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Agrimond , LLC. was established to design water and wastewater treatment systems, conduct research and development into the benefits of ozone applications, biologically-engineer bacteria to consume contaminates and other materials, and offer effective and cost efficient environmental solutions to various industries. Agrimond evolved from our CEO's experience providing engineering, scientific design and research, technology development and environmental services to a myriad of private and government agencies, such as NASA at the Kennedy Space Center and the Marshall Space Flight Center. In 1995, our CEO recognized the need for effective water treatment solutions and responded with the creation of a subsidiary, Frexes™ International, Inc., to offer water purification technology to industries in the United States, Central and South America. The name Frexes™ was changed to Agrimond in 1998 to continue the research begun in the development of state-of-the-art systems designed to
In conjunction with the research conducted for the advancement of ozone technology, Agrimond has developed and cultured within its laboratories numerous strains of all-natural bacteria for use in various industries. These bacteria are used to aid in the treatment process for varying waste streams ranging from paper mills to restaurants and domestic waste. Agrimond also applies its knowledge and resources to develop specific variations of these bacteria to fit a customer's precise needs. This capability allows Agrimond to provide a client with the most efficient wastewater treatment solution possible. Agrimond's laboratory located in Cape
Canaveral, Florida that is dedicated to R&D work for the selective isolation, identification and reproduction of bacteria for use in Agrimond engineered waste treatment applications. Wastewaters from |
utilize ozone in the water purification process. The patented
TecH2Ozone™ systems offered by Agrimond are the result of years of scientific research into the properties and utilization of ozone. The
TecH2Ozone™ system is capable of readily delivering consistent levels of ozonated water of up to 15 ppm with minimal effort. This method of transferring ozone into water is unrivaled within the industry. 
existing process streams or treatment facilities are sampled to identify the microbial bio-diversity. The bacterial species are isolated and tested for their efficiency in reducing certain components of the contaminants in the waste stream. The most efficient species are selected and grown in large numbers to be fed back into the waste stream. By doing this, these species of bacteria are more capable of out-competing other species to improve overall water treatment.  |