Industrial Hygiene: A comprehensive exposure assessment report. Asbestos exposure World Trade Center disaster
Since September 11, 2001, the outdoor environment around the World Trade Center (WTC) site and nearby areas has been expansively monitored by Acme Industrial Hygiene Consultants and health agencies. As a consultant there have taken samples of air, dust, water, river residues, and drinking water and examined them for the existence of pollutants that could posture a health risk to answer workers at the WTC site, headquarter workers, and local populaces.
Sampling?
Everyone from Acme Industrial Hygiene collected bulk samples of fallen dust. This was all done by using a paper scoop, bulk samples were then reserved from numerous outdoor sites (e.g. car hood, window ledge, park bench) in addition to one indoor location, all of which seemed uninterrupted ever since the fall of the towers, as evaluated by the presence of a suave even layer of dust and the absence of indicators of recent human action. As a consultant, we were able to gather thirteen samples and the categorized them all with numbers (1-13) on September 11, 2001 and seven samples were gathered and labeled with letters (A - F) on September 13, 2001. All of these samples were put in 855 l polystyrene bottles. This was done at room temperature. Every one of these samples were gathered before rain fell on September 15, 2001, which surely changed physical and chemical characteristics of the dust. Samples were taken back to the lab for processing to separate contradictory mass fractions.
We picked the building types chosen for this Study. Also we tried to make sure that this Study endeavored to focus on sampling sites that are related to the inner city housing stock. This location included: high-rise condominiums, high-rise co-operatives, and post-1920 non-doorman mid-rise studio flat, and turn-of-the-century apartments. Inner city residential roof space could not be exemplified in the Study, because the lofts located uptown are chosen for commercial use only. So as to solicit volunteer participants from the targeted building types, a list of buildings that were matching the housing stock talked...
The Environmental Manager will know exactly what systems we are equipped to deal with and how to best implement them in our institution. If we need to hire third-party waste management experts including off-campus toilets and perhaps even showers then our Environmental Manager will tell us so and therefore, he or she is thoroughly in charge of issues related to waste management. I would suggest that the Environmental Manager create
Industrial Hygiene Indoor air quality testing is necessary to ensure that the air in working environments is free from pollutants, or that if there are pollutants that workers can take the precautions necessary to protect themselves. This paper will examine the air quality readings from the test site, outlining the issues that may be present. The first thing to consider is the role that humidity plays in air quality testing. It has
911 Recovery Health and Safety Plan for 911 Recovery Operations: Lessons Learned Recommendations on Industrial Hygiene According to the Office of Occupational Health and Safety Administration (OSHA), industrial hygiene (IH) is of utmost importance to any work site. By definition, IH encompasses the science and art "devoted to the anticipation, recognition, evaluation, and control of those environmental factors or stresses arising in or from the workplace, which may cause sickness, impaired health and well-being,
Industrial Hygiene a Science or an Art? Industrial hygiene basically entails the identification, evaluation, and control of environmental factors that threaten the health and safety of people in the community. Professionals in this sector who are commonly known as industrial hygienists develop necessary skills and competence for anticipating, identifying, evaluating, and controlling environmental hazards. Some of the major hazards examined and controlled by industrial hygienists include chemical agents, biological agent,
Occupational Toxicology Bakand, S., Hayes, A. & Deschakulthorn, F. (2012). Nanoparticles: A review of particle toxicology following inhalation exposure. Inhalation Toxicology. Vol. 24 (2) 125-135. The article can be found at the following URL: http://www.tums.ac.ir/1391/11/28/Nano%20Inh%20Tox%2008958378.2012.pdf-sh-bakand-2013-02-16-10-35.pdf This article discusses one of the emerging issues in inhalation toxicology, which is nanoparticles. The authors note from the outset that the "rapid expansion of nanotechnology" is going to result in a spike in nanoparticles that can infiltrate
Radiation is a workplace hazard, and there are two types of radiation that are of concern to industrial hygienists. Ionizing radiation is radiation that will ionize an atom, so for example x-rays or gamma rays. Non-ionizing radiation is a different category and includes ultraviolet radiation, infrared, static fields, radio frequencies and extremely low frequency fields (AIHA, 2014). Karipidis et al. (2007) discuss the relationship between ionizing and non-ionizing radiation and glioma,
Our semester plans gives you unlimited, unrestricted access to our entire library of resources —writing tools, guides, example essays, tutorials, class notes, and more.
Get Started Now