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​Powering Our Technology Through Electro-oxidation

POWERHOUSE OF POLLUTANT DEGRADATION

What is Electro-oxidation? 

Electro-oxidation is a water treatment process that involves the decomposition of oragnic substances through the application of electric current.  

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THE SCIENCE OF ADVANCED WATER TREATMENT 

How Electro-oxidation Works 

01.

Electrodes, operating as anode and cathode, are connected to a power source. 

02.

Electric current passes through the electrodes.

03.

The electrodes generate oxidants into the water.

04.

Oxidants interact with contaminants in the water and degrade them.

05.

The byproducts of the process are water, nitrogen and carbon dioxide.

WHERE CHEMISTRY MEETS SUSTAINABILITY

Our Unique Approach to Electro-oxidation

Viridis' proprietary technology offers several advantages to traditional electro-oxidation systems, which in turn enables our solution to be deployed in a wide range of verticals and applications.

Fast Reaction Times

Low Energy Consumption

Small Footprint

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Unlocking Infinite Water Circularity in the
Textile Industry: From Dyes to Fibers. 

Textile Dyeing & Finishing Wastewater

Upstream, the textile industry is a major consumer of freshwater and a significant contributor to industrial wastewater pollution. 

 

We eliminate dyes, surfactants, and other harmful chemicals from textile dyeing wastewater, allowing nearly 100% water reuse in the dyeing process. ​

Downstream, the washing of clothes releases microplastics into wastewater, which ultimately ends up in our water bodies, contributing significantly to global microplastic pollution. 

 

We develop solutions to capture and eliminate microplastics from washing machine effluent, enabling water recycling.

Microplastics and Dissolved Organics 

Our Technology In Action:
​Our Bench Scale System Degrading Methylene Blue Dye

One Hour Timelapse

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