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Harry Beaulieu, PhD, CIH,
CSP
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Harry J. Beaulieu, PhD, CIH, CSP
President and Senior Scientist
Educational Background
1976 - PhD - Environmental Health (Industrial
Hygiene), University of Oklahoma
1973 - MS - Environmental Health, University of Minnesota
1972 - BA - Biology/Chemistry, University of Minnesota-Morris
Professional Certifications
1979 - Certified Industrial Hygienist (ABIH),
#1646
1978 - Certified Safety Professional (BCSP), #5819
1987 - Asbestos Project Designer Training Course
(AHERA)
1991 - Certified Instructor, 30 CFR (Part 48, Training
and Retraining of Miners), MSHA
1993 - Hazardous Waste Operations and Emergency Response
(HAZWOPER; 40 Hr)
1998 - Colorado Dept. of Public Health & Environment
(Radiation Division), Ionizing Radiation: Qualified Inspector (#112);
Industrial X-Ray, ion implanter, focused ion beam (FIB), electron beam
(E-beam), scanning electron microscope (SEM)
Current Experience and Qualifications
Dr. Beaulieu is the President, Senior Scientist and owner
of his private practice of Industrial Hygiene, Industrial Hygiene
Resources (IHR), with headquarters in Boise, Idaho. He has a wealth of
experience in both private and governmental consultative, academic, and
regulatory arenas of Industrial Hygiene. He is a past director
of the Board of Directors of the American Industrial Hygiene Association
(AIHA;
5/2004-5/2007), a past Director of the American Board
of Industrial Hygiene (ABIH; 1997-2003),
and a Diplomat with the
American Academy of Industrial Hygiene (AAIH). He was also a past
Chairman (1999-2000) and member (1997-2001) of the Joint Committee on
Ethics and Education (ABIH, AIHA, ACGIH, and AAIH).
He is also a member of the American Society of Safety Engineers (ASSE),
the Indoor Air Quality Association (IAQA), and the National
Environmental Health Association (NEHA).
Previous Employment
Dr. Beaulieu was an Industrial Hygiene consultant with the
Safety and Health Consultation Service of Boise State University during
1983-1984. His responsibilities were to provide on-site, technical
assistance in health and safety to businesses in the state of Idaho.
Previous to that, he was a professor of Industrial Hygiene and
Environmental Health at Colorado State University (CSU) from 1977-1982.
He taught graduate level noise control, as well as comprehensive
Industrial Hygiene at both the graduate and undergraduate levels. At that
time, he directed numerous research projects in Industrial Hygiene
resulting in at least nineteen (19) technical publications. He is also
the author of the two (2) texts, Quantitative Industrial Hygiene - A
Laboratory Manual, and Toxicology - A Self Paced Learning Module
for Environmental Health Professionals. He remains as an adjunct
faculty member of the Department of Environmental and Radiological Health
Sciences at CSU. Finally, he directed his private practice of
"Associates in Industrial Hygiene" during this period of time. In
1976-1977, he was an Industrial Hygienist with the US Department of Labor
(OSHA) in Beaumont and Houston, Texas.
Dr. Beaulieu has worked in the health and safety
field for twenty-nine (29) years, and has completed extensive work in certain
areas, with well-rounded additional experience. Some of the industrial hygiene
evaluations that he has performed include:
...by health hazard
type
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Noise
- continuous, intermittent, and impact noise, and hearing conservation
programs. |
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Aerosols
- asbestos, lead, silica, arsenic, polymer thermal decomposition products,
welding fumes, paint spray mists, wood and grain dusts, pentachlorophenol,
and bioaerosols. |
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Solvent
vapors - glycol ethers, aromatic and aliphatic hydrocarbons, ketones,
alcohols, etc. |
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Nitrous
oxide, mercury and ethylene oxide. |
Other toxic
materials, including polychlorinated biphenyls (PCBs), phosphine, arsine,
nitrogen dioxide, hydrogen sulfide, hydrogen cyanide, chlorine, carbon
monoxide, epoxy resins, acid mists, and several carcinogens.
...by industry type
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Semiconductor (chip manufacturing) and electronic assembly |
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Asbestos assessment and abatement |
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Hazardous (chemical) waste disposal sites |
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Waste-to-energy and fossil fuel electrical generation plants |
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Mining and milling of ore |
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Petrochemical |
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Lumber mills, woodworking, and wood preserving |
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Plastic injection molding and reinforced plastics (fibrous
glass) |
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Steel mills and foundries |
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Food processing, dental operatories, and printing (silk screening
& lithography) |
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