The number of people diagnosed with asbestos caused diseases in the U.S. continues to increase. Experts believe 60,000 mesothelioma deaths will occur between 2010 and 2030.

Work related injuries harm up to 14 million people annually, with harms including traumatic brain injuries, spinal injuries, amputations, burns, and electrocutions. Around 20,000 to 60,000 workers die each year from accidents, toxins, and violence at their jobs.

Millions of consumers and workers are injured each year because of defective products. Defects can occur when a product is designed poorly, when a product is manufactured in a manner that differs from the intended design, or when the product does not contain proper warnings or instructions. Defects can occur in automobiles, pharmaceuticals, medical devices, construction equipment, toys, and other goods.

Between 1.5 and 2 million elderly reside in nursing home facilities, with studies revealing that 44% have suffered some form of abuse. Many believe the actual number of residents suffering abuse is much higher. Neglect and abuse may result in serious emotional, physical, and financial harm

Paul & Hanley’s legal team has produced some of the most notable verdicts and highest settlements in the United States. Over 500 of our clients have each obtained in excess of 1 million dollars. Over 250 have recovered multi-million dollar recoveries.

What do I do if I am Exposed to Benzene?

Medical Management Guidelines for Benzene
(Chemical formula is C6H6)


Synonyms include benzol, coal tar naphtha, phenyl hydride, and cyclohexatriene.

Exposure to Benzene Vapors

Persons exposed only to benzene vapor do not pose substantial risks of secondary contamination to others. Persons whose clothing or skin is contaminated with liquid benzene can cause secondary contamination by direct contact or through off-gassing vapor.


Benzene is a highly volatile, flammable liquid. Its vapor is heavier than air and may accumulate in low-lying areas. Benzene's sweet aromatic odor generally provides adequate warning of hazardous concentrations for acute exposure.


Benzene is absorbed rapidly and extensively after inhalation and ingestion. It is absorbed less extensively through intact skin; however, percutaneous absorption may contribute to total body burden.