3. Banned it as a material for friable asbestos building
materials
Declared asbestos as a toxic material
Established guidelines for the application, removal and
disposal of friable asbestos- containing materials.
4. NOT BANNED
1. Cement Pipes
2. Elevator Brake Shoes
3. Cement Wallboard
4. HVAC Duct Insulation
5. Cement Siding
6. Boiler Insulation
7. Asphalt Floor Tile
8. Breaching Insulation
9. Vinyl Floor Tile
10. Ductwork Flexible Fabric
Connections
11. Vinyl Sheet Flooring
12. Cooling Towers
13. Flooring Backing
14. Pipe Insulation (corrugated air-
cell, block, etc.)
15. Construction Mastics (floor tile,
carpet, ceiling tile, etc.)
16. Heating and Electrical Ducts
17. Acoustical Plaster
18. Electrical Panel Partitions
19. Decorative Plaster
20. Electrical Cloth
21. Textured Paints/Coatings
22. Electric Wiring Insulation
23. Ceiling Tiles and Lay-in Panels
24. Chalkboards
25. Spray-Applied Insulation
26. Roofing Shingles
27. Blown-in Insulation
28. Roofing Felt
29. Fireproofing Materials
30. Base Flashing
31. Taping Compounds (thermal)
32. Thermal Paper Products
33. Packing Materials (for wall/floor
penetrations)
34. Fire Doors
35. High Temperature Gaskets
36. Caulking/Putties
37. Laboratory Hoods/Table Tops
38. Adhesives
39. Laboratory Gloves
40. Wallboard
41. Fire Blankets
42. Joint Compounds
43. Fire Curtains
44. Vinyl Wall Coverings
45. Elevator Equipment Panels
46. Spackling Compounds
BANNED
1. Corrugated paper
2. Rollboard
3. Commercial paper
4. Specialty paper
5. Flooring felt
6. Sprayed-on materials
containing more than
one percent asbestos
7. All new applications
5. 1982
Asbestos in Schools Identification
and Notification Act
• Inspect for asbestos materials
• Document the locations and make this information
readily available.
• Notify parents and employees if asbestos is found.
• Maintain Records
1984
The Asbestos School Hazard
Abatement Act
• Provided funding to public and private schools for
asbestos removal.
6. 1986
Asbestos Hazard Emergency
Response Act
•
• Develop, maintain asbestos management plan
• Have an asbestos coordinator
• Have a complete asbestos inventory for specific buildings
• Notify; parents and employee groups about asbestos related activities
• Rate asbestos containing materials for it’s condition and probability of future
damage.
1990
The Asbestos School Hazard
Abatement Reauthorization Act
(ASHARA)
• Ensure schools have the expertise, technical assistance and financial resources
to manage asbestos according the asbestos laws.
7. Naturally occurring mineral
Flexible
Water resistant
Cheap
Strong
Heat resistant
9. Common Types
o Chrysotile (CRY-so-tile)
White asbestos
o Amosite (AM-o-site)-
Brown asbestos
o Crocidolite (crow-SID-o-
lite)- Blue asbestos
Other Types
o Tremolite (TREH-mo-lite)
o Anthophyllite (an-THAW-
fill-ite)
o Actinolite (ack-TIN-o-lite)
10. 95% of all asbestos containing
materials Uses
• Gaskets
• Cement
• Insulation
• Brake pads
• Brake linings
• Joint compound
• Roofing materials
• The only serpentine asbestos
fiber
Chrysotile- white
11. • Cement sheets
• Thermal insulation
• Plumbing insulation
• Insulation boards
• Tiles, including those for ceilings,
roofs and floors
• Chemical insulation
• Electrical insulation
• Roofing products
• Fire protection
• Gaskets, lagging
Amosite- brown
12. • Less used in manufacturing
• Not mined due to health
hazards and physical
limitations
• Causes more mesothelioma
cases than other fibers
Crocidolite- blue
15. If you have doubts about a material
DON’T CUT IT
DON’T DRILL IT
DON’T DROP IT
DON’T SAND IT
DON’T SAW IT
DON’T SCRAPE IT
DON’T SCRUB IT
DON’T DEMOLISH IT
DON’T DISMANTLE IT
DON’T HANDLE IT
DON’T DUMP IT
If you ever have doubts contact your supervisor first.
16. Water damage- stained pipe insulation
Deterioration- normal wear and tear
Physical damage- accidental, vandalism
25. Lung Cancer
Risk greater among
smokers
Caused when fibers cause
genetic “errors”
Not asbestosis
Asbestosis
Scarring of the lungs by
asbestos fibers
Death is usually caused by
pulmonary stress and/or
failure. COPD, Heart
disease
Not reversible and
progressive
26. What to do if you find material and you have doubts.
DON’T WORK
Never attempt to clean up suspect material.
•Background information on asbestos
•Health effects of asbestos
•Locations of ACM in the building
•Recognition of ACM damage and deterioration
Asbestos was handled by the states prior to the federal government involvement in the 1970’s. Concerns about asbestos-related diseases started to appear in the early 1900’s. Workers compensation laws did not cover asbestos-related diseases until New Jersey changed its laws in 1951 so that asbestos-related diseases received the same status as other occupational diseases.
The Clean Air Act of 1970 was the summarization of several pollution standards and the newly created EPA was charged with its administration.
The EPA;
Regulates the uses, removal and disposal of asbestos.
Buildings built after 1979 are generally known as “asbestos free” really they are “limited”
1979 EPA issued a notice with the intent to ban the use of asbestos to very limited uses.
Canada pressured the Regan administration
Canada produced 95% of the asbestos the U.S. used
EPA spent more than 10 years studying and eventually in 1989 EPA announced the 8 year phase out and ban rule (40 CFR Part 763)
The new EPA administrator rescinded the ban in 1990
In 1991, this rule was vacated after a ruling by the Fifth Circuit Court of Appeals.
In spite of the court's action, a short list of products remain banned under the Toxic Substances Control Act (TSCA) and the Clean Air Act.
These include: corrugated paper, rollboard, commercial paper, specialty paper, flooring felt, sprayed-on materials containing more than one percent asbestos, and all new asbestos applications.
Never assume a new building is asbestos free
1982- Congress passed the Asbestos in Schools Identification and Notification Act requiring schools to;
Inspect for asbestos materials
Document the location and make the information available
Notify parents and employee groups
Maintain records
Schools weren’t complying with the law so congress passed a new act in 1984 called
The Asbestos School Hazard Abatement Act
It was meant to provide funding to both public and private K-12 schools
Schools weren’t taking the laws serious so in 1986 the congress passed the Asbestos Hazard Emergency Response Act (AHERA)
AHERA requires schools to;
Perform an original inspection for asbestos-containing materials
Re-inspect every three years
Perform periodic surveillance of known or suspected asbestos-containing building materials.
Develop and maintain an asbestos management plan and keep a copy at the school.
Provide yearly notifications to parents, teachers and employee organizations regarding the school’s asbestos management plan and any asbestos abatement actions taken or planned in the school.
Name a designated person to ensure the school’s asbestos actions are implemented properly.
Ensure that accredited professionals perform inspections and response actions and prepare management plans.
Provide custodial staff with asbestos awareness training
AHERA also gave the EPA authority to issue fines and civil suits against schools and administrators that failed to follow federal asbestos laws.
There was another update in 1990 that required required anyone involved with asbestos activities in commercial buildings, schools and other public buildings to be trained and accredited for asbestos work.
Naturally occurring mineral
Still mined in Russia, China, South Africa
Not mined in the U.S. since 2002
Used for its durability and its low cost
The amount of asbestos in a product can vary from 1 to 100%
Only a certified inspector can collect samples for laboratory analysis
The only way for a material to be determined not to contain asbestos is by laboratory analysis.
Asbestos is a group of 6 naturally occurring minerals that come apart into fibers. These 6 minerals can be separated into one of two categories based on some characteristics of the fibers of the minerals.
The 2 categories;
Serpentine- These asbestos fibers are curly and are comprised of sheets of crystals. The only type of serpentine asbestos fiber is chrysotile which is also known as white asbestos. Serpentine asbestos fibers can be spun or woven due to the high flexibility of the fibers.
Amphibole- all other asbestos fibers. Shed water making it harder to encapsulate with amended water. Very rigid fibers. Considered more dangerous since studies show it may take less exposure to cause mesothelioma.
In comparison to amphiboles, chrysotile fibers are generally finer with high flexibility and good heat resistance.
Known as the most common asbestos mineral, chrysotile accounts for about 90 to 95 percent of asbestos used in commercial applications in the United States
Amosite asbestos offer good tensile strength and heat resistance
Commercial products that have been manufactured with amosite include:
Cement sheets
Thermal insulation
Plumbing insulation
Insulation boards
Tiles, including those for ceilings, roofs and floors
Chemical insulation
Electrical insulation
Roofing products
Fire protection
Gaskets, lagging
Multiple asbestos studies suggest crocidolite may be responsible for more deaths than any other type of asbestos because its fibers are so thin making them prone to becoming lodged in the lining of the lungs.
Like other types of asbestos, crocidolite was used to make a number of commercial and industrial products. It did have a drawback that other asbestos types did not: It is less heat-resistant, making it less useful for industrial manufacturing.
Ceiling tiles
Fire protection
Insulation boards
Chemical insulation
Spray-on insulation
Acid storage battery casings
Water encasement (enclosing)
Cement sheets containing asbestos
Electrical or telecommunication wires
Thermal insulation (lagging and gaskets)
Millboards (commercial ovens and steam pipes)
Friable asbestos is any asbestos containing materials that can be;
Crumbled- pulverized- or reduced to powder by hand pressure
Non-Friable materials can be made friable if they are damaged.
Example- Floor tile can become friable if you break them
If you ever have doubts- Contact your supervisor.
Each building has a management plan and will identify all known asbestos. The plan will have maps and room numbers. It is located in the custodian office area. Contact your supervisor if you need the management plan. If you don’t know, don’t work.
Asbestos is a respiratory health hazard. Its main pathway into the body if through inhalation.
3 health hazards associated from asbestos
The latency period (time that you are exposed to the time you show symptoms) is 10 to 40 years
The exposure is dose related. The more asbestos you breath, the more likely you are to get sick. Mesothelioma is the only exception.
Non-smoking/ no asbestos- no risk factors
Asbestos exposure- 6x
Smoker- 11x
Smoker and Asbestos exposure- 59x
The Tar from smoking paralyses the cilia hairs in your lungs and prevents the respiratory system from cleansing itself. This allows airborne contaminants to enter your respiratory system and prevents your body from removing them.
Lung cancer-
Risk greater among smokers
Caused when asbestos fibers are trapped and they disrupt the cell division causing malignant tumors
Not the same as asbestosis
Smoking causes 90% of all lung cancer cases- Asbestos alone causes 4%
Asbestosis-
Scarring of the lungs by asbestos fibers
Death is usually caused by pulmonary stress and/or failure. COPD, Heart disease
Once damage occurs damage will continue to spread at a rate determined by the exposure