Philadelphia Construction Accident Lawyers
Exposure to Hazardous and Toxic Materials
Every day, construction workers face a number of potentially hazardous situations as soon as they walk onto the construction site. Some of those hazards are obvious, such as the risk of falling from ladders or scaffolding, being struck by falling debris, or electrocuted by hanging wires, just to name a few. Hazardous chemicals, while less obvious, pose significant health threats, ranging from burns and respiratory problems to organ damage, neurological injuries and certain types of cancer.
The body absorbs toxic substances in different ways, depending on whether it is in the form of dust, fumes, gas or vapor. An employee can suffer injuries from toxic chemicals from skin contact, inhalation or breathing in fumes, or swallowing even a small amount of a hazardous chemical. Some of the more common injuries that can occur as a result of exposure to toxic chemicals include burns, rashes, throat and lung irritation, and nerve and neurological injuries. In extreme cases, people can suffer brain damage from things like industrial paint, which can give off such toxic fumes that a powerful ventilation system is required during its use.
The health problems that can stem from exposure to toxic materials can range from fairly mild to extremely serious. The resulting effects are categorized into two groups, common acute effects and common chronic effects. Examples of each include the following:
Common Acute effects
- Skin irritations, rashes and dry skin
- Corrosivity that burns or dissolves the skin
- Metal fume fever, which happens when fine particles of zinc, magnesium and copper are inhaled
- Anaphylactic shock due to allergic reactions
- Lethal concentration
Common Chronic Effects
- Occupational hearing loss
- Cumulative hearing disorder
Toxic Exposure in Confined Spaces
Construction workers who spend a significant amount of time in confined spaces are exposed to even greater hazards, including the possibility of no oxygen, hazardous fumes from welding and electric shock. Depending on the situation, this can result in serious injuries, illness or death. When working in confined spaces, employees may encounter inherent and induced hazards.
- Inherent hazards: These can be electrical, chemical or mechanical hazards associated with certain types of equipment and whether they are being used properly. These hazards typically cannot be avoided so it is crucial to initiate and implement hazard control methods.
- Induced hazards: These result from incorrect decision or actions that take place during the construction process.
Examples of Hazardous Agents
The Occupational Safety and Health Administration (OSHA) publishes guidelines on chemical handling, chemical storage and chemical exposure. Following are examples of hazardous welding agents that can cause serious health risks to construction workers.
- Zinc: Used in the manufacture of brass, galvanized metals and other alloys. Exposure can cause metal fume fever.
- Cadmium: Used as a rust-preventative coating on steel. Acute exposure can cause severe lung irritation, pulmonary edema and death. Long-term exposure can lead to emphysema and kidney damage. According to OSHA estimates, approximately 7,000 employees in the construction industry have been exposed to cadmium.
- Iron Oxide: Used as an alloying element in the manufacture of steel. The Primary acute effect is irritation of nasal passages, throat and lungs.
- Mercury: Used to coat metals to prevent rust and inhibit foliage growth. Exposure can produce stomach pain, diarrhea, kidney damage and respiratory failure. Long-term exposure can lead to tremors, emotional instability and hearing damage.
- Lead: Welding and cutting of lead alloys can produce lead oxide fumes. Inhalation and ingestion can cause lead poisoning, which affects the brain, central nervous system, circulatory system, reproductive system, kidneys and muscles.
- Chlorinated Hydrocarbon Solvents: Used in degreasing and other cleaning operations. Decomposed vapors can form highly toxic vapors.
- Phosgene: Formed by decomposed chlorinated hydrocarbon solvents by ultraviolet radiation. It reacts with the moisture in the lungs to produce hydrogen chloride, which destroys lung tissue.
- Carbon monoxide: Formed by the incomplete combustion of various fuels. Welding operations that use carbon dioxide as the inert gas shield may produce hazardous levels of carbon monoxide in poorly ventilated areas.
- Ozone: Ozone is produced by ultraviolet light from the arc. Ozone is a highly active form of oxygen that can cause irritation to all mucous membranes and can have long-term effects on the lungs.
- Nitrogen Oxides: These agents are produced by gas metal arc welding, gas tungsten arc welding and plasma arc cutting. High concentrations can cause shortness of breath, chest pain and fluid in the lungs.
Philadelphia Construction Accident Lawyers at DiTomaso Law Represent Workers Exposed to Hazardous Material
If you or someone you love has been exposed to hazardous, toxic material at a construction site and have experienced serious health issues, contact our Philadelphia construction accident lawyers at DiTomaso Law. We will pursue the maximum financial compensation for your injuries. For a confidential consultation, call us today at 856-414-0010 or contact us online. We serve clients in Philadelphia, Southern Pennsylvania and South Jersey.