WADIS Ltd. products

The EDPD technology uses strong electrical pulses discharges in the sludge of wastewater treatment plants (WWTPs), that are mainly located in residential areas, reducing the total process time, improving its efficiency, increasing WWTP capacity and biogas production, and reducing the solids volume and the environmental odors.

The innovative EPDAP technology uses a high-voltage electrical pulse discharge combined with a flow of air bubbles to disinfect wastewater for reuse. This technology is used in the secondary stage of wastewater treatment, where the water is contaminated with a minimal amount of solids and still has some turbidity, and the aim is to further purify the wastewater. This WADIS technology, can replace traditional methods, being a highly effective alternative to combat viruses, bacteria, faecal matter, and all kinds of microorganisms. This WADIS technology, which does not use chemicals or contaminants, can replace traditional methods (as UV for example), being a highly effective alternative to combat virus, bacteria, faecal matter, and all kinds of microorganisms, and offers better an more efficient results than traditional one, and in addition, by adding another WADIS technological process, drinking water can be obtained.

EPOP technology is a disruptive technology developed by WADIS that, through high-voltage and high-frequency electrical pulses, generates oxidation that degrades the toxins present in the Effluents and produces a highly efficient disinfection process that decomposes organic matter and other contaminants that are difficult to eliminate, such as hormones, antibiotics, heavy metals, radioactive materials and many other elements. This highly efficient technology for the reduction and disinfection of microcontaminants present in water is used in all kinds of industrial effluents, such as mining, aquaculture, food and beverages, chemicals, herbicides, paints, hospitals, pharmaceutical laboratories, among others, to treat wastewater containing organic microcontaminants for reuse.