A NEW ERA IN
WATER TREATMENT
AQUAredox is the world’s first High-Redox Technology, a next-generation granular filtration media that revolutionizes water treatment by Advanced Oxidation-Reduction (Redox) processes.
AQUAredox is uniquely engineered using two specialized carbon-based adsorbers:
- Copper-Coated (Cathode)
- Zinc-Coated (Anode)
Together, these two highly conductive, regenerable carbons create an electrochemical Redox reaction that eliminates at an atomic level. This self-sustaining redox cycle ensures superior oxidation, disinfection, and organics removal, including heavy metals, setting a new standard in water treatment efficiency.
Application of AQUAredox
Drinking Water Purification
Municipal, Residential, and Commercial filtration systems.
Industrial Wastewater Treatment
Removal of heavy metals, organic toxins, & industrial waste compounds.
Cooling Water Treatment
Controls biofilm & Prevents corrosion.
Reverse Osmosis & Membrane Pretreatment
Reduces biocides completely, reduces biofouling, and improves membrane life.
Key Features & Advantages
Granular High-Resolution Redox Media
- Dual-Coated Carbon Design : 70% Copper-Coated Activated Carbon (Cathode) + 30% Zinc-Coated Activated Carbon (Anode)
- Self-Sustaining Redox Cycle: No external power source required
- Regenerable & Long-Lasting: Unlike traditional media, AQUAredox can be recharged for continuous use
Electrochemical Advanced Oxidation Process (EAOP)
- Generates Hydroxyl Radicals (OH•) and Sulfate Radicals (SO₄•) for unparalleled contaminant breakdown.
- Provides a continuous source of oxidation without degrading over time.
Sustainable & Non-Toxic
- No Chlorine, Sodium Hypochlorite, Calcium Hypochlorite, Chlorine Dioxide and Chloramines including HOCl.
- Adsorbs THMs & DBPs
- Removes contaminants without adding harmful chemicals to water.
- Fully biodegradable & environmentally friendly
Multi-Contaminant Removal Efficiency
- Generates Hydroxyl Radicals (OH•) and Sulfate Radicals (SO₄•) for unparalleled contaminant breakdown.
- Provides a continuous source of oxidation without degrading over time.