Waste | Wastewater
In many places, wastewater mischievously pollutes the environment. UNIWASTEC uses wastewater as a resource and produces green hydrogen from it.
We recycle wastewater into green hydrogen
Wastewaters are polluted in many ways. If they get into the groundwater, it is devastating for nature. 80% of the countries in the world have no wastewater treatment plants at all.
UNIWASTEC processes your wastewater into green hydrogen.
Our evaporation electrolysis technology is unique and patented. Our solution protects the environment and comes up with an unmatched efficiency level.
Treating your wastewater with UNIWASTEC, you are benefiting from very attractive disposal conditions and high quality green hydrogen.
UNIWASTEC’s unique evaporation electrolysis process is the world’s only technology for the direct production of green hydrogen from wastewater or seawater.
Wastewater is polluted by environmental toxins such as biocides from facade paints and pharmaceuticals as well as microplastics. Having green hydrogen produced from your wastewater, protects nature and the environment.
From wastewater to high-purity green hydrogen, UNIWASTEC’s system offers an overall efficiency of >85%. To produce one ton of high-purity hydrogen from wastewater, we only need 39 MWh of green electricity.
Attractive disposal prices
Due to our highly innovative technology and the fact that we produce green hydrogen from wastewater we are able to offer significantly better disposal conditions for wastewater than currently available on the market.
We are able to produce the products synthetic natural gas, green electricity, synthetic fuel and green hydrogen from the educts waste, used tires, sewage sludge, liquid manure, biomass, and wastewater.
Did you know?
- Industrial companies
- Wastewater treatment plants
- Public sector: government of cities
Your connection to UNIWASTEC
If you have any questions or queries our experts will always be happy to help. Feel free to contact us and we will be sure to get back to you as soon as possible.