If you were seriously injured or someone you love was killed in a fertilizer plant explosion, whether while working at the plant, helping the injured, or living and working nearby, you deserve high-quality legal representation. At Arnold & Itkin LLP, we are committed to helping the victims of fertilizer plant explosions and believe firmly in the pursuit of justice. We have achieved the best results, recovering billions of dollars on behalf of our clients.
Contact our fertilizer plant explosion lawyers today for a free, private consultation.
Abogados de explosiones en Houston
Fertilizer is essential throughout America as the organic and inorganic matter used to supplement soil with added nutrients. Some statistics even estimate that anywhere up to half of all crops can be attributed to the use of fertilizer.
There is no surprise then that it is big business, especially in an agriculturally-based state like Texas. Traditional farms have long utilized organic fertilizers; however, the industrial revolution kick-started the use of chemically-synthesized inorganic fertilizers. This revolution was not without risks as evidenced by the number of people injured in factories each year. The manufacture of fertilizer must be balanced with strict safety.
Understanding the Manufacturing Process of Fertilizer
Today, synthetic fertilizers are composed of three primary compounds: nitrogen, phosphorous, and potassium. Nitrogen is used to help with the synthesis of proteins, nucleic acids, and hormones; phosphorous is used to provide the necessary energy for most metabolic chemical reactions and to help increase plant growth; protein synthesis and several other major plant processes use potassium. Other secondary substances that are put into fertilizer include calcium, magnesium, and sulfur, as well as micronutrients, such as iron, chlorine, copper, manganese, and zinc. Since these secondary compounds are more often found in soil naturally, they are used in much lower quantities.
Throughout the nation, manufacturing factories have popped up to help produce these new and improved compound fertilizers.
Although the production process will vary, several steps are used. For example, in regards to the nitrogen fertilizer component, ammonia is produced and, in some cases, will be converted into nitric acid for more ease in handling. Both nitric acid and ammonia are then used to create ammonium nitrate, which serves as a part of the foundation for the fertilizer.
There are similar methods for the production of the phosphorous and potassium components. Once each of these has been made into a usable, solid form, they are stored until ready for the final step. To create the final product, all of these are granulated and blended, with the method of granulation varying based on the plant. In some cases, the components will be placed into a large, rotating drum tilted on its axis. As the components shift within the drum, they pass through a screen. These small pieces are then coated with inert dust to lower the retention of moisture and, finally, dried. Once properly dried, all of the components are "blended" together per the manufacturer's recipe.
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In the previously referenced 2013 incident, the EPA and local safety officials reported that the fertilizer plant presented no documented risk of explosion. Unfortunately, 200+ people were injured, and victims ranged in age from infants to the elderly. An estimated 75 to 100 homes and businesses surrounding the area were destroyed, leaving the terrified residents of West, TX (a small city near Waco, TX) horrified.
If you are looking to discuss your case, or if you would like to schedule your free, confidential consultation, please do not hesitate to contact the firm today. You can also take advantage of our online consultation form.