1. North Slope Training Cooperative © 1997-2010 North Slope Training Cooperativerevised 2010. All rights reserved. Asbestos Awareness NSTC-18

2. © 1997-2010 North Slope Training Cooperativerevised 2010. All rights reserved. Course Number: NSTC-18 2 Name Company and/or Position Experience related to working in an area with asbestos-containing materials Introductions

3. © 1997-2010 North Slope Training Cooperativerevised 2010. All rights reserved. Course Number: NSTC-18 3 Emergency Procedures Restrooms/Breaks/Smoking Safety Minute Administration and Safety

4. © 1997-2010 North Slope Training Cooperativerevised 2010. All rights reserved. Course Number: NSTC-18 4 Goal To introduce employees to the potential hazards and safe work practices for working near asbestos-containing materials (ACM). Elbow with asbestos joint compound

5. © 1997-2010 North Slope Training Cooperativerevised 2010. All rights reserved. Course Number: NSTC-18 5 Describe the properties of asbestos. Describe the health effects from exposure. Recognize asbestos hazards and practice effective control measures Objectives Asbestos roofing mastic on access door

6. © 1997-2010 North Slope Training Cooperativerevised 2010. All rights reserved. Course Number: NSTC-18 6 Asbestos containing material (ACM) is found in buildings and work areas where workers may come into contact with it. Asbestos is potentially hazardous to health. Exposure to asbestos is governed by federal and state regulations. Importance of Training

7. © 1997-2010 North Slope Training Cooperativerevised 2010. All rights reserved. Course Number: NSTC-18 7 What Is Asbestos?

8. © 1997-2010 North Slope Training Cooperativerevised 2010. All rights reserved. Course Number: NSTC-18 8 Naturally occurring fibrous mineral consisting of complex silicates Virtually indestructible because Fibers are resistant to heat, cold, and chemicals Fibers are not water soluble and remain in the air Fibers can be densely packed to make a tough, flexible material for insulation and other industrial uses Properties of Asbestos

9. © 1997-2010 North Slope Training Cooperativerevised 2010. All rights reserved. Course Number: NSTC-18 9 Individual fibers are microscopic in size; some may be up to 700 times smaller than a human hair Properties of Asbestos

10. © 1997-2010 North Slope Training Cooperativerevised 2010. All rights reserved. Course Number: NSTC-18 10 ACM: Asbestos-containing material containing more than 1% asbestos PACM: Presumed asbestos-containing material; thermal system insulation and surfacing material found in buildings constructed prior to1980 Surfacing material: Material that is sprayed, troweled-on or otherwise applied to surfaces Thermal system insulation (TSI) ACM applied to pipes, fittings, boilers, tanks, ducts, or other structural components to prevent heat loss or gain and contains more than 1% asbestos. Definition of Terms 29 CFR 1910.1001 (b)

11. © 1997-2010 North Slope Training Cooperativerevised 2010. All rights reserved. Course Number: NSTC-18 11 Chrysotile (white) used in insulation, fire- and sound-proofing, surfacing materials, adhesives Amosite (brown) used in high friction applications; brake shoes, clutches, and other equipment Crocidolite (blue) not as common as the other two forms; high-temperature applications such as gaskets Types of Asbestos

12. © 1997-2010 North Slope Training Cooperativerevised 2010. All rights reserved. Course Number: NSTC-18 12 Hazard Recognition

13. © 1997-2010 North Slope Training Cooperativerevised 2010. All rights reserved. Course Number: NSTC-18 13 Potential Asbestos Locations Thermal system insulation (TSI) on furnaces, ducts, boilers, and water pipes Sprayed-on or troweled-on surfacing materials Asphalt and vinyl flooring and mastics Suspended ceiling tiles BP ASH, page 21 Asbestos-containing pipe insulation

14. © 1997-2010 North Slope Training Cooperativerevised 2010. All rights reserved. Course Number: NSTC-18 14 Potential Asbestos Locations Drywall, joint compound, drapes, and curtains Roofing shingles, exterior siding shingles Fireproofing on metal beams & columns Gypsum blocks used in older wall construction High temperature gaskets and packing in valve stems Asbestos-containing gasket BP ASH, page 21

15. © 1997-2010 North Slope Training Cooperativerevised 2010. All rights reserved. Course Number: NSTC-18 15 Potential Asbestos Locations Insulating blocks between flow lines and pipe supports BP ASH, page 21

16. © 1997-2010 North Slope Training Cooperativerevised 2010. All rights reserved. Course Number: NSTC-18 16 Potential Asbestos Locations Mastic and sealants on insulation and piping BP ASH, page 21

17. © 1997-2010 North Slope Training Cooperativerevised 2010. All rights reserved. Course Number: NSTC-18 17 When Is Asbestos a Hazard? ACM becomes hazardous when its bonding material breaks down and it becomes friable. Friable ACMs can easily be crushed or crumbled by hand pressure releasing fibers into the air.

18. © 1997-2010 North Slope Training Cooperativerevised 2010. All rights reserved. Course Number: NSTC-18 18 When Is Asbestos a Hazard? TSI and surfacing ACM are potentially friable. ANY activity involving ACM is capable of releasing hazardous fibers. Assume that dust or debris contains asbestos fibers when friable ACM is in the vicinity.

19. © 1997-2010 North Slope Training Cooperativerevised 2010. All rights reserved. Course Number: NSTC-18 19 A work area that contains friable asbestos A work area that is near construction or renovations that contain asbestos Maintenance or custodial activities in work areas containing asbestos Potential High Risk Areas Report any deterioration of ACM to your supervisor!

20. © 1997-2010 North Slope Training Cooperativerevised 2010. All rights reserved. Course Number: NSTC-18 20 When Is Asbestos Safe? It is safe to work in areas with non-friable ACM. The fibers in non-friable ACM are tightly bonded and wont be released unless disturbed or damaged in some way.

21. © 1997-2010 North Slope Training Cooperativerevised 2010. All rights reserved. Course Number: NSTC-18 21 Health Effects

22. © 1997-2010 North Slope Training Cooperativerevised 2010. All rights reserved. Course Number: NSTC-18 22 Asbestos fibers are dangerous when inhaled because they cannot be broken down and in time damage the lungs. Symptoms may take 15 to 30 years or more to develop. The long-term effects of asbestos exposure can result in: Asbestosis Lung cancer Mesothelioma Health Effects

23. © 1997-2010 North Slope Training Cooperativerevised 2010. All rights reserved. Course Number: NSTC-18 23 Asbestosis is a chronic, non- cancerous respiratory disease in which inhaled asbestos fibers cause lung tissues to scar. Scar tissue is not able to transfer oxygen so as scarring increases, lung function decreases Symptoms are fatigue, shortness of breath, and a dry crackling sound when inhaling. Asbestosis

24. © 1997-2010 North Slope Training Cooperativerevised 2010. All rights reserved. Course Number: NSTC-18 24 Causes the largest number of deaths related to asbestos exposure Common symptoms include: Shortness of breath Coughing up blood Fatigue Persistent chest pains Weight loss Anemia Lung Cancer

25. © 1997-2010 North Slope Training Cooperativerevised 2010. All rights reserved. Course Number: NSTC-18 25 Rare form of cancer occurring in the membrane (mesothelium) which lines the lungs, chest, abdomen, and the pericardium (heart sac) Symptoms include fatigue, chest pain, weight loss Very invasive although it may take years to develop Is painful and always fatal. Mesothelioma

26. © 1997-2010 North Slope Training Cooperativerevised 2010. All rights reserved. Course Number: NSTC-18 26 Asbestos Exposure and Smoking Smoking combined with asbestos exposure increases the risk of asbestosis and lung cancer. Asbestos workers who smoke are 60- 90 times more likely to develop lung cancer than those who dont smoke nor have been exposed to asbestos. Quitting smoking reduces the risk of lung cancer by 50% in just five years.

27. © 1997-2010 North Slope Training Cooperativerevised 2010. All rights reserved. Course Number: NSTC-18 27 Control Measures

28. © 1997-2010 North Slope Training Cooperativerevised 2010. All rights reserved. Course Number: NSTC-18 28 Provide asbestos awareness training for employees working near ACM or PACM Provide notification of exposure risks Post warning signs on known ACM and entrances to asbestos work areas Materials suspected to contain asbestos must be tested before they are disturbed (BP ASH page 21). Only trained workers may sample and remove asbestos-containing materials. (BP ASH page 21 ). Employer Responsibility

29. © 1997-2010 North Slope Training Cooperativerevised 2010. All rights reserved. Course Number: NSTC-18 29 Follow safety procedures Be alert to the presence of warning signs/labels Report any disturbances or damage to ACM or PACM Employee Responsibility Damaged asbestos- containing drywall

30. © 1997-2010 North Slope Training Cooperativerevised 2010. All rights reserved. Course Number: NSTC-18 30 DO NOT: Drill holes or hammer nails in ceiling or walls with ACM or PACM. Remove ceiling tiles or light fixtures from suspended ceiling grids. Cut through pipe insulation. Scrape floor tiles, walls or ductwork. Dust, sweep or vacuum up debris that may contain asbestos. Hang plants from insulated pipes. Controlling Exposure ASH, page 159; BP ASH, page 202

31. © 1997-2010 North Slope Training Cooperativerevised 2010. All rights reserved. Course Number: NSTC-18 31 If you find disturbed material, not previously marked, that you SUSPECT may contain asbestos, notify your supervisor or your Safety/Industrial Hygiene Representative. Reporting Procedure Damaged asbestos pipe insulation