State of the art electro catalytic cells
Wastewater is used to fuel anodic oxidation
Protons are transferred to the cathode for reduction and hydrogen gas generation
Treated water can be reused for plant procedures
Hydrogen gas may be used in the plant as a fuel for carbon footprint reduction
Green Hydrogen – Wastewater Electrolysis
01
Harvesting wastewater potential to generate green hydrogen
Wastewater Purification
Zero order electrochemical oxidation reaction
Completely eliminate the pollution
Super intensive, small footprint reactors
03
We reduce plant environmental footprint and make significant positive impact on its ESG rating.
Purammon solution supports 5 out of the 17 Sustainable Development Goals defined by the UN:
Clean water
and sanitation
Access to modern energy
Make process sustainable
Reduce of waste release
GHG emission reduction
We reduce plant environmental footprint and make significant positive impact on its ESG rating.
Purammon solution supports 5 out of the 17 Sustainable Development Goals defined by the UN:
Access to modern energy
Clean water
and sanitation
Make process sustainable
Reduce of waste release
GHG emission reduction
Purammon was founded in 2016 by a group of advanced technologists and environmental engineers with a mission: to bring the breakthroughs in materials science, nanotechnology, electronics, chemistry, and computing that have completely transformed other industries to the critically important but still low-tech world of wastewater treatment.
