BioLargo Water has developed the Advanced Oxidation System – AOS™ – An effective, affordable new treatment technology for water disinfection. Water and wastewater can be a transmission route for bacteria and viruses. Our AOS technology offers an effective, affordable, energy-efficient virus disinfection tool for water utilities and private businesses. WHY CONSIDER INVESTING IN BIOLARGO WATER Our system costs less and does more. Compared to many competing technologies, AOS: (1) costs less to install and operate; (2) allows on-site water recycling and reuse, or safe discharge; (3) eliminates contaminants and pollutants existing systems can’t; (4) hits multiple different contaminant classes with one system, rather than requiring multiple technologies; and, (5) requires less space. We’re not starting at ground zero. Since 2015, almost $4 million has been invested on research and development to create the BioLargo Water AOS. Funding has been primarily through industry and government partnerships. BioLargo Water Wastewater can be a transmission route for bacteria and viruses like COVID-19. It’s working. Modular, compact and cost-effective, AOS succeeds where many existing technologies can't. In 2019, at a poultry processing facility pilot project, AOS-treated water met all local water re-use and discharge standards and adhered to standards of the United States Department of Agriculture (USDA) and Environmental Protection Agency (EPA). Smart people. Powerful backing. The BioLargo Water team of Ph.D. scientists and engineers has created a breakthrough product. Now — with the technical support, marketing and finance resources, and more, of our parent company BioLargo, Inc. — AOS stands poised to enter the $246M poultry wastewater market.1 Our entry to the water market — chicken wastewater. Poultry processors use a lot of water — and spend $246M a year to treat it.1 Our product allows poultry wastewater to be cleaned, recycled and reused on-site at lower capital and maintenance costs than many existing technologies like UV and ozone-based technologies.
