A technology that eliminates Arsenic and Uranium in a single step, without the need for maintenance, water conditioning or the use of chemicals.
It is an innovative technology that completely eliminates Arsenic and Uranium from drinking water.
This technology is fully developed and is in the commercial phase (TRL 9)
It is an efficient solution that has all the technical solvency being the most economical solution on the market.
Contamination of drinking water with pollutants such as Arsenic and Uranium exists in both rural and urban areas. Most of the time, the contamination comes from “washing” the soil with these naturally occurring materials, although sometimes it can be caused by polluting discharges.
The disposal of these materials is an issue of great interest worldwide since the use of water contaminated with these materials can cause them to be transferred to the food chain and generate health problems for the population.
The maximum level of arsenic allowed in drinking water is 10 μg/l
Although it is a serious problem that requires attention and immediate action, there are more and more areas with a potential for contamination due to different reasons such as the over-exploitation of aquifers.
Commercial phase
With Filtralite we have developed a technology that removes iron in the most effective and competitive way on the market.
With the HMR filters we are able to remove heavy metals such as Chrome, Zinc Cadmium, Iron, Manganese, Arsenic, Copper or Nickel.
With Filtralite we have developed a technology that completely removes the Manganese present in the water at the most competitive cost on the market.
Anaergy is a disruptive technology for water treatment in the agri-food industry, extremely efficient, small and innovative, which also generates energy.
Our chemical team is currently working to optimize the results obtained in advanced oxidation processes to gain efficiency and flexibility.
Puremust-sn ®, Spain’s leading biological denitrification technology is certified by SGS to remove up to 1400 mg/l of nitrates in drinking water or osmosis rejects, four times more than what has been achieved so far.
