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In the event that you involved in an explosion at a factory or refinery, you know the disastrous, destructive effects that can occur. Such explosions affect the lives of workers, their families, and those in surrounding communities. However, these explosions are usually preventable; even when they are not, companies should do everything possible to prevent injury and physical death. For example, suppose workers suffer injuries or die because factories did not ensure sufficient safety measures, including slashing and using outdated equipment if you are injured in a factory explosion. In that case, you should seek medical attention immediately and contact an attorney to hold liable parties accountable and determine whether you are entitled to compensation.

The ingredients used to make fertilizer can be very volatile — especially ammonium nitrate, which has been used as an oxidizing agent in several explosion devices. Because of this risk, strict safety regulations are imposed on fertilizer plants to reduce the chances of explosions and chemical fires at plants.

Unfortunately, that is not always enough. For instance, in April 2013, West Fertilizers facility outside of Waco, Texas, burst into flames, killing over 70 people, seriously injuring hundreds, and inflicting extensive property damage on the surrounding community. Several buildings were damaged, burned, and even collapsed; some people were still trapped inside. Three years later, the story took a surprising turn.

The ATF broke some shocking news in May 2016: The fertilizer blast was intentional. While the US Chemical Safety Board concluded the explosion was ultimately preventable, information that someone deliberately caused the devastation shocked the community. The blast, which caused a magnitude-2.1 earthquake, was also attributed to a company’s failure to implement safety measures beforehand that could have prevented fires and explosions.

Fertilizer Plant Explosion Attorneys


If you were severely injured, or if someone you loved was killed from an explosion in a fertilizer facility, either by working at the facility, helping those injured, or by living and working in the vicinity, you deserve top-quality legal representation. Our trial lawyers are committed to helping victims of fertilizer plant explosions, and we strongly believe in pursuing justice. As a result, we have achieved some of the best results, recovering billions of dollars for our clients. Contact our fertilizer factory explosion lawyers today for a free, confidential consultation.

Fertilizer is necessary across America, being an organic and inorganic substance used to enhance the soil with added nutrients. Some statistics suggest that almost half of all crops can be attributed to fertilizer usage. It is not surprising, then, that this is a huge business, particularly in a farming-based state such as Texas. Traditional farms have used organic fertilizer for some time; however, the Industrial Revolution began using chemically-synthesized, inorganic fertilizer.

This revolution was not without risks, as demonstrated by the number of humans injured each year at factories. The production of fertilizers had to be balanced against stringent safety measures.

Synthetic fertilizer comprises three main compounds: nitrogen, phosphorous, and potassium. Nitrogen is used to aid in protein, nucleic acid, and hormone synthesis; phosphorous is used to provide essential energy for most metabolic chemical reactions and help boost plant growth, and potassium is used in protein synthesis and a few other critical plant processes. Other minor substances added to the fertilizer mix include calcium, magnesium, sulfur, and micronutrients like iron, chlorine, copper, manganese, and zinc. Since these secondary compounds are most commonly found in the soil naturally, they are used much less.

Across the country, production plants have sprouted to help manufacture these newer, improved chemical fertilizers. While the production process will vary, there are several steps used. For instance, with nitrogen fertilizer components, ammonia is produced and will be converted into nitric acid for easier handling in some cases. The nitric acid and the ammonia are then used to make ammonium nitrate, which serves as a component of the base of the fertilizer.

Similar methods are used for producing phosphorous and potassium components. Once each has been converted to usable, solid form, it is stored until it is ready for a final step. To make the final product, these are all ground up and blended, the granulation methods differing depending on the plant.

In some cases, components will be placed into a large rotating drum tilted on its axis. As components move around inside the drum, they will move across the screen.

These smaller pieces are then coated in an inert powder to reduce the hold-up of moisture and are eventually dried. Once dry, the components are then “blended” according to the manufacturer’s recipes.

The Law May Limit the Time You Have to File a Fertilizer Plant Explosion Claim

Under the legal rule known as “the statute of limitations,” any claim stemming from a fertilizer plant explosion must be filed within a specific period of time, otherwise, the injured person or their family’s legal claims are barred, and their right to bring suit is lost for all time.

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