Core Insights - BioLargo, Inc. has announced significant advancements in its Aqueous Electrostatic Concentration (AEC) PFAS solution, achieving over 99% removal of ultrashort-chain per- and polyfluoroalkyl substances (PFAS) [1] - The solution effectively targets trifluoroacetic acid (TFA), a highly persistent and mobile contaminant that poses challenges for environmental remediation due to its chemical structure [1] Company Summary - BioLargo, Inc. is positioned as a cleantech innovator focused on creating and commercializing sustainable technologies [1] - The company’s proprietary technology demonstrates a high efficacy in removing difficult contaminants from the environment, which could enhance its market potential [1]

Core Viewpoint - Cavitation Technologies, Inc. has entered into a partnership with BMI Group to enhance the removal of PFAS, a significant environmental concern, through advanced fluid processing technologies [1][3][4]. Company Overview - Cavitation Technologies, Inc. specializes in innovative flow-through nano-technology systems for fluid processing applications across various industries, including water treatment, agriculture, and pharmaceuticals [7]. - BMI Group, established in 2005, focuses on engineering and environmental solutions, particularly in water and wastewater treatment [6]. Agreement Details - The agreement grants BMI Group exclusivity rights in its territory and mandates a minimum of $1 million in annual sales [3]. - The collaboration aims to implement a scalable and effective process for PFAS removal, utilizing CTi's High-Pressure Nano-Reactor® and Cavitation Non-Thermal Plasma™ systems [3][4]. Technology Advantages - The combined technology effectively mineralizes PFAS into harmless compounds, eliminating secondary waste and hazardous chemical handling [11]. - The systems are designed to operate at 25 gallons per minute (GPM) with potential for higher flow rates, making them suitable for commercial-scale treatment [11][8]. - The technology also addresses multiple contaminants, improving water quality and reducing operational costs across various sectors, including industrial water treatment and agriculture [5]. Industry Context - PFAS contamination is a critical environmental issue, with over 60 million pounds disposed of in the U.S. in the past five years [2]. - Current PFAS removal methods are inadequate, often transferring contaminants rather than eliminating them [11].