ActivH2O is a patented technology based on electrolysis that eliminates viruses and bacteria from water without adding chemicals and generates a natural oxidant that remains in the water for several weeks, thereby protecting water from re–contamination
A 3 STEPS PROCESS
an electric field that temporarily modifies the pH around the electrodes and allows to destabilize the Viruses and bacteria of the water.
viruses and bacteria as they pass through the electrodes, thanks to the impact of electricity.
a natural oxidant that remains for several weeks in the water, thus avoiding possible re-contamination.
Lightweight and small-sized device, perfect for small farms or livestock, treatment of medium-sized deposits, homes or hotels.
Compact and robust equipment, it adapts to all types of installations and provides great solvency in all types of applications.
Solution with great treatment capacity, perfect for large farms, neighborhood communities or resorts.
Device adaptable to customer needs, capable of purifying between 50 and 2,000 liters / hour. It can work 24 hours / day, perfect for closed water circuits, tank filling, etc.
Remote monitoring of water flow, voltage, current and disinfection level, all in real time
Device adaptable to customer needs, capable of purifying between 50 and 3,000 liters / hour. In addition, it is modular and the necessary equipment can be placed in parallel, thus treating the volume that each client needs. It can work 24 hours a day, which is very useful for closed water circuits, tank filling, etc.
Formed by 2 hydraulic electrode cells where electrolysis occurs, and 1 electronic module, the equipment can be managed remotely to control water flow, voltage, current and disinfection level, all in real time.
Device adaptable to customer needs, it is capable of purifying between 50 and 6,000 liters / hour. In addition, thanks to its modular capacity, the necessary equipment can be placed in parallel, treating the volume that each client needs. It can work 24 hours a day, which is very useful for closed water circuits, tank filling, etc.
Formed by 4 hydraulic electrode cells where electrolysis occurs, and by 1 electronic module, the equipment can be managed remotelyto control water flow, current, voltage and disinfection level, all in real time.
Phase of the process in which electrolysis occurs, viruses and bacteria are eliminated and the natural disinfectant is generated.
The cell contains 6 titanium electrodes and two plastic composite housings, which comply with ACS certifications and are fully recyclable.
Development carried out by ActivH2O to measure the equivalent chlorine level of our natural disinfectant. We have probes capable of measuring 0-10ppm and 1-100ppm.
The probe allows to monitor and control the level of disinfectant at the critical points of the facilities. It is compatible with the entire ActivH2O PRO Range.
Is it sustainable? Chemical?
Does it alter water? Is it long-lasting safe?
Does it prevent re-contamination?
Bactericide / Disinfectant
It removes viruses, bacteria, biofilm and other agents that impair water quality making it unhealthy
Pure and desinfected water without using chemicals
The generation of natural oxidant in the process provides the water with disinfectant power, which can be easily regulated.
Thanks to research and developments carried out, the electricity consumption of the equipment is very low..
It does not alter water composition thus respecting it’s original nutrients
Not only is it an environmentally friendly process, but it also has a positive impact.
AcivH2O is the result of close collaboration between the company Européenne de Traitement des Eaux (ETE), a partner of Eteaquactiv, and French universities such as Montpellier and Perpignan, as well as the French National Centre for Scientific Research (CNRS).
It is a patented system in France and since 2003 has a worldwide protection (PCT-International treaty overseen by the World intellectual Property organisation WIPO)
Realizado en Febrero de 2016
Realizado en 2017
Realizado en Febrero de 2018
Realizado en 2014
Realizado en 2019
Realizado en Abril de 2002
Realizado en 2006
Realizado en 2008
