Paul Beggs's Contact Details

Paul Beggs's Company Details

H2 Energy Now

Be'er Sheva, South District, Israel • 2 Employees
Semiconductors

Alternative energy is controlled by the sun shining, wind blowing or water flowing for us to be able to utilize this clean renewable energy. Our product H2 Energy Now is going to release that dependency on sun, wind, or water flow through energy storage. This will enable us to utilize this clean energy 24/7. This will change the world we live in, by releasing this clean renewable energy. H2 Energy Now, has developed the most efficient, cost-effective method available for creating hydrogen from water. H2 Energy Now has developed a fundamentally new method for the separation of water through the use of radio waves. Our company, has developed the most efficient method of creating hydrogen from water. We do this through innovative use of existing technologies. 2018 NASA iTech Finalist2018 Highlighted Company in Solution Nation by David Wanteck2018 CEO Sonya Davidson Selected as one of Israels 70 Extraordinary Women LeadersWe utilize radio waves to separate the elements of the water molecule by adding energy to the vibration. Utilizing radio waves and water is the most efficient way of separating the water molecule. This converts H2O into the gases H2 and O2 gases. When you need additional energy, you either recombine both gases and get power or burn the hydrogen through a generator and get electricity. Our separation process is more efficient than existing technologies for creating hydrogen. The efficiency of our process is around 89% when high rate electrolysis is around 60%. The advantage of our process is that we also have oxygen as a separate revenue stream. We also utilize common materials in our process so the capital cost is significantly less that electrolysis.We assembled a teamBuilt a proof of principle prototypeFiled our Patents in USA and EU Validated our product in MarketPresently commercializing our product.2018 Highlighted company in Solution Nation2018 NASA iTech Finalist