AP1.5 Electro Oxidation Reactor System
LOW FLOW RATE ADVANCED ELECTRO-OXIDATION REACTOR

Self-Cleaning, Hyper Oxidation System Designed and tested for bacteria disinfection, precipitation of scale causing minerals and oxidation of organic and inorganic contaminants.
AP6 Electro Oxidation Reactor System
LOW FLOW RATE ADVANCED ELECTRO-OXIDATION REACTOR

For low flow rate applications such as Hospital Waste Water, Cooling Towers, Marine Growth Prevention System for onboard ships and many more. Effluent water is treated for bacteria disinfection, mineral precipitation to prevent scaling and oxidation of organics and inorganics.
AP12 Electro Oxidation Reactor System
LOW FLOW RATE ADVANCED ELECTRO-OXIDATION REACTOR

For low flow rate applications such as Hospital Waste Water, Cooling Towers, Marine Growth Prevention System for onboard ships and many more. Effluent water is treated for bacteria disinfection, mineral precipitation to prevent scaling and oxidation of organics and inorganics.
Aqua Pulsar 48 Unit
SELF CLEANING ELECROLYTIC REACTOR PULSED DC POWER

Aqua Pulsar is a skid-based unit contains a reactor with multiple electrodes in pairs. The fully automated Pulsed DC power supply supplies power to paired electrodes. HMI screen provides an ability to set and control the frequency to change the electrodes polarity, which allows the reactor to remain clean by preventing any scale build up on cathode.
AP72 Electro Oxidation Reactor System
LOW FLOW RATE ADVANCED ELECTRO-OXIDATION REACTOR

For low flow rate applications such as Hospital Waste Water, Cooling Towers, Marine Growth Prevention System for onboard ships and many more. Effluent water is treated for bacteria disinfection, mineral precipitation to prevent scaling and oxidation of organics and inorganics.
Centrifuge Separator AQUA300
VERTICAL CENTRIFUGE SEPARATOR SINGLE MODULE

The AQUA300 is a mechanical centrifuge separator designed for separating different specific gravity fluids by continuous mechanical separation of lighter specific gravity liquids from higher specific gravity liquids and solids by exerting high G force on the effluent.