New Technology Systems
AXINE
Axine Water Technologies designs and delivers on-site, modular water treatment systems that use a proprietary electrochemical oxidation process to break down and remove a wide spectrum of contaminants from ammonia, nitrites and cyanide to PFAS and pharmaceutical residues without the need for added chemicals. Their “plug-and-play” skid-mounted units generate powerful oxidants in situ, rapidly degrading even hard-to-treat organics in minutes to hours. By combining high removal efficiencies with minimal footprints and no consumable reagents, Axine’s solutions enable industries such as oil & gas, semiconductor manufacturing, landfill operations and specialty chemicals to meet stringent discharge or reuse standards, reduce logistics complexity and advance toward zero-liquid-discharge goals.
What we offer
ElectraCLEAR™
Axine’s electraCLEAR™ stands as the pinnacle of electrochemical oxidation technology, representing over a decade of intensive R&D into innovative materials, reactor designs, process controls, and market-leading expertise. By simultaneously deploying multiple proprietary catalysts and electrode materials within a single containerized skid, electraCLEAR immerses conductive electrodes in the wastewater stream and applies a precisely controlled voltage to drive both direct and indirect oxidation pathways. A network of online sensors continuously feeds data into Axine’s proprietary ML/AI algorithms, enabling real-time monitoring and optimization of treatment performance and energy use. The outcome is the complete mineralization of even the most persistent contaminants—down to CO₂, N₂, H₂, O₂ and trace mineral salts—without producing any secondary solid or liquid waste. From initial design through installation and maintenance, Axine delivers a fully turnkey, environmentally responsible solution that redefines the standard for sustainable wastewater treatment.
Market
Automotive, Manufacturing, and Surface Finishing
Axine’s electraCLEAR™ solution has been transforming wastewater treatment across industries from automotive and surface finishing to landfills, pharmaceuticals and semiconductors by delivering a cost-effective, on-site electrochemical oxidation system that obliterates PFAS, solvents and other stubborn contaminants without added chemicals. Housed in standard-sized containers, each unit combines proprietary electrodes for direct and indirect oxidation with modular pre- and post-treatment steps to ensure complete mineralization and full compliance with discharge standards. Over a dozen built-in sensors and remote-operation capabilities eliminate the need for constant on-site oversight.
Landfills
Axine’s electraCLEAR™ system has offered landfill operators a turnkey electrochemical oxidation solution for complete PFAS destruction in leachate. Housed in standard containerized skids, electraCLEAR™ uses proprietary electrodes and catalyst-coated reactors to achieve total mineralization of PFAS without producing any secondary solid or liquid waste. Modular pre- and post-treatment steps (concentration, pH adjustment, electrolyte recovery) guarantee compliance with strict discharge standards, while over a dozen onboard sensors and full remote-monitoring enable autonomous, 24/7 operation.
Pharmaceutical Manufacturing
In pharmaceutical manufacturing, wastewater streams loaded with APIs, solvents and organic byproducts present escalating treatment costs and regulatory hurdles. Axine’s electraCLEAR™ uses proprietary electrodes for direct and indirect electrochemical oxidation to achieve complete mineralization without added chemicals or secondary waste. Housed in containerized, modular skids with pre- and post-treatment steps and over a dozen integrated sensors, it enables fully autonomous 24/7 remote operation. This turnkey solution dramatically reduces disposal expenses, guarantees compliance with local, state and federal discharge permits, and mitigates environmental and operational risks
Semiconductors & Microelectronics
Axine’s electraCLEAR™ delivers on-site, ambient-temperature electrochemical oxidation for semiconductor and microelectronics fabs, achieving complete mineralization of PFAS and other refractory contaminants without producing any secondary solid or liquid waste. Housed in modular, containerized skids that integrate proprietary electrodes, catalyst-coated reactors and pre-/post-treatment steps, it leverages over a dozen sensors and 24/7 remote monitoring for fully autonomous, plug-and-play operation. By ensuring compliance with today’s and tomorrow’s PFAS discharge regulations, electraCLEAR™ slashes treatment costs and environmental liabilities—freeing manufacturers to focus on core production.