Claros Technologies – PFAS Destruction and Advanced Analytical Services ClarosTechUV™ is Claros’ proprietary technology that allows for the total destruction of toxic persistent chemicals, including long, short, and ultrashort per- and polyluoroalkyl substances (PFAS), into their natural, basic elements and harmless byproducts. The system is a low energy process that operates at room temperature and atmospheric pressure. It uses a proprietary photochemical process to reduce PFAS to their constituent elements. The system can be scaled up with low capital and energy cost and can be managed on-site. A sustainable and cost-effective alternative to incineration, landfill, and deep well injection, the ClarosTechUV™ photochemical system achieves over 99.99% destruction of all PFAS compounds, including ultra-short chains in a high throughput system. ClarosLabs™ Since 2020, Claros’ Minneapolis ISO certified laboratory has been performing bench scale treatability assessments for UV destruction of PFAS, providing proof and concept demonstrations and preliminary design optimization across various waste streams. Bench testing includes a full PFAS liquid chromatography mass spectrometry analysis per the EPA 1633 or ASTM 8421 panel (40 and 44 compounds, respectively) provided by ClarosLabs. Non-target analysis such as Total Organofluorine (TOF) and custom PFAS method development are available upon request. Claros is a different kind of technology partner, offering highly customized services, risk analysis, fast turnaround, and responsive consultation. Consider us part of your engineering team Quantitative Analysis (parts per trillion) for all 40 regulated PFAS compounds Analyzing available data Provide updates and regulations Consulting to develop and provide the analytical methods Claros Technologies can help you stay ahead with the testing, data, and planning you need. | Claros Technologies – PFAS Destruction and Advanced Analytical Services CLAROSTECH™ is Claros’ proprietary technology that allows for the total destruction of toxic persistent chemicals, including long, short, and ultrashort per- and polyluoroalkyl substances (PFAS), into their natural, basic elements and harmless byproducts. The system is a low energy process that operates at room temperature and atmospheric pressure. It uses a proprietary photochemical process to reduce PFAS to their constituent elements. The system can be scaled up with low capital and energy cost and can be managed on-site. A Sustainable and Cost-Effective Alternative to incineration, landfill, and deep well injection. The CLAROSTECH™ photochemical system achieves over 99% destruction of all PFAS compounds, including ultrashort chains (C1-C3) in a high throughput system. CLAROS TECHNOLOGIES BENCH TESTING Since 2020, Claros’ Minneapolis ISO certified laboratory has been performing bench scale treatability assessments for UV destruction of PFAS, providing proof and concept demonstrations and preliminary design optimization across various waste streams. Bench testing includes a full PFAS liquid chromatography mass spectrometry analysis per the EPA 1633 or ASTM 8421 panel (40 and 44 compounds, respectively) provided by Claros’ in-house PFAS Analytical Laboratory. Non-target analysis such as Total Organofluorine (TOF) and custom PFAS method development are available upon request. Claros is a different kind of technology partner, offering highly customized services, risk analysis, fast turnaround, and responsive consultation. Consider us part of your engineering team Quantitative Analysis (parts per trillion) for all 40 regulated PFAS compounds Analyzing available data Provide updates and regulations Consulting to develop and provide the analytical methods Claros Technologies can help you stay ahead with the testing, data, and planning you need.
ALTRA
ALTRA offers field-proven innovative solutions to solve today’s water issues. Our PFAS solution allows for the most effective removal of highly concentrated PFAS streams from water. Our watermain renewal technology renews and protects aging water infrastructure from the inside with minimal disruptions to communities.