Al Masdar Int'l Group is investing in Research and Development for the design and realization of high efficiency electrolytic dry cell design no. 432/HHO. The scope of the HHO cell is to produce oxyhydrogen gas (HHO) to be utilized in the electric energy generation through thermo-dynamic systems.
Process diagram design
Eng. Flavio Massimo Viviani is expert in renewable energies and environmental solutions, he is also the Chief inventor/designer of Al Masdar Int'l Group innovative projects. Eng. Flavio Massimo Viviani is the Director of Masdar Int'l Group Research & Development department.
Al Masdar Int'l Group is investing in Research and Development for the design and realization of high efficiency electrolytic dry cell design no. 432/HHO. The scope of the HHO cell is to produce oxyhydrogen gas (HHO) to be utilized in the electric energy generation through thermo-dynamic systems.
AL MASDAR INT'L GROUP research and development is investing for the realization of a high efficiency electrolysis dry cell for the production of oxyhydrogen gas (HHO). The use of HHO will be utilized in thermo-dynamic systems to produce electrical energy without fossile origin substances. This will have a great beneficial impact in reducing green house gas (GHG) in the UAE.
HHO OXYHYDROGEN cell
