<div style="display:inline;"> <img height="1" width="1" style="border-style:none;" alt="" src="//googleads.g.doubleclick.net/pagead/viewthroughconversion/978313995/?value=0&guid=ON&script=0"/> </div>
Wallace & Graham
Chemical Related Cancers or Diseases

Do You Have Questions?

complete the form to get more information

* indicates required

Associations Between Workplace Exposure and Cancers

We have provided some common associations between industrial and workplace exposures and industry types, and varieties of cancer.  There are other recognized associations between other kinds of workplace exposures and cancers, aside from the ones listed below, so please contact a lawyer if you have a question about cancer and a workplace exposure. 

The list below only includes a nonexclusive list of some of the potential associations and there are additional ones that have not been included in this partial list.  The science is evolving and there may be other important information not included in this list.  Again, please contact your lawyer for additional information. If you would like to speak with one of our attorneys please call 800.849.5291  for a free consultation or email us

Lung cancer  

Bladder cancer

Skin cancer

Nasal, sinus cancer

Stomach cancer

Liver cancer

Brain cancer

Kidney cancer

Bone cancer

Leukemia 

Lymphoma

“Coal tar” or “coal tar pitch” is a substance commonly found in many industries that can cause serious health problems.  Wallace & Graham has experience in handling coal tar pitch claims.

Coal tar “is a thick, black or brown liquid that is a byproduct of the carbonization of coal for the steel industry or the gasification of coal to make coal gas. Coal tar is a byproduct of the coking of coal for the steel industry and coal-tar pitch is the residue remaining after the distillation of coal tar.” 

Coal-tar pitch contains “50 percent or more polycyclic aromatic hydrocarbons (PAH) by weight and is known to cause cancer in humans (International Agency for Research on Cancer, 1980)."

The types of cancer include:  lung cancerbladder cancerskin cancer (non-melanoma), laryngeal cancer, and kidney cancer.

Coal tar is often used in roofing and paving.  “The exposures associated with roofing are the result of two operations. First, the old roof is removed by cutting, prying and scraping the existing material from the roof, and discarding it. A new roof is then installed by melting solid blocks of coal-tar pitch, pumping or carrying buckets of the molten material to the roof, where layers of roofing felt and liquid coal-tar pitch are spread upon the surface to produce a cover (NIOSH, 2000; IPCS, 2004). Roofers are primarily exposed to PAHs. Other exposures include diesel exhaust, asbestos and organic solvents.”  

With regard to paving operations, “[c]oal-tar-based sealcoat products typically are 20 to 35 percent coal-tar pitch. Product analyses indicate that coal-tar-based sealcoat products contain about 1,000 times more PAHs than sealcoat products with an asphalt base (City of Austin, 2005).”  

Coal tar pitch also plays a prominent role in the aluminum manufacturing process.  Aluminum is produced by reducing alumina into molten aluminum through electrolysis.  This electrolysis process occurs in reduction cells, called pots, where alumina reacts with carbon anodes producing carbon dioxide and aluminum. 

The anode (or positive electrode) is a large block of carbon made from coke and coal tar pitch.  It is inserted in a steel box lined with carbon blocks made from metallurgical coke and coal tar pitch.  The lining of the pot is called the cathode (or negative electrode).  The pots use multiple anodes during electrolysis because the anodes are consumed and must be continuously replaced.  During electrolysis, the high temperatures applied to the anodes and cathodes result in the emission of coal tar pitch volatiles in the form of polycyclic aromatic hydrocarbons (PAHs). 

Thus workers in steel manufacturing, aluminum manufacturing, roofing, and paving industries are some of those most at risk of being exposed to coal tar pitch. For a free consultation call 800.849.5291 or email us, today! 

We Represent Working People

Wallace & Graham has represented many working people who were exposed to coal tar pitch.  Recently Wallace & Graham has helped with lawsuits pending in Allegheny County, Pennsylvania state court.  These cases involve workers exposed to coal tar pitch in aluminum smelters located in several states, including North Carolina, Texas, Indiana, Washington, Tennessee, Maryland, and New York.  The lawsuits were filed against various manufacturers of coal tar pitch and coal tar pitch-containing products.  

Silica is a mineral. It is normally found within sand and rock. Silica dust is a common byproduct of construction activity and may be inhaled. Exposure to silica dust is considered hazardous to human health. It is estimated that millions of workers in the United States have been exposed to silica dust. Silica dust can be created by any activity that breaks rocks, concrete, or any other material that contains silica. Silicosis is a lung disease caused by exposure to tiny particles of dust which can get into the lungs. This disease often strikes workers exposed to silica. Silicosis is caused by inhaling silica dust. The lungs are injured by inhaled silica dust resulting in the formation of scar tissue. The lungs will react to long-term exposure to silica by developing scarring. This scarring can lead to a dangerous condition in which it becomes hard to breathe. People suffering from silicosis are also at increased risk of other diseases, such as bronchitis and lung cancer. Working in a dusty environment where silica is present can increase a person's chances of getting silicosis and cancer. Silicosis can occur very slowly and may not be detected by a doctor until decades after the worker’s first exposure to the dust. Some of the symptoms of silica exposure can include shortness of breath, fatigue, chest pain, and cough and flu-like symptoms. A trained physician may be able to detect and diagnose silicosis through performing a chest x-ray.

Workers who engage in the following activities are at risk of developing silicosis:

FAQ's


Does exposure to chemicals or solvents in the workplace cause cancer?
What options do I have if I was exposed to harmful chemicals or solvents in the workplace?