Innovators
Bioremediation Specialists LLC
A company that focuses on both ex situ and in situ Bioremediation, Bioremediation Specialists LLC is a team of highly qualified Bioremediation specialists. The company has created multiple products under their philosophy, "One size does not fit all." (I.1)
Regenesis
Regenesis is the global leader in the development and supply of innovative and cost effective bioremediation technologies Specializing in groundwater remediation and soil remediation, Regenesis works directly with a range of environmental engineering and construction firms to provide technical support and application design assistance for its line of Bioremediation technologies (I.2)
OSEI - Oil Spill Eater International
Oil Spill Eater II (OSE II) is the world’s most environmentally safe and cost effective bioremediation process for the mitigation of hazardous waste, spills and contamination virtually anywhere of any size, large or small. OSE II is an environmentally safe cleanup method because it uses natures own bioremediation processes to effectively eliminate hazardous materials. (I.3)
Bioworld Products
Bioworld was founded in 1991, and their headquarters are located in Tulare County California. They have a large portfolio of natural, micro-based products that include BioWorld Odor Neutralizer, Algae Treatment, Septic Treatment, Bioremediation Oil Cleanup, and Wastewater Treatment. Their products are being purchased in more than 60 different countries. (I.4)
UC Davis
Dr. Kate Scow, a researcher in the University of California, Davis, recently participated in a collaboration with Tesoro Petroleum and Haley & Aldrich Engineers that led to the successful bioremediation of a methyl tertiary-butyl ether (MTBE) -contaminated drinking water aquifer in North Hollywood, CA. An ex situ bioreactor was colonized by native groundwater microbial communities, as demonstrated using molecular tools developed in Dr. Scow’s lab, that removed MTBE from groundwater at a very rapid rate. (I.5)​
University of Houston
The University of Houston has identified seven paraoxon-degrading Pseudomonas species, which were collected from the Greater Houston area. Paraoxon is an organophosphorous compound used as a pesticide as well as in chemical weapons that acts as an aceytlcholinesterase inhibitor resulting in considerable nerve damage or death in humans upon exposure. The identification of the the species that degrades this toxin from soil has helped aid in the fight against environmental pollution (1.6)