 4 to 6%
chrysotile asbestos by weight; it was a
spray texture coating; it did not contain
commercially added amphibole asbestos
or commercially added glass fibers,
mineral wool or rock wool; it was spray-
applied wet; it was white or beige in
color. Perltex Super-40 Polycoarse may
also have been marketed as Perltex
Polycoarse, Perltex Super-40 Poly or
Perltex Poly.
Perltex Super-40 Fog (exact date
manufacture began is unknown;
manufactured up to approximately 1973)
was a surfacing material which
contained approximately 4 to 7%
chrysotile asbestos by weight; it was
used as a base coat under paint or
decorative textured finish products; it
did not contain commercially added
amphibole asbestos or commercially
added glass fibers, mineral wool or rock
wool; it was spray-applied wet; it was
white or beige in color. Perltex Super-40
Fog may also have been marketed as
Perltex Fog.
Perltex Spray Surfacer (exact date
manufacture began is unknown;
manufactured up to approximately 1973)
was a surfacing material which
contained approximately 8 to 11% 7TF1
or 7RF9 chrysotile asbestos by weight; it
was a spray texture coating applied over
board, concrete, metal or plaster; it did
not contain commercially added
amphibole asbestos or commercially
added glass fibers, mineral wool or rock
wool; it contained perlite or vermiculite,
but not both; it was spray-applied wet; it
was white in color. Perltex Spray
Surfacer may also have been marketed
as PlasterTex, Perltex Super-40 Spray
Surfacer, Perltex Super-40, and Gun
Coat Spray Surfacer. ^
Hi-sorb Acoustical Plaster (exact date
manufacture began is unknown;
manufactured up to approximately 1973)
was a surfacing material which
contained approximately 8 to 10% 7M
chrysotile asbestos by weight; it was an
acoustical textured ceiling plaster, it
was to be applied over gypsum plaster,
Portland cement, and lime plaster base
coats, and directly to monolithic
concrete surfaces; it did not contain
commercially added amphibole asbestos
or commercially added glass fibers,
mineral wool or rock wool; it was spray-
applied or trowelled on wet: it was
oyster white or white in color. It was
also sold as Hi-Sorb Acoustical Plaster
Oyster White and XX White.
Spra-Wyt (produced 1954 to
approximately 1973) was a surfacing
material which contained approximately
16 to 20% 7M chrysotile asbestos by
weight; it was an acoustical finish coat;
it did not contain commercially added
amphibole asbestos or commercially
added glass fibers, mineral wool or rock
wool; it contained perlite or vermiculite,
but not both; it was spray-applied wet.
Spra-Wyt may also have been marketed
as Spra-Wyt Finish, Spra-Whyt
Acoustical or Spra-Wyt Acoustical
Finish.
Versakote (exact date manufacture
began is unknown; manufactured up to
approximately 1973) was a surfacing
material which contained approximately
5 to 7% chrysotile asbestos by weight; it
was a decorative exterior finish; it did
not contain commercially added
amphibole asbestos or commercially
added glass fibers, mineral wool or rock
wool; it contained perlite or vermiculite,
but not both; it was spray-applied wet; it
was white or beige in color. Versakote
may also have been marketed as Perltex
Versakote or Prep Coat #4.
Prep Coat #3 (exact date manufacture
began is unknown; manufactured up to
approximately 1972) was a surfacing
material which contained approximately
4 to 5% chrysotile asbestos by weight; it
was a decorative exterior finish; it did
not contain commercially added
amphibole asbestos or commercially
added glass fibers, mineral wool or rock
wool; it was spray-applied wet. Prep
Coat #3 may also have been marketed
as Perltex Prep Coat #3.
Perlcoustic (years of production
unknown) was a surfacing material
which contained approximately 15 to
17% 7M chrysotile asbestos by weight; it
was an acoustical finish coat; it did not
contain commercially added amphibole
asbestos or commercially added glass
fibers, mineral wool or rock wool; it
contained perlite or vermiculite, but not
both; it was spray-applied wet.
Concrete Leveler or Block Filler
(produced late 1960's to approximately
1973) was a cement-like product used to
patch or fill concrete and brick.
Horn Glazing Compound (produced
1966 to 1970) was a commercial window
glazing compound or paste; it was off-
white in color. Hornflex Sealants
(produced 1964 to 1975) were
elaatomeric caulking and sealing
compounds; they were a gray heavy
paste and a brown viscous liquid.
Hornseal (produced 1969 to 1975) was
an extrudable chalking compound; it
was sold in tubes or pails; it was
available in various colors, including
gray, black, white aluminum, and
limestone.
Vulcatex Professional Grade
(produced approximately 1972 to 1977)
was a polymerized, non-staining oil base
caulking compound; it was gray or white
in color.
Waterproofing Compounds (produced
1964 to 1977) were sold in the form of a
black mastic.
Epoxy Liquid Bonding Agent
(produced approximately 1969 to 1975)
was a two-component bonding agent; it
contained two viscous brown-colored
liquids.
Epoxy Base Adhesive (produced
approximately 1964 to 1966) was an
epoxy based adhesive; it contained two
viscous brown colored liquids.
Epoxy Resin Floor Surfacing
(produced approximately 1966 to 1971)
was an epoxy resin bond coat and seal
coat for use on floors; it was applied in
two stages; it contained a two-
component bond coat and a two-
component seal coat; it was available in
a wide range of colors including:
platinum, cashmere, iroquois, cedar, iron
gray, feather green, sand, palmetto,
meadowlark, lagoon, beech, graystone,
rattan, medium gray, and white.
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5162
Federal Register / Vol. 55, No. 30 / Tuesday, February 13, 1990 / Notices
Slip Resistant Coating (produced 1986
to 1978) was a viscous liquid slip
resistant coating; it was available in
gray, green, red, and yellow.
Exterior Masonry Coating (produced
approximately 1966 to 1972) was a
heavy-bodied liquid exterior masonry
coating; it was available in a wide range
of colors, including: white, sandstone,
tea rose, birch gray, ash gray, shadow
green, cedar, baltic, dusty rose.
sherwood green, and dove gray.
AcryliC'Sealant (produced 1965 to
approximately 1969) was a one-
component acrylic sealant used for
caulking, glazing and sealing joints not
subject to abrasion or emersion; it was
available in black, white, off-white,
limestone, natural gray, and aluminum
gray-
Waterproofing Sealant (produced 1969
to 1975) was a sealant accessory
product for waterproofing; it was sold as
a black extrudable paste.
(e] Additional information. No
additional information is available.
III. Obtaining Additional Information
In addition to the summaries in unit II
of this notice, some submitters provided
EPA with such information as product
catalogs, product formulas, protocols for
samples, and photographs. The
availability of additional information
about each submission is indicated in
paragraph [e) at the end of each
summary in Unit II. To assist individuals
in ordering any additional information,
the following table has been prepared to
show the total number of pages in each
submission:
NUMBER OF PAGES IN EACH AIA
SUBMISSION
NUMBER OF PAGES IN EACH AIA
SUBMISSION—Continued
Manufacturer
Total
pages
Addi-
Sum- tonal
mary infor-
pages mation
pages
American Bittrite Inc.,
AmtiCO Division
Armstrong World
Industries, Inc
The BFGoodrich
Company
The Cototex Corporation.
Congoteum Corporation,..
Eagle-Richer Industries....
Fibreboard Corporation....
Flintkote Company
GAF Building Materials....
General Refractories
Company
Georgia-Pacific
Corporation
H. K. Porter Company.
Inc
Kaiser Cement
Kaiser Gypsum
Company, Inc.
Keene Corporation
Kentile Floors, Inc. -
Mannington Mills, Inc
Manville Corporation
National Gypsum
Company
The Owens/Coming
Fiberglas Corporation...
Pfizer, Inc.. „
562
1
•4
5.594
5
16
4
571
3
4
1
3
5
7
38
1,245
14
388
3
8
3
9
1
4
2
5
11
4
35
1
3
5
7
1
2
14
261
553
0
0
5,592
0
5
0
536
0
0
0
0
37
1,243
0
386
0
6
Manufacturer
Addi-
Tntel Sum- 1ional
mary inf or-
paa65 pages malion
pages
Rhone-Poulenc Ag
Company...
The Sherwin Williams
Corporation
Tremco, Inc., Adhesives
System Division
Union Carbide
Corporation— —
Uniroyal Holding. Inc
U.S. Gypsum Company
W. R. Grace 8 Company...
Total 10,068
190
1
4
5
1
. 1,090
37
3
1
4
5
1
10
37
187
0
0
0
0
1,080
0
182 9,886
Copies of the information described
above and any additional information
submitted to EPA after November 17.
1989, are available for a fee of fifteen
cents per page to cover reproduction
costs. To obtain additional information,
interested individuals should contact the
following: ATL1S Federal Services, Inc.,
EPA/A1A Program, 6011 Executive
Blvd., Rockville, MD Z0852. (301) 816-
0873.
Dated: February 3.1990.
Linda J. Fisher,
Assistant Administrator for Pesticides and
Toxic Substances.
[FR Doc. 90-3370 Filed Z-12-90; 8:45 am)
BILLING CODE 656O-50-0
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A-2-2. OTHER GUIDANCE DOCUMENTS
CHECKLIST FOR WATER MANAGEMENT AT ORDERED DEMOLITIONS
Has a certified asbestos inspector provided an inspection report
of the building(s) to be demolished?
Has a Work Plan been developed for demolition of building(s)?
Does the Work Plan comply with all applicable local ordinances,
and State and Federal rules?
Does the Work Plan include planning for contingencies, such as
weather events, interruption in electric service, water, or other
utilities?
Does the Work Plan incorporate EMPs for the surface and soil
types present at the demolition?
Do all personnel assignments reflect the appropriate level of
expertise for the work expected to be performed, per the work
plan?
Are the training requirements for all personnel up to date?
Have regular meetings been scheduled for effective
communication?
Have weather forecasts been checked for possible weather
events?
Have satellite imagery, geospatial maps and the site terrain been
reviewed by the project manager to check the expected direction
of water flow against the locations of placed berms and barriers?
Have the surfaces and surface soils been evaluated at the work
site?
Have sufficient resources been allocated for the demolition,
cleanup, and remediation work?
Have all water management tools and equipment been ordered
and are these expected to be delivered to the work site in time to
prepare the site for the planned demolition work?
YES/NO
DATE
If no, explain:
-------
A-3. Example Work Plans
-------
1- Spokane WA work plan May 2013
-------
Industrial Hygiene Services
I CLEAN AIR AGENCY
ALTERNATIVE MEANS OF COMPLIANCE
FOR
FIRE DAMAGED STRUCTURE
524 SOUTH AUDUBON STREET
SPOKANE, WASHINGTON
Prepared For:
Larson's Demolition, Inc.
903 East Pacific Avenue
Spokane, WA 99202
Telephone (509) 535-7944
ABIH/CIH Certificated 5956-CP, Expiration* June 1st, 2015;
AHERA Project Designer Certificate: PDR-12-015; Expiration: November 2013
.'ja <--Ap v-» '•—^r-
• f'
/
Name
Date Revision 1
2293 West Windermere Avenue
Coeur d' Alene, Idaho 83815
JTech
Industrial Hygiene Services
208-292^932
www.JTech.us
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Alternative Means of Compliance (Asbestos Demolition)
524 S. Audubon Street, Spokane, Washington 99224
Rob's Demolition
Project Number 13-192.9, April 17"1, 2013
1.0 PROJECT DISCUSSIONS
Chapter 296-62-07721 Washington Administrative Code, (WAG), requires that building owner
determine the presence, location, and quantity of asbestos containing materials (ACM) or
presumed asbestos containing materials (PACM) prior to renovation/demolition projects.
The structure located at 524 South Audubon , Spokane, Washington was destroyed by fire. Out
building have been inspected and determined to be asbestos free. Therefore the out building
(Shed and Doll House) shall be demolished and properly disposed of as general demolition debris
The City of Spokane, Fire Marshall, determined the structure was a hazard to the general public
and ordered the immediate demolition of the structure. Therefore the structure can not be
surveyed. Mr. Mr. Richard A. Johnson, AHERA Building Inspector with J Tech Industrial Hygiene
Services inspected the site on Monday, April 15lh, 2013. It is Mr. Johnson's opinion that the debris
can not be adequately sampled using a grid sampling method outlined in Spokane Regional Clean
Air Agency Regulation 1, Article IX, Section 9-03(F)(3) Alternate Asbestos Survey. Therefore it is
assumed that the structure contained asbestos-containing building materials.
The following asbestos containing building materials are suspected to be present within the
building debris field:
• Gypsum Wall Board and Joint Compound;
• Ceiling and Wall Texturing on Gypsum Wallboard;
• Roofing materials; and
• Other asbestos containing building materials
The rubble pile is approximately 4,800 square feet (80 x 60 feet) in size. Photographs of the
structure are located in Appendix A.
This Alternative Means of Compliance has been prepared for the demolition and proper disposal
of the debris stream according to the requirements detailed in the Spokane Regional Clean Air
Agency's (SRCAA) Asbestos Control Standards, Article IX, Section 9.08 (Alternate Means of
Compliance).
Mr. Richard A. Johnson, AHERA Project Designer and Certified Industrial Hygienist concluded that
this Alternative Means of Compliance will be as effective as the work practices in Section 9.06 of
the SRCAA asbestos control standard.
2.0 SITE PERSONNEL AND RESPONSIBILITIES
2.1 KEY PERSONNEL
PROJECT MANAGER: As Assigned by:
Larson's Demolition, Inc.
903 East Pacific Avenue
Spokane, WA 99202
Telephone (509) 535-7944
2293 West Windermere Avenue J Tech 208-676-9965
Coeurd'Alene, Idaho 83815 Industrial Hygiene Services www.JTech.us
Page 1 of 7
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Alternative Means of Compliance (Asbestos Demolition)
524 S. Audubon Street, Spokane, Washington 99224
Rob's Demolition
Project Number 13-192.9, April 17'", 2013
3.1 ENGINEERING CONTROLS:
The following engineering and administrative controls will be implemented to protect the
environmental and prevent the release of airborne asbestos fibers during demolition/clean-
up activities:
• A Certified Asbestos Supervisor shall be present at the work site during all demolition
activities and decontamination of mechanized equipment.
• The demolition site must be controlled as a regulated area by barriers, temporary
fences, and asbestos warning signs.
• The regulated area shall be demarcated in any manner that minimizes the number of
persons within the work area and protects persons outside the area from potential
exposure to airborne asbestos fibers.
• Should air monitoring results exceed 0.05 fibers per cubic centimeter of air all work
activities shall stop and a certified asbestos abatement contractor shall complete the
cleanup.
• A proper asbestos survey has not been completed. Therefore, the following respiratory
protection, personal protective clothing, decontamination area and hygiene facility shall
be required until a proper negative exposure assessment has been prepared.
Historical air monitoring from similar Alternative Means of Compliance demolition
projects may be used to prepare the negative exposure assessment.
• Respiratory protection must be provided in compliance with Chapter 296-62-07715 and
Chapter 296-842, Washington State Administrative Code (WAC).
Minimum respiratory protection shall be half face negative pressure air purifying
respirator equipped with P100 HEPA filters. Should friable class I, thermal system
insulation or asbestos containing building materials be identified within the waste
stream respirator protection shall be upgrade to full face negative pressure air
purifying respirators.
• Disposal Tyvek Coveralls shall be provided in compliance with Chapter 296-62-07717,
WAC and shall be worn by all site personnel within the regulated work area for the
duration of the demolition activities;
• Construct a decontamination area consisting of an area of sufficient size to
accommodate the cleaning of equipment and removal of protective work clothing
without spreading contamination beyond the area. Protective work clothing shall be
cleaned with a HEPA vacuum before it is removed;
• A hygiene facility consisting of a hand and face washing station shall be provided. The
hygiene station shall be provided with adequate water, cleansing agents and towels to
permit employees to wash their hands and face prior to removal of respiratory
protection and upon exiting the regulated area. Sanitary baby wipes may be used in
place of hand and face washing station.
2293 West Windermere Avenue
Coeur d' Alene, Idaho 83815
www.JTech.us
J Tech
Industrial Hygiene Services
Page 5 of 7
208-676-9965
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Alternative Means of Compliance (Asbestos Demolition)
524 S. Audubon Street, Spokane, Washington 99224
Rob's Demolition
Project Number 13-192.9, April 17th, 2013
• This Alternative Means of Compliance Plan and the demolition/clean-up work plan or
method of operation is required by Chapter 296-155-775(2), WAG shall be required to
be on-site at all times. Dust suppression with water is such a procedure and is
identified in WAC 296-155-775(18). This work plan must be retained by all identified
parties for a minimum of 24 months as required by SRCAA, Article IX, Section 9.08,
Sub-sections (A)(6)(a).
• Heavy equipment operator will keep all windows and doors closed during the
demolition/clean-up site activities.
• All debris shall be placed directly into transport containers lined with two layers of six
(6) mil reinforced polyethylene sheeting and shall be covered with an impervious air
tight cover prior to transporting the debris to the landfill. Asbestos containing debris
shall be transported in an airtight container.
• Small pieces of debris will likely fall from the jaws during the mechanical demolition and
loading activities. Therefore the areas used to load debris shall be kept to the minimum
size necessary to load the debris without creating excessive handling of the material.
• The debris loading areas shall be cleaned of all debris at the end of each work shift.
• The on-site asbestos supervisor shall observe the loading of all debris for disposal.
• Handle all debris in a wet condition. The debris must be sufficiently wet to prevent
visible dust emissions. The debris must be damp but not so wet as to allow potentially
contaminated water to escape from the transport vehicle. Should any water
accumulate or pool it shall be filtered through a combination 30 micron and 5 micron
water filtration unit (portable shower filtration pump) before it is disposed of into the
sewer system.
• Water from the hygiene station shall be filtered prior to releasing the water to the
sanitary sewer or used as a source of dust suppression water. Any waste water
generated by the hygiene station shall be identified as non potable water.
• All rubble/debris other than cleaned structural steel, or cast in place Portland Cement
Concrete, landscaping block shall be considered asbestos contaminated and must
therefore be properly labeled for transportation and disposal.
• Cleaned steel, cast in Place Portland Cement Concrete and landscaping block may be
salvaged for recycle.
• The debris stream shall be disposed of in a manner that is consistent with local, state
and federal regulations and is protective of both human health and the environment.
• Identifiable and easily separable friable or suspected friable asbestos containing
building materials shall be separated and sealed or wrapped with 6-mil reinforced
polyethylene sheeting and hand loaded in to the transport vehicle for proper disposal.
• A minimum of six (6) inches of soil under contaminated debris or at any materials load-
out areas associated with the site shall be removed to dispose of all asbestos mineral
fibers washed in the soil by dust suppression water streams.
2293 West Windermere Avenue J Tech 208-676-9965
Coeur d' Alene, Idaho 83815 Industrial Hygiene Services
www.JTech.us
Page 6 of 7
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2- South Carolina DHEC Building Demolition Work Plan. December
2015
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SUMMIT
AHERA/NESHAP ASBESTOS PROJEa DESIGN
109 OAKLAND AVENUE
CLIENT:
Santee-Lynches Regional Council of Governments
City of Manning
Fleming Neighborhood Demolition CDBG Project #4-W-14-004
2525 Corporate Way
Suite 200
Sumter, SC 29154
LOCATION:
109 Oakland Avenue Manning,
SC 29102
DATE OF DESIGN:
December 4, 2015
Anthony B. Monk
SC DHEC AHERA Asbestos Building Inspector BI-01210 Exp: 11/2/16
SC DHEC AHERA Asbestos Air Sampler AS-00330 Exp: 11/3/16
SC DHEC AHERA Asbestos Supervisor SA-01863 Exp: 11/3/16
SC DHEC AHERA Asbestos Management Planner MP-00199 Exp: 11/2/16 SC DHEC
AHERA Asbestos Project Designer PD-00160 Exp: 11/4/15
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SUMMIT ELT, Inc.
7349 Peppermill Parkway - Suite A
North Charleston, SC 29418
843-606-6268
SUMMIT Job No. 3805.10
AHERA/NESHAP Asbestos Project Design SUMMIT Project No. 3805.10
109 Oakland Avenue, Manning, South Carolina December 4, 2015
AHERA/NESHAP ASBESTOS PROJECT DESIGN
109 Oakland Avenue Manning,
SC 29102
TABLE OF CONTENTS
2.0 SCOPE OF WORK 10
3.0 SUMMARY OF WORK 12
4.0 DEFINITIONS 12
5.0 PROJECT COORDINATION 19
5.1 Action Plan 19
5.2 Project Directory 19
5.2 Miscellaneous 19
6.0 SUBMITTALS 21
7.0 AIR MONITORING AND TEST LABORATORY SERVICES 22
8.0 REGULATED AREAS 24
9.0 RESPIRATORY PROTECTION 24
10.0 MATERIALS AND EQUIPMENT 25
11.0 WORK AREA CLEAN UP AND VERIFICATION 26
11.1 REMOVAL OF ASBESTOS-CONTAINING MATERIAL 26
12.0 DISPOSAL OF ASBESTOS-CONTAINING WASTE MATERIAL 27
LIST OF APPENDICES
A Asbestos Inspection
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C:\amonk\Documents\SUMMIT\PROJECTS\CityofManning\109Oakland Dr\Project Design\R -Asbestos Project Design - 109 Oakland Drive.doc
1.0 DOCUMENT INTENT
This document represents the Asbestos Abatement Specifications for the abatement of Asbestos
Containing Materials (ACMs) for the structure at 109 Oakland Avenue in Manning, South Carolina. The
CONTRACTOR shall be responsible for adhering to the Specifications contained in the Asbestos
Abatement Specifications.
The Summary of Work is intended to limit the scope and locations of items of the Work included
therein. It is not intended to limit the Scope of Work should plans, schedules or notes indicate an
increased scope. Inadvertent omission of an item from its proper section of the Specifications and its
inclusion in another section shall not relieve the CONTRACTOR of responsibilities for the item specified.
Project: 109 Oakland Avenue
Manning, South Carolina
Owner: Santee-Lynches Regional Council of Governments/City of Manning
2525 Corporate Way
Suite 200
Sumter, SC 29154
Consultant: SUMMIT ELT, Inc. (SUMMIT)
Anthony B. Monk
7349 Peppermill Parkway - Suite A
North Charleston, SC 29418
843-606-6268
SC DHEC AHERA Asbestos Building Inspector BI-01210 Exp: 11/2/16
SC DHEC AHERA Asbestos Air Sampler AS-00330 Exp: 11/3/16
SC DHEC AHERA Asbestos Supervisor SA-01863 Exp: 11/3/16
SC DHEC AHERA Asbestos Management Planner MP-00199 Exp: 11/2/16 SC DHEC
AHERA Asbestos Project Designer PD-00160 Exp: 11/4/16
Reproduction of this document in whole or in part without the express written approval of SUMMIT is
strictly prohibited.
-------
AHERA/NESHAP Asbestos Project Design SUMMIT Project No. 3805.10 109 Oakland Avenue, Manning, South
Carolina December 4, 2015
2.0 SCOPE OF WORK
Project Location
All of the work described within this report was conducted at the following location:
Location: 109 Oakland Avenue
Manning, South Carolina
Owner: Santee-Lynches Regional Council of Governments/City of Manning
Project Type: Class I Work (Friable, Interior):
1. The wallboard system material found throughout the structure contains up to 2% Chrysotile
asbestos and there is approximately 1,700 square feet of the material.
2. All other building materials/household contents associated with the interior of the structure
are assumed to be Asbestos Contaminated Materials. All of these materials must be abated
and treated as Asbestos Contaminated Materials.
The bricks and mortar associated with the structure have been tested and are not classified as
Asbestos Containing Materials. These items can be cleaned and salvaged for recycling or disposed of
as non-ACM. The Roofing Material has been tested and is not classified as Asbestos Containing
Materials. SCDHEC has stipulated the entire (porous) contents of the building must be assumed to be
contaminated with asbestos and disposed of as such. Nonporous, non-suspect materials (i.e. metals,
plastic, rubber, etc.) can be cleaned and salvaged for recycling or disposed of as non-ACM.
If non-porous materials are to be salvaged for recycling or disposed of as non-ACM, they must be
thoroughly cleaned using potable water to the visual approval of the CONSULTANT. The
contaminated water used for cleaning must be contained, filtered through a 5-micron or less filter
and properly disposed of into a sanitary sewer.
The project involves the removal and disposal of the above noted items.
Roll off containers utilizing 2 layers of re-enforced polyethylene sheeting shall be used to store all
asbestos containing/Asbestos-Contaminated materials. Polyethylene sheeting shall be installed in a
manner in which the poly can be folded over from both sides and sealed along the top when the
dumpster is full or at the end of each work day. Tops of containers must be completely covered and
sealed using polyethylene sheeting at the end of each work day and before transport to the landfill.
The CONTRACTOR shall be responsible for determining the appropriate number of roll-off containers.
Asbestos containing materials/asbestos-contaminated materials shall be removed from the site and
placed in the roll-off containers. A PCM clearance shall be performed after removal of all asbestos
containing materials/asbestos-contaminated materials from the site.
C:\amonk\Documents\SUMMIT\PROJECTS\CityofManning\109Oakland Dr\Project Design\R -Asbestos Project Design - 109 Oakland Drive.doc 10
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AHERA/NESHAP Asbestos Project Design SUMMIT Project No. 3805.10 109 Oakland Avenue, Manning, South
Carolina December 4, 2015
The CONTRACTOR will be responsible for complete removal of the asbestos containing
materials/asbestos contaminated materials listed above in accordance with the project design.
Minimum respiratory protection will be half-face air-purifying respirators equipped with HEPA
cartridges.
The CONTRACTOR will complete and submit the required SC DHEC notification forms and pay all fees.
The CONTRACTOR shall provide the following utility services for proper completion of the project:
potable water and 110 volt electricity. The CONTRACTOR shall coordinate the location and availability
of utilities through The OWNER. The CONTRACTOR shall ensure that all electrical cords are connected
to GFCI devices. Hoses and cords not suspended shall be taped to the floor utilizing caution tape in
high traffic areas.
C:\amonk\Documents\SUMMIT\PROJECTS\CityofManning\109Oakland Dr\Project Design\R -Asbestos Project Design - 109 Oakland Drive.doc 11
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AHERA/NESHAP Asbestos Project Design SUMMIT Project No. 3805.10 109 Oakland Avenue, Manning, South
Carolina December 4, 2015
3.0 SUMMARY OF WORK
A. Furnish all labor, materials, services, employee training and testing, permits, insurance
(pertaining to asbestos abatement activity), tools and equipment necessary for safe completion
of all work in accordance with all federal, state, local laws and regulations. The CONTRACTOR
shall have complete understanding of all contract documents as supplied by CONSULTANT
(SUMMIT). Work shall include abatement activities defined below and as represented by the
accompanying drawings. The CONTRACTOR is responsible for securing the job site and is solely
responsible for their materials and equipment.
B. Abatement Work
1. Location: 109 Oakland Avenue Manning,
South Carolina
Project Type: Class I Work (Friable, Interior):
1. The wallboard system material found throughout the structure contains up to 2% Chrysotile
asbestos and there is approximately 1,700 square feet of the material.
2. All other building materials/household contents associated with the interior of the structure
are assumed to be Asbestos Contaminated Materials. All of these materials must be abated
and treated as Asbestos Contaminated Materials.
The project involves the removal and disposal of the above noted items.
Note: The CONTRACTOR is responsible for field verification of the total and location quantity prior to
the submission of bids.
Qualifications
The CONTRACTOR shall be licensed by the South Carolina Department of Health and Environmental
Control (SC DHEC) to abate asbestos containing materials in the state of South Carolina. CONTRACTOR'S
employees shall be licensed by SC DHEC in their respective job/worker category.
4.0 DEFINITIONS
1. "Abatement" - Procedures to control fiber release from regulated asbestos-containing materials.
This includes removal, enclosure, encapsulation, repair, and any associated preparation, clean up and
disposal activities having the potential to disturb regulated asbestos-containing material.
2. "Adequately wet" - To sufficiently mix or penetrate with liquid to prevent the potential release
of particulates. The absence of visible emissions is not sufficient evidence of being adequately wet. 3.
"Aggressive clearance sampling" - A method of sampling which uses electric fan(s), electric leaf blower(s),
and other devices to simulate vigorous activity in the abated area while air samples are being collected.
4. "AHERA" - Regulations developed pursuant to the Asbestos Hazard Emergency Response Act, 40 CFR
Part 763, Asbestos Containing Materials in Schools (December 20, 1987).
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AHERA/NESHAP Asbestos Project Design SUMMIT Project No. 3805.10 109 Oakland Avenue, Manning, South
Carolina December 4, 2015
5. "AIHA" -American Industrial Hygiene Association.
6. "Airlock" - A chamber which permits entrance and exit with minimum air movement between a
contaminated area and an uncontaminated area, consisting of two doorways protected by two
overlapping polyethylene sheets and separated by a sufficient distance such that one passes through
one doorway into the chamber, allowing the doorway sheeting to overlap and close off the opening
before proceeding through the second doorway. The airlock maintains a pressure differential between
the contaminated and uncontaminated areas, thereby minimizing flow-through contamination
further.
7. "Air sampler - A person licensed by SC DHEC to implement air-monitoring plans and analysis schemes
during abatement.
8. "Air sampling" - A method such as NIOSH 7400 for PCM, the OSHA Reference Method, 40 CFR 763
Appendix A for TEM, or an equivalent method accepted by SC DHEC used to determine the fiber
content of a known volume of air during a specified period of time.
9. "Amended water" - Water to which a surfactant (for example, a non-sudsing detergent) has been
added.
10. "Area air sampling" - Any form of air sampling whereby the sampling device is placed at a
stationary location either inside or outside the regulated work area.
11. "Asbestos" - The asbestiform varieties of serpentinite (chrysotile), riebeckite (crocidolite),
cummingtonite-grunerite (amosite), anthophyllite, and actinolite-tremolite.
12. "Asbestos abatement entity" - Any individual, partnership, firm, association, corporation, sole
proprietorship or other business concern, as well as an employee or member of any governmental,
religious, or social organization that is involved in asbestos abatement.
13. "Asbestos Containing Material (ACM)" - Material containing asbestos of any type, either alone or
mixed with other materials, in an amount greater than one percent (1%) as determined by using the
method specified in 40 CFR Part 763, Appendix A, Subpart F, Section 1, as amended, or an accepted
equivalent. (NOTE: "Appendix A to Subpart F" has been redesignated as, and shall hereinafter be
referred to as, "Appendix E to Subpart E" - 60 FR 31917, June 19, 1995.)
14. "Asbestos containing waste materials" - As applied to demolition and renovation operations, this
term includes regulated asbestos-containing waste materials and materials contaminated with
asbestos, including disposable equipment and clothing.
15. "Asbestos project" - Any activity associated with abatement including inspection, design, air
monitoring, in-place management, encapsulation, enclosure, renovation, repair, removal, any
disturbance of regulated asbestos containing materials (RACM), and demolition of a facility.
16. "Asbestos project design" - A written or graphic plan prepared by an accredited project designer
specifying how an asbestos abatement project will be performed that includes, but is not limited to,
scope of work and technical specifications.
17. "Asbestos training course" - ASC DHEC-approved initial or refresher course in any discipline listed
herein (for example, workers, supervisors, management planners, etc.) that meets the requirements
of this regulation and is acceptable for licensing purposes.
18. "Asbestos training course instructor" - A SC DHEC-approved individual who will teach work
practice topics, non-work practice topics, and/or hands-on topics in any SC DHEC-approved initial
and/or refresher training course and who meets the qualifications of this regulation.
19. "Asbestos training course provider" - The person, sole proprietorship, public corporation, or
incorporated entity that meets the qualifications of this regulation to provide instruction in any of the
work practice topics or disciplines, non-work practice topics, and/or hands-on topics in any SC DHEC
approved initial and/or refresher training course.
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20. "ASMARA" - Regulations developed pursuant to 40 CFR Part 763, Subpart E, Appendix C Model
Accreditation Plan, Asbestos School Hazard Abatement Reauthorization Act (November 28, 1992).
21. "Authorized visitor" -The facility owner/operator, or any representative of a regulatory or other
agency having jurisdiction over the project. This is limited to government project inspectors, police,
paramedics, fire-safety personnel, nuclear plant operators, and insurance loss prevention safety
auditors, or other personnel as approved on a case-by-case basis by SC DHEC.
22. "Background monitoring" - Area sampling performed prior to abatement to obtain an index of
existing airborne fiber levels under typical activity.
23. "Building inspection" -An activity undertaken at a facility by a SCDHEC-licensed asbestos building
inspector to determine the presence and location of regulated and non-regulated ACM, and to assess
the condition of materials identified as ACM. This includes visual or physical examination and bulk
sample collection.
24. "Building inspector" - A person licensed by SC DHEC to examine a facility for the presence of
ACM, to identify and assess the condition of the material, and to collect bulk samples.
25. "Category I nonfriable asbestos containing material (ACM)" - Nonfriable asbestos or nonfriable
asbestos-containing packing, gaskets, and resilient floor covering; and asphalt roofing products
containing greater than one percent (1%) asbestos as determined using the method specified in 40
CFR Part 763, Appendix E, Subpart E, or an accepted equivalent.
26. "Category II nonfriable ACM" - Any material that cannot, when dry, be crumbled, pulverized, or
reduced to powder by the forces expected to act upon it in the course of demolition or renovation
operations, excluding Category I nonfriable ACM and containing greater than one percent (1%)
asbestos as determined using the methods specified in 40 CFR Part 763, Appendix E, Subpart E, or an
accepted equivalent.
27. "Clean room" - An uncontaminated area or room that is part of the decontamination enclosure
system and that has provisions for storage of street clothing and protective equipment.
28. "Clearance monitoring" - Area air sampling performed using SC DHEC accepted aggressive
clearance sampling techniques to determine the airborne concentrations of residual fibers upon
conclusion of asbestos abatement.
29. "Commercial labor provider" - Any individual, partnership, corporation, or other business
concern that is not engaged in an asbestos project but does provide temporary workers or supervisors
to the owner/operator of the project.
30. "Contractor" - Any individual, partnership, corporation or other business concern that performs
asbestos abatement but is not a permanent employee of the facility owner.
31. "Control measure" - Use of amended water, negative pressure differential equipment,
encapsulant, high efficiency particulate air filtration device, glove bag or other state-of-the-art
equipment designed to prevent fiber release into the air.
32. "Critical barrier" - At minimum, two independent layers of 6-mil plastic sheeting applied to any
opening into a work area in a manner that creates a leak-tight seal within the work area to isolate
vents, windows, doors, switches, outlets, and any other cavity or opening to the contaminated work
area.
33. "Cut" - To penetrate with a sharp-edged instrument. This includes sawing, but may not include
shearing, slicing, or punching.
34. "Decontamination enclosure system" - An enclosed area adjacent and connected to the
regulated work area consisting of an equipment room, shower area, and clean room, each separated
by airlocks, that is used for the decontamination of employees, materials, and equipment that are
contaminated with asbestos.
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35. "Demolition" - Wrecking or taking out any load-supporting structural member of a facility
together with any related handling operations, the burning of any facility, or moving of a structure.
36. "SC DHEC" - The South Carolina Department of Health and Environmental Control.
37. "Electrical generating facility" - Any establishment primarily engaged in the generation, transmission
and/or distribution of electrical energy for sale.
38. "Emergency operation" -A renovation or demolition operation that was not planned but results from
a sudden, unexpected event that, if not immediately attended to, will present an imminent safety or
public health hazard, will cause equipment damage, or will impose an unreasonable financial burden.
This term specifically excludes routine equipment maintenance.
39. "Encapsulation" - A form of abatement involving the treatment of regulated asbestos-containing
material (RACM) with a liquid that covers the surface with a protective coating (bridging) or embeds
fibers in an adhesive matrix (penetrating) to prevent the release of asbestos fibers.
40. "Enclosure" - A form of abatement involving placement of a leak-tight, impermeable, permanent
barrier to prevent access to regulated asbestos-containing material and to prevent the release of
asbestos fibers.
41. "EPA" - United States Environmental Protection Agency.
42. "Equipment room" - A contaminated area or room that is part of the decontamination enclosure
system and that has provisions for the storage of contaminated clothing and equipment.
43. "Examination date" - The date printed on SC DHEC Asbestos Abatement License that indicates the
date of successful completion of an examination administered upon completion of an asbestos
training course.
44. "F/cc" - Fibers per cubic centimeter.
45. "Facility" - Any institutional, commercial, public, industrial, or residential structure, installation, or
building (including any structure, installation, or building containing condominiums or individual
dwelling units operated as a residential cooperative, but excluding residential buildings having four
or fewer dwelling units); any bridge; any ship; and any active or inactive waste disposal site. For
purposes of this definition, any building, structure, or installation that contains a loft used as a
dwelling is not considered a residential structure, installation, or building. Any structure, installation
or building that was previously subject to this requirement is included in this definition, regardless of
its current use or function.
46. "Facility component" - Any part of a facility including equipment.
47. "Friable" - Refers to ACM, which may, when dry, be crumbled, pulverized, or reduced to powder by
the forces expected to act upon it in the course of demolition or renovation operations.
This also refers to previously non-friable ACM after such material becomes damaged to the extent that
when dry, can be or has been crumbled, pulverized, or reduced to powder.
48. "Friable asbestos containing material" - Any material that, when dry, can be or has been crumbled,
pulverized, or reduced to powder and contains greater than one percent (1%) asbestos as
determined using the method specified in 40 CFR Part 763, Appendix E, Subpart E, as amended, or
an accepted equivalent.
49. "Goose neck" - Process for sealing the outer bag by twisting the opening of the bag, folding twisted
portion of bag over, and creating a loop. Adequately secure the opening of the bag to the base of the
twist, using duct tape.
50. "Glovebag" - A sealed compartment with attached inner gloves used for the handling of asbestos
containing materials. Information on glovebag installation, equipment and supplies, and work
practices is contained in the Occupational Safety and Health Administration's (OSHA's) final rules on
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occupational exposure to asbestos, 29 CFR 1926.1101 (August 10, 1994), as amended, and any
subsequent amendments or editions.
51. "Grind" - To reduce to powder or small fragments. Grinding includes mechanical chipping or drilling.
52. "HEPA filter" - A high efficiency particulate air filter that will capture particles with an aerodynamic
diameter of 0.3 micrometers with a minimum efficiency of 99.97 percent.
53. "Homogeneous area" - Area of surfacing material, thermal system insulation material, or a
miscellaneous material that is uniform in color or texture.
54. "HVAC" - Heating, ventilation, and air conditioning.
55. "Industrial manufacturing facility" - Any establishment whose Standard Industrial Classification code
falls within Major Groups 20 through 39, excluding any office space that is part of such an
establishment.
56. "In poor condition" - Refers to any ACM where the binding of the material is losing its integrity as
indicated by peeling, cracking, or crumbling of the material.
57. "Installation" - Any building or structure or any group of buildings or structures at a single demolition
or renovation site that are under the control of a single owner or operator (or of owners or operators
under common control).
58. "Issue date" - The date a license is issued by SC DHEC.
59. "Leak-tight" - Dust, solids, or liquids cannot escape or spill out.
60. "License" - A document issued by SC DHEC that allows an asbestos abatement contractor, building
inspector, project designer, management planner, air sampler, supervisor, worker, or other to
engage in asbestos projects.
61. "Long-term, in-house contractor" - A contractor having a long-term, often multi-year, contractual
arrangement with an industrial manufacturing or electrical generating facility to provide construction
and maintenance services, including asbestos abatement. The employees of a designated long-term,
in-house contractor shall be covered under the group license of the assigned facility.
62. "Management planner" - A person licensed in accordance with the requirements of this regulation
who interprets inspection reports, conducts hazard assessments of asbestos-containing materials,
determines appropriate response actions, develops a schedule for implementing response actions,
and prepares written management plans.
63. "Manometer" - Instrument for the measurement of gas pressure whose units are represented in
inches of water column.
64. "Minor project" - A project where 25 or fewer square or linear feet of regulated asbestoscontaining
material (RACM) are removed, or where 10 or fewer cubic feet of RACM off a facility component are
cleaned up.
65. "Movable object" - A structure within the work area that can be moved (e.g., chair, desk, etc.). 66.
"Negative pressure differential equipment" -A portable exhaust system equipped with a HEPA filter.
67. "NESHAP" - National Emission Standards for Hazardous Air Pollutants, 40 CFR 61, Subpart M,
February 3, 1994, as amended, and any subsequent amendments or editions.
68. "NESHAP project" - An asbestos project which involves at least 160 square feet or 260 linear feet of
regulated asbestos containing material (RACM), or 35 or more cubic feet of RACM off a facility
component such that the area or length could not be measured prior to abatement. If several
contemporaneous projects in the same area within the same building being performed by the same
contractor are smaller than 160 square or 260 linear feet individually but add up to that amount,
then the combination of the smaller projects shall be considered one NESHAP project.
69. "NIOSH" - National Institute for Occupational Safety and Health.
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70. "Non-industrial facility"- Any public, private, institutional or governmental entity that does not meet
the definition of an electrical generating or industrial manufacturing facility as defined in this
regulation.
71. "Operation and maintenance (O&M) activity" - The disturbance of regulated asbestoscontaining
material only when required in the performance of an emergency or routine maintenance activity
that is not intended solely as asbestos abatement. In no event shall the amount of ACM disturbed
exceed that which can be contained in one glovebag or 6-mil polyethylene bag that shall not exceed
60 inches in length and width.
72. "O&M worker" - An individual licensed under a facility group license to perform an operation and
maintenance activity at that facility.
73. "OSHA" - Occupational Safety and Health Administration.
74. "Owner/operator" - Any person or contractor who owns, leases, operates, controls, or supervises a
facility being demolished or renovated, or any person who operates, controls, or supervises the
demolition or renovation operation, or both.
75. "Owner's representative" - A licensed supervisor, management planner, project designer, or air
sampler designated by the facility owner to manage the asbestos project, and who serves to ensure
that abatement work is completed according to specification and in compliance with all relevant
statutes and regulations.
76. "Personal air sampling" - A method used to obtain an index of an employee's exposure to airborne
fibers. Samples are collected outside the respirator in the worker's breathing zone.
77. "Planned renovation operations" - A renovation operation, or a number of such operations, in which
some RACM will be disturbed, removed, or stripped within a given period of time and that can be
predicted. Individual non-scheduled operations are included if a number of such operations can be
predicted to occur during a given period of time based on operating experience.
78. "Project designer" -A person licensed in accordance with the requirements of this regulation who is
directly responsible for planning all phases of an asbestos abatement project design from project site
preparation through complete disassembly of all abatement area barriers.
79. "Reciprocity" - A written agreement between another state and South Carolina to use the same or
equivalent auditing criteria when evaluating training course materials, course presentations, and
instructor qualifications.
80. "Regulated area" - An area established by the owner/operator of an asbestos project to demarcate
areas where asbestos abatement activities are conducted; any adjoining area where debris and waste
from such asbestos work is stored; and any work area within which airborne concentrations of
asbestos exceed, or there is a reasonable possibility they may exceed, the permissible exposure limit.
81. "Regulated asbestos-containing material (RACM)" - (a) Friable asbestos-containing material; (b)
Category I nonfriable ACM that has become friable; (c) Category I nonfriable ACM that will be or has
been subjected to sanding, grinding, cutting, drilling, or abrading; or (d) Category II nonfriable ACM
that is likely to become or has become crumbled, pulverized, or reduced to powder by the forces
expected to act on the material in the course of demolition or renovation operations subject to this
regulation.
82. "Removal" - Taking out RACM or facility components that contain or are covered with RACM from
any facility.
83. "Renovation" - Altering a facility or one or more facility components in any way, including the
stripping or removal of RACM from a facility component. Operations in which load-supporting
structural members are wrecked or taken out are demolitions.
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84. "Repair" - Returning damaged asbestos-containing material to an undamaged condition or to an
intact state so as to prevent fiber release.
85. "Resilient floor covering" - Asbestos-containing floor tile, including asphalt and vinyl floor tile, and
sheet vinyl floor covering containing greater than one percent (1%) asbestos as determined using
polarized light microscopy according to the method specified in 40 CFR Part 763, Appendix E, Subpart
E, Polarized Light Microscopy, or an accepted equivalent.
86. "Shower room" - A room located between the clean room and the equipment room in the
decontamination enclosure system containing a shower with hot and cold or warm running water
controllable at the tap.
87. "Small project" - A project where more than 25 but fewer than 160 square feet or more than 25 but
fewer than 260 linear feet of RACM are to be abated, or where more than 10 but fewer than 35 cubic
feet of RACM off a facility component are to be cleaned up.
88. "Start date" - The date printed on SC DHEC-issued asbestos abatement project license, which
indicates when asbestos renovation or demolition operations, including any abatement activity
having the potential to disturb RACM, will begin.
89. "Strip" - To remove RACM from any part of a facility or facility component.
90. "Structural member" - Any load-supporting member of a facility, such as beams and loadsupporting
walls; or any non-load-supporting member, such as ceilings and non-load-supporting walls.
91. "Structures per square millimeter" - Reporting measure for Transmission Electron Microscopy
(TEM) Analysis. TEM clearance requires fewer than 70 structures per square millimeter (70s/mm2). 92.
"Supervisor" - A person licensed by SC DHEC and designated as the contractor's representative to
provide direct on-site supervision and guidance to workers engaged in abatement of RACM.
93. "Surfactant" - A chemical wetting agent added to water to improve penetration, such as a
nonsudsing detergent.
94. "Temporary storage license" - A license issued by SC DHEC that authorizes storage of asbestos
waste from small and minor projects at a secure location deemed acceptable by SC DHEC.
95. "Variance" - Written SC DHEC approval for the use of alternative work practices at an asbestos
project.
96. "Visible emissions" - Any emissions that are visually detectable without the aid of instruments
that originate from RACM or asbestos-containing waste material or a regulated work area.
97. "Waste generator" - Any owner/operator of an asbestos project covered by this regulation
whose act or process produces asbestos-containing waste material.
98. "Waste shipment record" - The shipping document, required to be originated, prepared, and
signed by the waste generator, used to track and substantiate the disposition of asbestos-containing
waste material.
99. "Wet cleaning" - The process of removing asbestos contamination from facility surfaces and
objects by using cloths, mops, or other cleaning tools that have been dampened with amended water.
100. "Work area" - Designated rooms, spaces, or areas in which asbestos abatement activities are to
be undertaken, or that may be contaminated as a result of such abatement activities.
101. "Worker" - A person licensed by SC DHEC to perform asbestos abatement under the direct
guidance of an accredited and licensed supervisor.
102. "Working day" - Monday through Friday, including holidays that fall on any of the days Monday
through Friday.
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5.0 PROJECT COORDINATION
5.1 Action Plan
A. Coordinate with CONSULTANT to determine availability of facilities.
B. Schedule abatement operations in the sequence required to obtain the best results where
execution of one part of the Work depends on execution of other components, before or after
its own execution.
C. Where necessary, prepare memoranda for distribution to each party involved, outlining special
procedures required for coordination. Include such items as SC DHEC notifications, surveys,
notices, reports, CONTRACTOR lists, work schedules, and attendance at meetings.
D. Prepare a plan of the procedures proposed for use in complying with the requirements of this
specification. Include in the plan the location and layout of decontamination areas, the
sequencing of asbestos work, and methods used to assure the safety of workers and visitors to
the site. A disposal plan should include the location of the approved disposal site, a detailed
description of the methods to be employed to control pollution, methods of removal to prohibit
visible emissions, and packaging of removed asbestos debris.
5.2 Project Directory
A. Develop and post a directory of all entities involved in the project. Include the CONTRACTOR'S
principal staff assignments, including the Superintendent and other personnel in attendance at the site.
Identify individuals, their duties and responsibilities. List business name, contact person, normal
business and emergency telephone, pager and fax numbers, and addresses of:
1. CONTRACTOR'S general superintendent, supervisory personnel, and CONTRACTOR'S home office
2. Emergency services including but not limited to fire, ambulance, doctor, hospital, police, power
company, telephone company, water company.
3. Local, state, and federal agencies with jurisdiction over the project.
5.2 Miscellaneous
A. Workers are to dress appropriately when out of the construction area and in view of the public
(e.g. street clothing unless involved in asbestos abatement activities). Workers are to decon and
change into street clothes prior to exiting the sight barriers. Respirators shall remain in bags
when not in use.
B. No flames or flammable materials are to be used or brought into buildings. Solvents for the
removal of resilient floor covering cutback adhesives must have a flashpoint greater than 140
degrees Fahrenheit.
C. All electrical equipment shall utilize ground fault circuit interrupters (GFCI).
D. Emergency telephone numbers for the local fire department, police department, and emergency
medical services shall be posted.
E. The CONTRACTOR shall ensure an adequate number of fire extinguishers are on-site. A minimum
of one fire extinguisher with a National Fire Protection Association rating of 10BC (dry chemical)
shall be placed in each per 3000 square feet of containment space or fraction thereof, of
containment area. Each fire extinguisher shall be maintained in a fully charged and operable
condition.
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F. SC DHEC licenses and accreditations, current fit test certification, current training/refresher
certificates and medical surveillance documentation for each worker involved in the abatement
work must be on-site and made available for review to the CONSULTANT and SC DHEC upon
request.
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6.0 SUBMITTALS
A. During the project submit the following documents:
1. The SC DHEC asbestos permit and all other applicable permit approvals.
2. Copy of daily sign in/out log for each regulated asbestos abatement area. This log should
include the date, the name, the social security number, and times of entrance and exit
of each person performing work inside the Regulated Area.
3. Notify CONSULTANT verbally if any accident or other medical emergency occurs
requiring treatment and/or removal of a worker from the work site. A written incident
report will need to be submitted to the CONSULTANT as soon as possible. This written
report will need to include the name of the worker(s) involved in the incident, the job
location, and time of the incident.
4. Results of any sample analysis (air - personal or area; and bulk). OSHA (29 CFR 1926.1101
(f)) type samples shall be posted as soon as possible following receipt of monitoring
results (preferably within 24 hours of air Monitoring).
5. Notice of any unsatisfactory conditions.
6. Notice of any regulated barrier violations or failures.
B. Submit the following to the CONSULTANT upon the completion of the project:
1. All asbestos waste manifests within five (5) days of receipt from the landfill if not
previously submitted.
2. Copy of all notes, logs and reports maintained or prepared by the CONTRACTOR'S
security personnel within five (5) days of project completion if not previously submitted.
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7.0 AIR MONITORING AND TEST LABORATORY SERVICES
A. QUALITY ASSURANCE
1. All environmental baseline and daily air monitoring will be performed in accordance with the
procedures outlined in the latest edition of the National Institute for Occupational Safety and
Health (NIOSH) 7400 Method and guidelines issued by Environmental Protection Agency
regarding detection limits.
B. The OWNER has contracted SUMMIT to perform all required perimeter and area air monitoring during
the abatement process.
C. Samples shall be collected during abatement according to the following schedule:
Background samples in the abatement area shall be collected prior to the CONTRACTOR
starting. Daily air samples shall be collected during each 8-hour work shift. The daily air
samples shall be collected a minimum 2.5-hours of every 4-hours worked, and not to exceed 4-
hour intervals. Clearance samples shall only be collected after the area has passed final visual
inspection by the Air Monitor.
D. The CONTRACTOR shall be responsible for personnel monitoring of his employees as regulated by
OSHA 1926.1101 and must be conducted by SC DHEC licensed personnel.
E. PHASE CONTRAST MICROSCOPY (PCM)
In each homogeneous Work Area or as required by the CONSULTANT, a minimum of five (5)
PCM samples will be taken and analyzed as a baseline prior to the CONTRACTOR'S
mobilization to the site.
The number and volume of air samples taken and analytical methods used by SUMMIT for
sampling will generally be as follows:
Location Sampled
Inside Work Area (Initial
Baseline)
Outside Work Area
(Daily)
Inside Work Area
(Clearance)
Scheduled Number of
Samples
5
4
5
Minimum Volume
(Liters)
1,200
1,200
1,200
Filter Media
Mixed Cellulose Ester
Mixed Cellulose Ester
Mixed Cellulose Ester
Clearance background and blank samples will not be collected and will be assumed to be zero (0). Only
one (1) blank per sampling event shall be collected.
Clearance samples shall be by PCM analysis and will be available within 4 hours of completion of
clearance sampling.
Analysis: Asbestos fibers on each 0.8-micron filter will be measured using analysis per NIOSH 7400
counting rules A.
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Release Criteria: Decontamination of the project is complete as determined by the analytical protocol if
each of the Work Area samples is below 0.010 fibers per cubic centimeter (f/cc). If the analysis of the
Work Area samples fails to meet the release criteria, then the CONTRACTOR must cease demolition
activities and reassess their abatement to bring the fiber count to below 0.010 f/cc or 70
structures/mm2.
The CONTRACTOR is cautioned, however, that should interpretations be made, opinions be formed and
conclusions be drawn as a result of examining the test results, these interpretations, opinions and
conclusions will be those made, formed and drawn solely by the CONTRACTOR. The CONTRACTOR is
responsible for performing air tests required for its evaluation of the safety of its employees.
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8.0 REGULATED AREAS
Securing Work Area
A. Secure work area from access by non-authorized personnel. Accomplish this, where
possible, by constructing temporary barriers with signs and warning tape.
Demarcation of Regulated Area
Demarcate the Regulated Area with signs and barrier tape. Configure the Regulated Area to minimize
the number of persons within the area and to protect persons outside the area from exposure to
airborne concentrations of asbestos. Establish sight barriers utilizing black plastic sheeting inside the
Regulated Area and post the Asbestos Signs so that they are out of public view.
A. SIGNS
1. Signs must be posted (in English) at all entrances to the Regulated
Area, at least 20" x 14", with the legend:
DANGER
ASBESTOS
CANCER AND LUNG DISEASE HAZARD
AUTHORIZED PERSONNEL ONLY
RESPIRATORS AND PROTECTIVE CLOTHING
ARE REQUIRED IN THIS AREA
B. Post warning signs at each side of the building.
C. Barrier tape must be used to establish the Regulated Area. Delineate the area with 3inch
wide polyethylene ribbon printed with the warning "CAUTION ASBESTOS REMOVAL".
Install at a height of between three and four feet above the floor or ground level. The
controlled access points shall be clearly marked with the signs required as noted above.
D. General procedures
1. Management of the Regulated Area is to be under the supervision of an OSHA
Competent Person as described in Project Coordination.
2. Do not allow eating, drinking, smoking, chewing tobacco or gum, or applying cosmetics
in the Regulated Area.
3. Before start of work, comply with requirements for worker protection in Respiratory
Protection Section.
9.0 RESPIRATORY PROTECTION
General Requirements
Instruct and train each worker involved in asbestos abatement/demolition in proper respirator use and
require that each worker always wear a respirator, properly fitted on the face in the Regulated Area
from the start of any operation which may cause airborne asbestos fibers until the Regulated Area is
completely decontaminated. Use respiratory protection appropriate for the fiber level encountered in
the work place or as required for other toxic or oxygen-deficient situations encountered. Respiratory
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protection will not be required during preparation of the Negative Pressure Enclosures and Regulated
Areas. Minimum respiratory protection will be half-face airpurifying respirators equipped with HEPA
cartridges.
Standards
Except to the extent that more stringent requirements are written directly into the Contract
Documents, the following regulations and standards have the same force and effect (and are made a
part of the Contract Documents by reference) as if copied directly into the Contract Documents, or as if
published copies were bound herewith. Where there is a conflict in the regulations and standards, the
more stringent requirement must be met.
SCDHEC regulations
OSHA - U.S. Department of Labor Occupational Safety and Health Administration, Safety and Health
Standards 29 CFR 1910, Section 1001 and Section 134 and 29 CFR 1926.1101.
ANSI - American National Standard Practices for Respiratory Protection, ANSI Z88.2-1990. NIOSH -
National Institute for Occupational Safety and Health
Submittals
A. Submit the following to the CONSULTANT:
1. Respiratory Protection Program: Submit CONTRACTOR'S written respiratory protection
program manual as required by OSHA 29 CFR 1926.1101.
2. Respiratory Protection Schedule: Submit level of respiratory protection intended for
each operation required by the project.
Non-permitted respirators - Do not use single use, disposable or quarter face respirators.
10.0 MATERIALS AND EQUIPMENT
Utilities
A. The CONTRACTOR shall supply electricity (110V) and potable water.
B. The CONTRACTOR shall supply GFCI for all electrical circuits.
Tools and Equipment A.
Respirators
1. Respiratory protection will not be required during preparation of NPE's or Regulated Areas.
2. Minimum respiratory protection will be half-face air-purifying respirators equipped with HEPA
cartridges.
3. All respirators must be NIOSH approved.
B. Protective clothing shall meet or exceed minimum protective clothing requirements of Title
29 CFR 1926.1101 and include full body disposable coveralls, disposable hood (separate or
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AHERA/NESHAP Asbestos Project Design SUMMIT Project No. 3805.10 109 Oakland Avenue, Manning, South
Carolina December 4, 2015
integral to coverall) and foot coverings (reusable footwear, 18-inch high boot type disposable
foot coverings or foot coverings integral to coverall).
C. Decontamination system for non-friable removals shall be 6-mil poly on the floor outside the
enclosure (regulated area).
Decontamination system for friable removals shall consist of a "clean room", a "shower room",
and an "equipment room". Each room shall be separated from each other and the work area by
a "Z" flap airlock (or non-friable materials that are rendered friable).
D. Filtration systems for drain lines from showers or other water sources carrying asbestos
contaminated water shall have disposable type primary and secondary filters and, if
necessary, sump pump. Primary filter shall pass particles 20 microns and smaller; secondary
filters, 5 microns and smaller.
E. Miscellaneous Equipment
1. Low pressure sprayer for amended water applications.
2. First Aid Kit must be on-site and available at the clean room.
Materials
A. For wetting prior to disturbance of Asbestos-Containing Materials, use either amended
water or a removal encapsulant.
1. Amended water must result in the retardation of fiber release equal to or greater than
that provided by the use of one ounce of a surfactant consisting of 50% polyoxethylene ester and
50% polyoxyethylene ether mixed with five gallons of water.
2. Encapsulant shall be penetrating or bridging type designed to provide the same
retardation of fiber release as the amended water in the above.
B. Polyethylene sheeting shall be 'true' 6-mil OR with a dart impact of 270 grams, tear
resistance of 512 grams, and transverse direction of 2067 grams (check manufacturer's
specifications). Wall polyethylene sheeting must be 'true' 4 mil OR the equivalent dart impact.
Width of sheeting must be the largest size possible to minimize seams, clear, frosted or black, as
indicated. Disposal bags must meet the 'true' 6-mil requirement for disposal of ACM.
Manufacturer's specifications must be on-site for any other thickness that 'true' 6-mil poly.
C. Duct tape in 2" or 3" widths and spray cement formulated to stick aggressively to
polyethylene sheeting.
11.0 WORK AREA CLEAN UP AND VERIFICATION
A. Provide general clean-up of work area concurrent with the removal of all asbestos-containing
materials. Do not permit accumulation of debris.
11.1 REMOVAL OF ASBESTOS-CONTAINING MATERIAL
Removal
Remove and properly dispose of all asbestos containing materials as specified in the Contact
Documents in accordance with the methods and procedures outlined in the OSHA 29 CFR 1926.1101,
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AHERA/NESHAP Asbestos Project Design SUMMIT Project No. 3805.10 109 Oakland Avenue, Manning, South
Carolina December 4, 2015
40 CFR Part 763, and 40 CFR 61, Subpart M, February 3, 1994, as amended, and any subsequent
amendments or editions.
Maintain exposure levels below 0.1 fibers per cubic centimeter (f/cc) regardless of respiratory
protection provided. The CONSULTANT'S PROJECT MANAGER reserves the right to order a cease in
abatement activity should fiber counts exceed the PEL or visible emissions are observed until control
measures are implemented to reduce fiber levels below the PEL and/or eliminate visible emissions.
A. Removal of Friable ACM/Asbestos Contaminated Materials (Class I Work,
Interior):
The CONTRACTOR shall remove the ACM/Asbestos-Contaminated Material in as nonfriable a
manner as possible. All ACM once removed in shall be: thoroughly wet during stripping or
removal and shall remain wet until disposed of, carefully lowered to the ground or floor, not
dropped or thrown, and at no time shall the ACM to accumulate or become dry.
If non-porous materials are to be salvaged for recycling or disposed of as non-ACM, they
must be thoroughly cleaned using potable water to the visual approval of the CONSULTANT.
The contaminated water used for cleaning must be contained, filtered through a 5-micron or
less filter and properly disposed of into a sanitary sewer.
All porous materials not salvaged shall be treated as Asbestos Contaminated Waste and
handled and disposed of as Asbestos Containing Materials (ACMs).
Wet methods shall be utilized heavily during removal to control emissions.
12.0 DISPOSAL OF ASBESTOS-CONTAINING WASTE MATERIAL
A. Dispose of ACM and used plastic sheeting, tape, cleaning materials and disposable
protective clothing as asbestos waste materials.
B. Waste must be loaded, stored and transported in a 6 mil (2 layers), poly-lined, rigid top
truck or open top dumpster which can be locked or guarded from unauthorized access. The poly
shall be installed in a manner in which the poly can be folded over, closed and sealed at the top
from both sides. Dumpster will remain closed and locked when not in use.
C. Prepare for each load a SC DHEC Asbestos Waste Manifest and obtain signature on the
waste manifest from the CONSULTANT'S PROJECT MANAGER prior to transporting waste.
D. Dispose of asbestos waste in landfills approved by the EPA and/or the state as authorized
disposal facilities for asbestos and operating in compliance with Title 40 CFR 61.156 at the time
of disposal.
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AHERA/NESHAP Asbestos Project Design SUMMIT Project No. 3805.10 109 Oakland Avenue, Manning, South
Carolina December 4, 2015
E. Transport waste, accompanied by a manifest, to an approved waste site for disposal as
asbestos waste and provide the CONSULTANT'S PROJECT MANAGER a copy of manifest signed
by the waste disposal facility representative.
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AHERA/NESHAP Asbestos Project Design SUMMIT Project No. 3805.10 109 Oakland Avenue, Manning, South
Carolina December 4, 2015
Appendix A
Asbestos Inspections
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AHERA/NESHAP Asbestos Inspection SUMMIT Project No. 3784.09 109 Oakland Avenue. Manning. SC
October 26. 2015
//*
SUMMIT
AHERA/NESHAP ASBESTOS INSPECTION REPORT
109 OAKLAND AVENUE
MANNING, SC
CLIENT:
Santee-Lynches Regional Council of Governments
City of Manning
Fleming Neighborhood Demolition CDBG Project #4-W-14-004
2525 Corporate Way
Suite 200
Sumter, SC 29154
LOCATION:
109 Oakland Avenue
Manning, SC 29102
DATE OF INSPECTION:
September 29, 2015
DATE OF REPORT:
October 26, 2015
PREPARED BY:
Anthony B. Monk
Environmental Project Manager
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AHERA/NESHAP Asbestos Inspection SUMMIT Project No. 3784.09 109 Oakland Avenue. Manning. SC
October 26. 2015
SUMMITELT, Inc. (SUMMIT)
7349 Peppermill Parkway - Suite A
North Charleston, South Carolina 29418
843-606-6268
SUMMIT Job No. 3784.09
AHERA/NESHAP ASBESTOS INSPECTION REPORT
109 Oakland Avenue, Manning, SC 29102
TABLE OF CONTENTS
SECTION PAGE
TABLE OF CONTENTS i
LIST OF FIGURES i LIST OF
APPENDICES i
1.0 REPORT CERTIFICATION 1
2.0 EXECUTIVE SUMMARY 2
3.0 SUSPECT MATERIALS 3
3.1 Wallboard 3
3.2 Flooring 3
3.3 Foundation 3
3.4 Roofing 3
4.0 SUSPECT MATERIAL QUANTITIES 4
5.0 CONCLUSIONS AND RECOMMENDATIONS 5
LIST OF FIGURES
1 Site Location Map
LIST OF APPENDICES
A Analytical Results
B Asbestos Inspector's Certificates C
SUMMIT Documentation
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AHERA/NESHAP Asbestos Inspection SUMMIT Project No. 3784.09 109 Oakland Avenue. Manning. SC
October 26. 2015
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AHERA/NESHAP Asbestos Inspection SUMMIT Project No. 3784.09 109 Oakland Avenue. Manning. SC
October 26. 2015
1.0 REPORT CERTIFICATION
SUMMIT is pleased to provide environmental consulting services for Santee-Lynches Regional Council
of Governments and the City of Manning. Please contact this office at 843-606-6268 with any
questions or comments regarding the findings submitted in this report.
This document, entitled AHERA/NESHAP Asbestos Inspection Report, was prepared for SanteeLynches
Regional Council of Governments and the City of Manning, and the South Carolina Department of
Health and Environmental Control (SCDHEC) with sound practices and procedures and in accordance
with Asbestos Hazard Emergency Response Act (AHERA), Title II of the Toxic Substance Control Act
(TSCA), SCDHEC Regulation 61-86.1, 40 CFR 61, and 40 CFR 763 for Asbestos Containing Materials
(ACM) guidance. The results obtained by the work documented in this report fulfill the requirements of
federal, state, and local regulations regarding Asbestos Containing Materials.
10/26/15
Anthony B. Monk Date
SC DHEC AHERA Asbestos Building Inspector No. BI-01210
Expiration Date: November 4, 2015
SC DHEC AHERA Asbestos Air Sampler No. AS-00330
Expiration Date: November 5, 2015
SC DHEC AHERA Asbestos Supervisor No. SA-01863
Expiration Date: November 5, 2015
SC DHEC AHERA Asbestos Management Planner No. MP-0199
Expiration Date: November 4, 2015
SC DHEC AHERA Asbestos Project Designer No. PD-00160
Expiration Date: November 4, 2015
2.0 EXECUTIVE SUMMARY
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AHERA/NESHAP Asbestos Inspection SUMMIT Project No. 3784.09 109 Oakland Avenue. Manning. SC
October 26. 2015
On September 29, 2015, SUMMIT ELT (SUMMIT) performed an AHERA/NESHAP Asbestos
Inspection for the structure(s) at 109 Oakland Avenue in Manning, South Carolina.
The purpose of this inspection was to investigate available records for the specification of asbestos
containing material (ACM), inspect for suspect materials, sample and analyze suspect materials to test
for asbestos, and assess the condition and location of the ACM and other characteristics of the
structure.
No records were available for review to determine the date the structure was built or the type of
materials used during the construction. The structure is a residential building.
A homogeneous material is a material that appears to be uniform when properties such as age, color,
and texture are compared. There were four (4) homogeneous suspect materials observed on the
structures. The homogeneous areas are described in detail in section 3.0 of this report.
One (1) residential structure exists at the site. All interior building materials appeared to be in
significantly damaged condition.
WB-1 THROUGH WB-5
The sheetrock/joint compound system is located throughout the structure. The material is currently
in significantly damaged condition and is friable with a low potential for damage. The material was
sampled and the results indicated that the material is classified as Asbestos Containing Material
(ACM). The joint compound contains 2% Chrysotile and there is approximately 1700 SF of the
material. The material is classified as surfacing. The sample analysis of the material is enclosed in
Appendix A. A detailed map showing the locations of the sampling locations can be found in
SUMMIT Documentation.
Due to the significantly damaged condition of the wallboard system, all interior flooring and other
household contents of the interior of the structure shall be treated as AsbestosContaminated
Materials.
The interior subflooring of the structure appeared to be severely damaged and open to the
exterior/crawlspace in certain areas. The structure has also some burn damage. It appears that the
residential building is structurally unsound for proper asbestos abatement protocols.
3.0 SUSPECT MATERIALS
3.1 Wallboard
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AHERA/NESHAP Asbestos Inspection SUMMIT Project No. 3784.09 109 Oakland Avenue. Manning. SC
October 26. 2015
WB-1 THROUGH WB-5
The sheetrock/joint compound system is located throughout the structure. The material is currently
in significantly damaged condition and is friable with a low potential for damage. The material was
sampled and the results indicated that the material is classified as Asbestos Containing Material
(ACM). The joint compound contains 2% Chrysotile and there is approximately 1800 SF of the
material. The material is classified as surfacing. The sample analysis of the material is enclosed in
Appendix A. A detailed map showing the locations of the sampling locations can be found in
SUMMIT Documentation.
3.2 Flooring
BA FL-1, BA FL-2 AND BA FL-3
The bathroom flooring is located in the bathroom of the structure. The material is currently in
damaged condition and is non-friable with a low potential for damage. The material was sampled and
the results indicated that the material is not classified as Asbestos Containing Material (ACM). The
material is classified as miscellaneous. The sample analysis of the material is enclosed in Appendix A. A
detailed map showing the locations of the sampling locations can be found in SUMMIT Documentation.
3.3 Foundation
FOUND-1, FOUND-2 AND FOUND-3
The cinderblock is located on the exterior foundation of the structure. The material is currently in good
condition and is non-friable with a low potential for damage. The material was sampled and the results
indicated that the material is not classified as Asbestos Containing Material (ACM). The material is
classified as miscellaneous. The sample analysis of the material is enclosed in Appendix A. A detailed
map showing the locations of the sampling locations can be found in SUMMIT Documentation.
3.4 Roofing
ROOF-1, ROOF-2 AND ROOF-3
The roofing shingles are located on the roof of the structure. The material is currently in good
condition and is non-friable with a low potential for damage. The material was sampled and the results
indicated that the material is not classified as Asbestos Containing Material (ACM). The material is
classified as miscellaneous. The sample analysis of the material is enclosed in Appendix A. A detailed
map showing the locations of the sampling locations can be found in SUMMIT Documentation.
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AHERA/NESHAP Asbestos Inspection SUMMIT Project No. 3784.09 109 Oakland Avenue. Manning. SC
October 26. 2015
4.0
SUSPECT MATERIAL QUANTITIES
Summary of Suspect Material Quantities:
SUSPECT MATERIAL
SHEETROCK/JOINT COMPOUND
SYSTEM
BATHROOM VINYL FLOORING/MASTIC
CINDERBLOCK
ROOFING SHINGLES
ACM?1
(Y/N)
Y
N
N
N
ASBESTOS
CONTAMINATED?
N/A
Y
N
N
APPROXIMATE
QUANTITY2
1800 SF
100 SF
300 SF
1000 SF
Quantities: SF = Square Feet LF = Linear Feet CF = Cubic Feet N/A = Not Applicable
Note 1: ACM = Material containing asbestos of any type, in an amount greater than 1%
Note 2: All quantities are estimated and should not be used for bidding purposes
5.0 CONCLUSIONS AND RECOMMENDATIONS
On September 29, 2015, SUMMIT performed an AHERA/NESHAP Asbestos Inspection for the
structure(s) at 109 Oakland Avenue in Manning, South Carolina.
One (1) residential structure exists at the site. All interior building materials appeared to be in
significantly damaged condition.
WB-1 THROUGH WB-5
The sheetrock/joint compound system is located throughout the structure. The material is currently
in significantly damaged condition and is friable with a low potential for damage. The material was
sampled and the results indicated that the material is classified as Asbestos Containing Material
(ACM). The joint compound contains 2% Chrysotile and there is approximately 1700 SF of the
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AHERA/NESHAP Asbestos Inspection SUMMIT Project No. 3784.09 109 Oakland Avenue. Manning. SC
October 26. 2015
material. The material is classified as surfacing. The sample analysis of the material is enclosed in
Appendix A. A detailed map showing the locations of the sampling locations can be found in
SUMMIT Documentation.
Due to the significantly damaged condition of the wallboard system, all interior flooring and other
household contents of the interior of the structure shall be treated as AsbestosContaminated
Materials.
The interior subflooring of the structure appeared to be severely damaged and open to the
exterior/crawlspace in certain areas. The structure has also some burn damage. It appears that the
residential building is structurally unsound for proper asbestos abatement protocols.
If the structure is to be renovated or demolished, a copy of this report and a notification of demolition
or renovation forms must be submitted to The South Carolina Department of Health and Environmental
Control (SCDHEC) at least ten working days prior to these activities taking place.
Bidders are responsible for their own calculations and estimates of quantities. Actual quantities may
be more or less than indicated. Though every effort was made to examine wall cavities and other areas
for pipe insulation, spray-applied or trowel applied surfacing material or other miscellaneous materials
and other Presumed Asbestos Containing Material (PACM), this survey and report only deals with
accessible areas of the building. There may be additional inaccessible areas above ceiling, behind walls
and below floors that become evident during demolition or renovation activities. If suspect materials
are found, additional asbestos testing may be required.
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AHERA/NESHAP Asbestos Inspection SUMMIT Project No. 3784.09 109 Oakland Avenue. Manning. SC
October 26. 2015
FIGURES
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Site Location Map
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// SUMMIT ELT, Inc.
SUMMIT Project: 3784.09
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C:\amonk\Documents\SUMMIT\PROJECTS\City of Manning\109 Oakland Dr\R - Figure 1 Site Map.doc
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AHERA/NESHAP Asbestos Inspection SUMMIT Project No. 3784.09
109 Oakland Avenue, Manning, SC October 26, 2015
APPENDIX A
ANALYTICAL RESULTS
-------
EMSL Analytical, Inc.
376 Crompton Street, Charlotte, NC 28273
Phone/Fax: (704) 525-2205 / (704) 525-2382
http://www.EMSL.com charlottelab@,emsl.com
EMSL Order:
CustomerlD:
CustomerPO:
ProjectID:
411507456
SECS21B
Attn:
Tony Monk
Summit ELT
7349 Peppermill Pkwy
Suite A
Phone:
Fax:
(704) 965-9235
Received: 10/07/15 10:20 AM
Analysis Date:Collected: 10/13/2015
C:\amonk\Documents\SUMMIT\PROJECTS\CityofManning\109OaklandDr\AppendixA.rtf
North Charleston, SC 29418
I Project: 109 Oakland St.
Test Report: Asbestos Analysis of Bulk Materials via EPA 600/R-93/116
Method using Polarized Light Microscopy
Non-Asbestos
Asbestos
Sample Description
WB-1-Wallboard -Wallboard
411507456-0001
WB-1 -Joint -Wallboard
Compound
411507456-0001 A
WB-1 -Tape -Wallboard
411 507456-0001 B
WB-2-Wallboard -Wallboard
411507456-0002
WB-2-Joint -Wallboard
Compound
411507456-0002A
WB-2-Tape -Wallboard
411507456-0002B
WB-3-Wallboard -Wallboard
411507456-0003
Appearance % Fibrous
Brown/Gray 10% Cellulose
Fibrous
Heterogeneous
Tan
Fibrous
Homogeneous
Beige 100% Cellulose
Fibrous
Homogeneous
Brown/Gray 10% Cellulose
Fibrous
Heterogeneous
Beige 100% Cellulose
Fibrous
Homogeneous
Brown/Gray 10% Cellulose
Fibrous
Heterogeneous
% Non-Fibrous % Type
90% Non-fibrous (other) None Detected
20% Ca Carbonate 2% Chrysotile
78% Non-fibrous
(other)
0% Non-fibrous (other) None Detected
90% Non-fibrous (other) None Detected
Stop Positive (Not
Analyzed)
0% Non-fibrous (other) None Detected
90% Non-fibrous (other) None Detected
EMSL maintains liability limited to cost of analysis. This report relates only to the samples reported and may not be reprod uced, except in full, without written approval by EMSL. EMSL bears no
responsibility for sample collection activities or analytical method limitations. Interpretation and use of test results are the responsibility of the client. 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. Non-friable organically bound materials present a problem matrix and therefore EMSL
recommends gravimetric reduction prior to analysis. Samples received in good condition unless otherwise noted. Estimated accuracy, precision and uncertainty data available upon request. Unless
requested by the client, building materials manufactured with multiple layers (i.e. linoleum, wallboard, etc.) are reported as a single sample. Reporting limit is 1% Samples analyzed by EMSL Analytical,
Inc. Charlotte, NC NVLAP Lab Code 200841-0, VA 3333 00312
Initial report from 10/13/2015 14:53:30
Test Report PLM-7.28.9 Printed: 10/13/2015 2:53:30 PM
-------
EMSL Analytical, Inc.
376 Crompton Street, Charlotte, NC 28273
Phone/Fax: (704) 525-2205 / (704) 525-2382
http://www.EMSL.com charlottelab@,emsl.com
EMSL Order:
CustomerlD:
CustomerPO:
ProjectID:
411507456
SECS21B
Attn: T0ny Monk
Summit ELT
7349 Peppermill Pkwy
Suite A
Phone:
Fax:
(704) 965-9235
Received: 10/07/15 10:20 AM
Analysis Date:Collected: 10/13/2015
WB-3-Joint
Compound
411507456-0003A
-Wallboard
Stop Positive (Not
Analyzed)
Analyst(s)
Eric Loomis (8) Lee Plumley, Laboratory Manager Maria Cao (12) or other approved signatory
North Charleston, SC 29418
^Project: 109 Oakland St.
Test Report: Asbestos Analysis of Bulk Materials via EPA 600/R-93/116
Method using Polarized Light Microscopy
Sample Description
WB-3-Tape -Wallboard
411507456-0003B
WB-4-Wallboard -Wallboard
411507456-0004
WB-4-Joint -Wallboard
Compound
411 507456-0004 'A
WB-4-Tape -Wallboard
411507456-0004B
WB-5-Wallboard -Wallboard
411507456-0005
Non-Asbestos
Appearance % Fibrous % Non-Fibrous
Beige 100% Cellulose 0% Non-fibrous (other)
Fibrous
Homogeneous
Gray 10% Cellulose 90% Non-fibrous (other)
Non-Fibrous
Homogeneous
Tan 100% Cellulose 0% Non-fibrous (other)
Fibrous
Homogeneous
Gray 10% Cellulose 90% Non-fibrous (other)
Fibrous
Heterogeneous
Asbestos
% Type
None Detected
None Detected
Stop Positive (Not
Analyzed)
None Detected
None Detected
EMSL maintains liability limited to cost of analysis. This report relates only to the samples reported and may not be reprod uced, except in full, without written approval by EMSL. EMSL bears no
responsibility for sample collection activities or analytical method limitations. Interpretation and use of test results are the responsibility of the client. 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. Non-friable organically bound materials present a problem matrix and therefore EMSL
recommends gravimetric reduction prior to analysis. Samples received in good condition unless otherwise noted. Estimated accuracy, precision and uncertainty data available upon request. Unless
requested by the client, building materials manufactured with multiple layers (i.e. linoleum, wallboard, etc.) are reported as a single sample. Reporting limit is 1% Samples analyzed by EMSL Analytical,
Inc. Charlotte, NC NVLAP Lab Code 200841-0, VA 3333 00312
Initial report from 10/13/2015 14:53:30
Test Report PLM-7.28.9 Printed: 10/13/2015 2:53:30 PM
-------
EMSL Analytical, Inc.
376 Crompton Street, Charlotte, NC 28273
Phone/Fax: (704) 525-2205 / (704) 525-2382
http://www.EMSL.com charlottelab@,emsl.com
EMSL Order:
CustomerlD:
CustomerPO:
ProjectID:
411507456
SECS21B
Attn: T0ny Monk
Summit ELT
7349 Peppermill Pkwy
Suite A
Phone:
Fax:
(704) 965-9235
Received: 10/07/15 10:20 AM
Analysis Date:Collected: 10/13/2015
WB-5-Joint
Compound
411507456-0005A
-Wallboard
Stop Positive (Not
Analyzed)
WB-5-Tape -Wallboard
411507456-0005B
BA FL-1 -Flooring Bath - Flooring
411507456-0006
Tan
Fibrous
Homogeneous
Beige
Fibrous
Homogeneous
100%
10%
1%
Cellulose 0% Non-fibrous (other)
Cellulose 89% Non-fibrous (other)
Glass
None Detected
None Detected
Analyst(s)
Eric Loomis (8) Lee Plumley, Laboratory Manager Maria Cao (12) or other approved signatory
North Charleston, SC 29418
^Project: 109 Oakland St.
Test Report: Asbestos Analysis of Bulk Materials via EPA 600/R-93/116
Method using Polarized Light Microscopy
Non-Asbestos
Asbestos
Sample
BA FL-1 -Mastic
411507456-0006A
BA FL-2-Flooring
411507456-0007
BA FL-2-Mastic
411507456-0007A
Description
Bath - Flooring
Bath - Flooring
Bath - Flooring
Appearance % Fibrous
Beige
Non-Fibrous
Homogeneous
Gray/Tan 10% Cellulose
Fibrous 1 % Glass
Heterogeneous
Tan
Fibrous
Heterogeneous
% Non-Fibrous
5% Ca Carbonate
95% Non-fibrous
(other)
89% Non-fibrous (other)
5% Ca Carbonate
95% Non-fibrous
(other)
% Type
None Detected
None Detected
None Detected
EMSL maintains liability limited to cost of analysis. This report relates only to the samples reported and may not be reprod uced, except in full, without written approval by EMSL. EMSL bears no
responsibility for sample collection activities or analytical method limitations. Interpretation and use of test results are the responsibility of the client. 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. Non-friable organically bound materials present a problem matrix and therefore EMSL
recommends gravimetric reduction prior to analysis. Samples received in good condition unless otherwise noted. Estimated accuracy, precision and uncertainty data available upon request. Unless
requested by the client, building materials manufactured with multiple layers (i.e. linoleum, wallboard, etc.) are reported as a single sample. Reporting limit is 1% Samples analyzed by EMSL Analytical,
Inc. Charlotte, NC NVLAP Lab Code 200841-0, VA 3333 00312
Initial report from 10/13/2015 14:53:30
Test Report PLM-7.28.9 Printed: 10/13/2015 2:53:30 PM
-------
EMSL Analytical, Inc.
376 Crompton Street, Charlotte, NC 28273
Phone/Fax: (704) 525-2205 / (704) 525-2382
http://www.EMSL.com charlottelab@,emsl.com
EMSL Order:
CustomerlD:
CustomerPO:
ProjectID:
411507456
SECS21B
Attn: T0ny Monk
Summit ELT
7349 Peppermill Pkwy
Phone:
Fax:
Received:
(704) 965-9235
10/07/1 5 10: 20 AM
Suite A
FOUND-1 - Foundation
411507456-0008
FOUND-2 - Foundation
411507456-0009
FOUND-3 - Foundation
411507456-0010
ROOF-1 - Roofing
411507456-0011
Gray
Non-Fibrous
Homogeneous
Gray
Non-Fibrous
Homogeneous
Gray
Non-Fibrous
Homogeneous
Black
Fibrous
Heterogeneous
Analysis Date:Collected: 10/1 3/201 5
<1% Cellulose 35% Quartz
1 0% Ca Carbonate
55% Non-fibrous (other)
40% Quartz
1 0% Ca Carbonate
50% Non-fibrous (other)
20% Quartz
5% Ca Carbonate
75% Non-fibrous (other)
8% Glass 10% Quartz
1 5% Ca Carbonate
67% Non-fibrous (other)
None Detected
None Detected
None Detected
None Detected
Analyst(s)
Eric Loomis (8) Lee Plumley, Laboratory Manager Maria Cao (12) or other approved signatory
North Charleston, SC 29418
^Project: 109 Oakland St.
Test Report: Asbestos Analysis of Bulk Materials via EPA 600/R-93/116
Method using Polarized Light Microscopy
Non-Asbestos
Sample
ROOF-2
Description
- Roofing
Appearance % Fibrous
Brown/Black 8% Glass
Fibrous
% Non-Fibrous
8% Quartz
5% Ca Carbonate
Asbestos
% Type
None Detected
411507456-0012
Heterogeneous
79% Non-fibrous (other)
EMSL maintains liability limited to cost of analysis. This report relates only to the samples reported and may not be reprod uced, except in full, without written approval by EMSL. EMSL bears no
responsibility for sample collection activities or analytical method limitations. Interpretation and use of test results are the responsibility of the client. 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. Non-friable organically bound materials present a problem matrix and therefore EMSL
recommends gravimetric reduction prior to analysis. Samples received in good condition unless otherwise noted. Estimated accuracy, precision and uncertainty data available upon request. Unless
requested by the client, building materials manufactured with multiple layers (i.e. linoleum, wallboard, etc.) are reported as a single sample. Reporting limit is 1% Samples analyzed by EMSL Analytical,
Inc. Charlotte, NC NVLAP Lab Code 200841-0, VA 3333 00312
Initial report from 10/13/2015 14:53:30
Test Report PLM-7.28.9 Printed: 10/13/2015 2:53:30 PM
-------
EMSL Analytical, Inc.
376 Crompton Street, Charlotte, NC 28273
Phone/Fax: (704) 525-2205 / (704) 525-2382
http://www.EMSL.com charlottelab@,emsl.com
EMSL Order:
CustomerlD:
CustomerPO:
ProjectID:
411507456
SECS21B
Attn:
Tony Monk
Summit ELT
7349 Peppermill Pkwy
Suite A
Phone:
Fax:
(704) 965-9235
Received: 10/07/15 10:20 AM
Analysis Date:Collected: 10/13/2015
Wscv^
Analyst(s)
Eric Loomis (8) Lee Plumley, Laboratory Manager Maria Cao (12) or other approved signatory
THIS IS THE LAST PAGE OF THE REPORT.
EMSL maintains liability limited to cost of analysis. This report relates only to the samples reported and may not be reprod uced, except in full, without written approval by EMSL. EMSL bears no
responsibility for sample collection activities or analytical method limitations. Interpretation and use of test results are the responsibility of the client. 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. Non-friable organically bound materials present a problem matrix and therefore EMSL
recommends gravimetric reduction prior to analysis. Samples received in good condition unless otherwise noted. Estimated accuracy, precision and uncertainty data available upon request. Unless
requested by the client, building materials manufactured with multiple layers (i.e. linoleum, wallboard, etc.) are reported as a single sample. Reporting limit is 1% Samples analyzed by EMSL Analytical,
Inc. Charlotte, NC NVLAP Lab Code 200841-0, VA 3333 00312
Initial report from 10/13/2015 14:53:30
Test Report PLM-7.28.9 Printed: 10/13/2015 2:53:30 PM
-------
EMSL Analytical, Inc.
376 Crompton Street, Charlotte, NC 28273
Phone/Fax: (704) 525-2205 / (704) 525-2382
http://www.EMSL.com charlottelab@emsl.com
EMSL Order:
CustomerlD:
CustomerPO:
ProjectID:
411507456
SECS21B
Attn: Tony Monk
Summit ELT
7349 Peppermill Pkwy
Suite A
North Charleston, SC 29418
Project: 109 Oakland St.
Phone:
Fax:
Received:
Analysis Date:
Collected:
(704) 965-9235
10/13/15 4:30 PM
10/19/2015
Test Report: Asbestos Analysis of Non-Friable Organically Bound Materials by TEM via EPA/600/R-93/116 Section
2.5.5.1
% MATRIX % NON-ASBESTOS ASBESTOS
SAMPLE ID DESCRIPTION APPEARANCE
MATERIAL
FIBERS
TYPES
BA FL-3-Flooring Bath - Flooring
411507456-0013
BA FL-3-Mastic Bath - Flooring
411507456-0014
ROOF-3 - Roofing
411507456-0015
Analyst(s)
Charles Harris (3)
Beige
Fibrous
Homogeneous
White
Non-Fibrous
Homogeneous
Black
Fibrous
Homogeneous
100 <0.1 Fibrous (other) No Asbestos Detected
99.5 0.55 Fibrous (other) No Asbestos Detected
100 None No Asbestos Detected
/// ;
7/l/*Cl<^ A / AAA*yJk* /
Lee Plumley, Laboratory Manager
or other approved signatory
This laboratory is not responsible for % asbestos in total sample when the residue only is submitted for analysis. The above report relates only to the items tested. This report may not be reproduced, except
in full, without written approval by EMSL Analytical, Inc. Samples received in good condition unless otherwise noted. Unless requested by the client, building materials manufactured with multiple layers (i.e.
linoleum, wallboard, etc.) are reported as a single sample.
Samples analyzed by EMSL Analytical, Inc. Charlotte, NC
Test Report EPANOB-7.24.0 Printed: 10/20/2015 1:02:59 PM
THIS IS THE LAST PAGE OF THE REPORT.
Initial report from 10/20/2015 13:02:59
-------
IMBL ANALYTICAL. INC
Asbestos Bulk Building Material
Chain of Custody
EMSL Order Number (Lab use only).
EMSL Analytical, Inc.
376 Crompton Street
Charlotte, NC 28273
PHONE: (704) 525-2205
FAX (704) 525 2382
Company:
. Summit ELT
Street: 7349 Peppermill Pkwy Suite A
EMSL-Bill to: LJ Same H Different
If Bill to is Different note instructions in Comments"
Third Party Billing requires written authorization from third party
City: North Charleston
State/Province: SC
Zip/Postal Code: 29418
Country: United States
Report To (Name): Anthony Monk
Telephone* 7049659235
Email Address: amonk@summit-companies.com
- I i f • • t
Project Name/Number /g<7 Qgk I
Fax*:
Purchase Order:
Please Provide Results: I Eax | / femail
U.S. State Samples Taken: SC
CT Samples: D Commercial/Taxable D Residential/Tax Exempt
Turnaround Time (TAT) Options* - Please Check
D 3 Hour [ D 6 Hour
a«a/
24 Hour I D 48 Hour D 72 Hour | D 96 Hour | EK Week | I - *Veek
"For TEM Air 3 hr through 6 hr please call ahead to schedule "There is a premium charge for 3 Hour TEM AHERA or EPA Level II TA T You will be asked to sign
an authorization form for this service. Analysis completed in accordance with EMSL's Terms and Conditions located in the Analytical Pnce Guide
s PLM - Bulk (reporting limit)
S^LM EPA 600/R-93/116 (<1°X
D PLM EPA NOB (<1%)
Point Count D 400 (<0.25%) D K
Point Count w/Gravimetric D 400 (<0.25%) D 1000 (<0.1%)
D NIOSH9002(<1%)
D NY ELAP Method 198.1 (friable in NY)
D NY ELAP Method 198.6 NOB (non-friable-NY)
D OSHAID-191 Modified
D Standard Addition Method
TEM-Bulk
EPA NOB - EPA 600/R-93/116 Section 2.5.5.1
D NY ELAP Method 198.4 (TEM)
D Chatfield Protocol (semi-quantitative)
D TEM % by Mass - EPA 600/R-93/116 Section 2.5.5.2
D TEM Qualitative via Filtration Prep Technique
D TEM Qualitative via Drop Mount Prep Technique
heck For Positive Stop - Clearly Identify Homogenous Group Date Sampled:
Samplers Name:
Samplers Signature:
Sample #
wr
HA#
Sample Location
Material Description
< •
i
It
Client Sample # (s):
Total # of Samples:
Relinquished (Client):
Date:
sr-/ s~"
Time:
Received (Lab):
V
Date:
Time:
2Ctm
Comments/Special Instructions:
BillTo Summit ELT 357S Centre Cirtie, Fort Mill. SC.
.29715. United Slates
Attention Anthony Monk Phone 7049659235 Email: amonk@5ummit-companies com Purchase Order
^9
Page 1 of pages
7576
-------
IMCL ANALYTICAL. INC.
Asbestos Bulk Building Material
Chain of Custody
EMSL Order Number (Lab use only).
EMSL Analytical, Inc.
376 Crompton Street
Charlotte, NC 28273
PHONE: (704)525-2205
FAX: (704)5252382
Additional Pages of the Chain of Custody are only necessary if needed for additional sample information
__ I
Sample Location
Material Descriti
•Comments/Special Instructions:
BIITo Summrt ELT. 3575 Cwitre Circle. Fort Mill. $C 29715 United Slates
Anenllon Anthony Mont, Phone 7049659235 Em* amonkOsummrKompenie. com Purdw. Oroer
-------
AHERA/NESHAP Asbestos Inspection SUMMIT Project No. 3784.09
109 Oakland Avenue, Manning, SC October 26, 2015
APPENDIX B
ASBESTOS LICENSES
-------
C:\amonk\Documents\SUMMIT\PROJECTS\CityofManning\109Oakland Dr\AppendixB.rtf
-------
ATTACH A COPY OF THE DEMOLITION CONTRACTORS
ASBESTOS CERTIFICATION LICENSE TO THIS WORK PLAN
IN THE SPACE BELOW:
-------
AHERA/NESHAP Asbestos Inspection SUMMIT Project No. 3784.09
109 Oakland Avenue, Manning, SC October 26, 2015
APPENDIX C
SUMMIT DOCUMENTATION
-------
C:\amonk\Documents\SUMMIT\PROJECTS\CityofManning\109Oakland Dr\AppendixC.rtf
-------
/_
SUMMIT
ENGINEERING • LABORATORY • TESTING
PREPARED
BY:
DATE:
CHECKED BY:
DATE:
PROJECT NAME:
PROJECT NO:
SHEET NO
OF
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-------
United States Office of Air Quality Planning and Standards Publication No. EPA-453/B-16-002b
Environmental Protection Sector Policies and Programs Division July 2016
Agency Research Triangle Park, NC
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