Our eco-friendly electrochemical oxidation technology eliminates PFAS on-site at the source. It treats different streams from industrial wastewater to landfill leachate, helping you stay compliant and protect the environment.
With TDK’s expertise in advanced materials science and proprietary manufacturing processes, we have developed electrodes with extended operational lifetimes and high stability to break down PFAS at the molecular level.
High destruction rates with minimal energy.
Simple plug-and-play integration and minimal maintenance.
Adaptable modular design working with various waste streams, PFAS types, and flow rates.
Benefit from low operational expenses, long-lasting electrodes, and affordable maintenance.
Operate without chemical additives, ensuring an environmentally friendly process.
Unique electrode design enables reactivation and recycling, supporting a circular economy.
Often called “forever chemicals,” PFAS accumulate in water, soil, air, and living organisms. They’re linked to serious health risks, including cancer, cardiovascular diseases, hormone disruption, and more. Many conventional methods only dilute or divert PFAS, shifting the problem elsewhere. But with regulations tightening, destruction is now essential to complete the treatment cycle.
Our advanced electrochemical oxidation system for industrial and municipal use is a plug-and-play solution that works as part of an integrated treatment setup or as a stand-alone unit. It targets PFAS molecules through direct electron transfer (DET) and indirect oxidation via reactive radical species. This dual mechanism enables efficient and selective degradation of PFAS and other organic contaminants.
Suiki’s proprietary electrode design, engineered to preferentially degrade PFAS compounds, significantly improves destruction efficiency. The synergetic interaction between direct electron transfer (DET) and active radical generation ensures high performance and optimised energy use, making the system an effective and economical solution for PFAS treatment. It operates entirely without chemical additives.
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Suiki uses electrochemical oxidation (EO) to break apart PFAS molecules directly at the molecular level. The process combines direct electron transfer and oxidation by generated free radical species to target PFAS efficiently, without creating secondary waste.
Suiki’s system is designed for cost-efficiency. It runs without chemical additives, uses long-lasting electrodes, and keeps energy consumption low. With minimal maintenance and no need for waste transport or incineration, operating costs stay competitive over time.
In pilot tests with landfill leachate, Suiki destroyed over 95% of PFAS, such as PFOS, PFOA, PFHxS, and PFHpA, within 30–90 minutes, even in complex matrices with high organic content.
Suiki’s AquaHive is designed to handle various PFAS sources, including landfill leachate, firefighting foam, industrial wastewater, RO concentrate, and ion exchange regeneration. The system is scalable and can be tailored to different contamination scenarios.
Yes. AquaHive can operate as part of a treatment train (e.g. after reverse osmosis) or as a stand-alone solution. It offers plug-and-play integration and is adaptable to various site requirements
No. Suiki’s electrochemical process operates without added chemical reagents. This reduces environmental impact and simplifies operation and maintenance.
AquaHive is designed for ease of use. The electrodes are durable and long-lasting, and the system supports quick change-outs and minimal maintenance. If integrated into SCADA, it can also be monitored remotely
Yes. As PFAS regulations tighten across the EU, the US, and other developed markets, destruction at the source is becoming essential. Suiki helps you stay ahead of environmental and legal requirements by offering a technology that doesn’t just contain PFAS – it eliminates them, supporting long-term compliance and risk reduction.
PFASuiki was born out of TDK, a globally recognised Japanese electronics company, and now operates as an independent startup with the full financial and technological backing of TDK. We continue to build on TDK’s deep material expertise and production know-how, leveraging TDK's decades of expertise to bring advanced and innovative solutions to the water treatment field.
In SaintLouis, France, around 60,000 residents—especially vulnerable groups—were recently banned from drinking tap water after PFAS levels soared to four times the legal limit. The culprit? Decades of PFAS-laced firefighting foam used at the nearby Basel–Mulhouse–Freiburg airport.
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We’re excited to share that PFASuiki GmbH will be at the 21st European Symposium on Fluorine Chemistry (ESFC) from August 3–9 as a Gold Sponsor!
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We’re excited to share a major milestone: SUIKI has become PFASuiki GmbH — officially launched as an independent company on July 1, 2025.
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