f the World Trade Towers (WTC) following the aftermath of the 9-11 terrorist attacks, which was one of the most catastrophic kind of political, economic, and the social disaster to have ever occurred in America. Working as a consultant at the Acme Industrial Consultants, the task involved was to conducting air samples to find out on the toxins found on the air after this attack.
Since 2001, many people exposed to this debris and the dust from the events of the collapse of towers are still suffering from various health complications, ranging from the difficulty in breathing and extending into different forms of cancer. In response to these effects, our research team sampled asbestos products that are responsible for causing deadly toxins, including mercury and barium (Landrigan et al., 2004). The events of the 9-11 attack caused the building and debris to burn for nearly four months, leading to the release of carcinogens into the air that made it inevitable for the citizens who ended up getting infections with the deadly diseases like mesothelioma and lung cancer. Meosthelioma, even though a rare disease, occurs through the exposure to asbestos (Herdt-Losavio et al., 2008). This prompted the Acme Industrial Hygiene Consultants into studying the air samples from the World Trade Centre that have been subject to expose to the burning of asbestos.
In order to sample results of the study, we chose to use the World Trade Centre data, instead of using an AIHA Statistical Spreadsheet for assessing health risk of asbestos in the air samples obtained from the World Trade Centre. The sampling was subject to accomplish through modeling, characterization and communication. The test then enhanced EPA asbestos health risk assessment by the aid of non-linear and asbestos fiber type specific protocols. The study was to follow by evaluating on the epidemiological data as to be forming the basis of risk assessment model. The following are results from using the World Trade Centre