Mesothelioma Cancer Library
Mesothelioma
USA Cancer Centers
Cancer Resources
Cancer Research Reports
Glossary
Types of Mesothelioma
Treatment Options
Diagnosis
Asbestos Exposure
Latest News

Types of Mesothelioma

> Pericardial Mesothelioma
> Peritoneal Mesothelioma
> Pleural Mesothelioma
> Testicular Mesothelioma
> Pleural Effusions

> Chemotherapy
> Clinical Trials
> Lung Transplants
> Pain Management
> Palliative Care
> Thoracic Surgery
> Radiation Therapy
> X-Rays

> Computed Tomography Scans
> Magnetic Resonance Imaging (MRI)
> Positron Emission Tomography (PET) Scans
> X-Rays
Hazardous Careers
> Carpenters
> Factory Workers
> Firefighters
> Shipbuilders
> Steel Mill Workers
> Welders
> Basic Information
> Current Clinical Trials
> Eligibility
> Trial Phases

> What is Asbestos?
> History of Asbestos & Uses
> Health Hazards & Risks
> Types of Dangerous Jobs
> Dangers of Asbestos in Older Homes, Public Buildings & Schools

> Choosing a Mesothelioma Doctor
> Health Care & Support
> US Cancer Centers
> Brigham System
> Butchart System
> TNM System (Tumor, Metastatis & Lymph Node)
> Stage 1
> Stage 2
> Stage 3
> Stage 4
 

Hazardous Careers - Firefighters at Risk of Asbestos Exposure

(October 14th, 2008)

Firefighters are constantly at risk in their jobs, but one of the most unique and dangerous risks they are exposed to is asbestos exposure. Asbestos by definition is the name of several minerals that naturally occur in the environment as bundles of fibers and are separated into thin durable threads. Beginning the late 1800s, asbestos was used across many industries including automotive, building & construction, shipbuilding among other industries. Asbestos is also known to cause diseases such as pleural effusions, asbestosis, mesothelioma lung cancer and pleural fibrosis. Unlike many dangers that firefighters face, there is nothing that warns them that they could be exposed to this deadly substance called Asbestos. Even in situations where firefighters are properly wearing their masks, safety equipment and fireproof jackets, they could still be exposed to Asbestos.

For the most part of the 20th century, Asbestos was heavily used in constructing buildings, especially from the years 1920 to 1970. Examples of the use of Asbestos in building construction includes:

i) Asbestos was mixed with paint and combined with cellulose to make fiberboard and wallboard materials.

ii) Asbestos was mixed with cement to make siding shingles

iii) Asbestos was formed into felt for use as roof felting backings on vinyl flooring.

iv) Asbestos is also commonly mixed with joint compounds

Although use of Asbestos was banned in 1980 by the Environmental Protection Agency (EPA), old buildings that were constructed with the product still exist and put residents & workers around them at great risk of asbstos exposure. Even worse, whenever there is a fire in these buildings, asbestos fibers are dissipitated into the air and could easily be inhaled or swallowed by firefighers. This happens when asbestos made products are damaged, deteriorated or sanded. There is a very high probability of asbestos fibers breaking off into the air everytime there is a fire in an asbestos containing building. This could happen if the firefighters punches a hole into the ceiling, wall or the floors. If the building collapses, there is a high chance that the cement, plaster, damaged walls and paint could crumble down to dust and be released into the air. The image on the right shows a building on fire, the white substance on the right side has a high chance of containing asbestos fibers being dissipitated into the air as the wall burns and deteriorates.

A high profile burning case where there was asbestos involved was a fire that destroyed many buildings in a block of New Haven, Connecticut in December 2007. Firefighters outside the building who were not wearing masks were seriously exposed to asbestos fibers in the air as they battled the fire through the entire night. The morning after, air quality samples extracted from the buildings showed extremely high levels of asbestos around the rubble. Firefighters not wearing masks may have spent hours breathing in asbestos fibers that had a moist superheated feeling.

Other buildings where firefighters are at increased risk of asbestos exposure include public schools, commercial & residential buildings and older homes. Firefighters go for training on buildings that are scheduled to be demolished and practice fires are put on these buildings. As these buildings are old and constructed during the era when asbestos was popular, firefighters are at an even increased risk of asbestos exposure as they chop through walls, floors & ceilings and apply other fire control techniques. The image on the left is of Asbestos abatement specialists examining the Deutsche Bank in New York on Sunday August 19th, 2007. It was thought this building contains asbestos & other toxic materials and was a threat to the well being of its workers and clients.

What's worse is that even the protective clothing & gear that firefighters wear is made of asbestos materials. Asbestos is known for its properties for insulation & protection from heat. Coats, gloves, jackets and other clothing items that firefighters wear are made from asbestos containing materials as they offer protection from catching on fire. During firefighting if their clothes become worn out, this presents an opportunity for asbestos fibers to be dissipitated into the air. To prevent this from happening, firefighters are advised to wear respirator masks with approved HEPA filters at all times when fighting fires as well as when training, doing regular firehouse inspections and any other work related tasks.

Latest Mesothelioma Articles

>>> CT Scans Detect Early Lung Cancer and Can Have 92% Survival Rate in 10 Years - Cancer Treatment Breakthrough, Smoking for 30 Years
(January 5th, 2009)

>>> Protein from Lung Cancer Cells Spurs Inflammation To Induce Metastasis - University of California Study Suggests - Description of Versican Protein, Process of Metastasis & Inflammation/Scarring of Lungs
(January 2nd, 2008)

>>> Carbon Nanotubes & Development of Pleural Mesothelioma - Single-Walled Carbon Nanotubes versus Multi-Walled Carbon Nanotubes, Products & Applications, Chemical Properties & Diagrams
(December 29th, 2008)

>>> University of Minnesota Science Students Launch Study to Investigate Why Iron Range Miners have Higher Death Rates from Asbestos Exposure
(December 28th, 2008)

>>> How Asbestos Fibers Generate Cancer in Human Cells - Study at the Ohio State University Earth Sciences Department
(December 25th, 2008)

>>> Lung Cancer & Computed Tomography Scans - Youtube Video from OPN Broadcasting
(November 24th, 2008)

>>> Hazardous Careers - Factory Laborers @ Risk of Asbestos Exposure - Asbestos Used in 3000 Consumer Products, Factory Buildings with Asbestos Containing Products, Case Study of Kent Cigarettes Using Asbestos in Micronite Filters
(November 10th, 2008)

>>> Hazardous Careers - Carpenters @ Risk of Asbestos Exposure - Carpentry as Profession, Rough vs Finishing Carpenters, Consumer Product Safety Commission (CPSC), Case Study of Long Beach Naval Shipyard (World War II)
(November 3rd, 2008)

>>> Hazardous Careers - Welders at Risk of Asbestos Exposure - Welding Process, Welding Tools, Application of Asbestos, Health Risks & Warnings
(October 26th, 2008)

>>> Hazardous Careers - Steel Mill Workers @ Risk of Asbestos Exposure - Time Period (World War II), Use of Asbestos in Steel Mills, Case Study
(October 20th, 2008)

>>> 15 Year Shipbuilder Survives Mesothelioma Lung Cancer - Cancer Treated with Precise Radiation & Advanced Surgery Techniques
(October 16th, 2008)

>>> Risks of Mesothelioma Cancer Development & Asbestos Exposure Among Women
(October 6th, 2008)

>>> New York Business Owner & Air Monitor Places Residents & Workers at Risk of Mesothelioma Lung Cancer
(September 29th, 2008)

>>> Former Alcoa Employee to Sue Company for $20 Million from Wrongful Death Resulting from Asbestos Exposure
( September 16th, 2008)

>>> Dangers of Asbestos in Older Homes, Public Buildings & Schools
(September 15th, 2008)

>>> New Clinical Trial Studying Chemotherapy & Radiation Treatment Protocols for Pleural Mesothelioma
(September 5th, 2008)

>>> Asbestos Kills 28 Year Old Woman, Precise Cause of Death Unknown (August 31st, 2008)

Facts About Mesothelioma
> Beginning the late 1800s, asbestos was mined and used in many different industries all over North America, especially before the World War II. Examples of industry use include:

- Automotive industry uses asbestos in vehicle brakeshoes and clutch pads.
- Building & construction industry uses asbestos for strengthening cement as well as sound absorption, roofing, insulation and fireproofing.
- Shipbuilding industry uses asbestos to insulate hot water pipes, boilers and steampipes... (Read More)

> About 2000 - 4000 Americans are diagnosed with Malignant Mesothelioma each year, and about 66% of those cases are of Pleural Mesothelioma. Pleural Mesothelioma occurs when Cancer hits the lining of the lungs, also known as the 'Pleura.' The Pleura is a Sac which houses the lungs, and consists of a thin membrane called the 'mesothelium.' The mesothelium is a vital part of the lungs because it enables them to expand and contract when breathing by secreting a fluid. This fluid is located in the lungs and inside of the rib cage. If the Pleura or the Pleural fluid becomes damaged with Cancer, it makes it very hard for the patient to breathe, thus shortness of breath is a common symptom of Pleural mesothelioma... (Read More)

 

 

 


Website Statistics