At CiX, we apply cutting-edge electrochemical technology to set new standards in water treatment. Our systems use advanced diamond electrodes to generate hydroxyl radicals (•OH) - one of the most powerful oxidizing agents in existence. 

These highly reactive molecules break down even the most persistent organic pollutants into harmless components like carbon dioxide and water, effectively and sustainably cleaning wastewater.

When electricity passes through our diamond electrodes, water molecules near the electrode surface are split into reactive hydroxyl radicals. These radicals target organic pollutants in the water, dismantling their molecular structures through oxidation. Whether it’s drug residues, hormones, PFAS ("forever chemicals"), dyes, or bacteria, this process effectively destroys contaminants that are otherwise challenging to remove with conventional methods.

What makes this process unique is that it doesn’t just capture pollutants - it destroys them entirely leaving no secondary waste behind. This ensures that treated water is free from harmful substances, making it safe for reuse or environmental discharge.

At the heart of this process are our diamond-coated electrodes, which feature several innovations that make them some of the advanced on the market. By shrinking the distance between the anode and cathode to under 10 micrometers - significantly smaller than the industry standard - we’ve achieved exceptional levels of efficiency. This unique design reduces energy consumption by up to 75%, lowering operating costs while improving performance.

Additionally, our electrodes are specifically engineered to work in water with low electrical conductivity, expanding their usability across a wide range of applications and industries. This makes them particularly valuable for treating challenging wastewater streams, such as those from pharmaceutical, textile, or recycling industries.