Turning plastic waste into hydrogen
The University of Chester has teamed up with PowerHouse Energy to deploy a jointly developed technology that turns plastic waste into low-cost hydrogen and electricity.
The University of Chester has teamed up with PowerHouse Energy to deploy a jointly developed technology that turns plastic waste into low-cost hydrogen and electricity.
Water electrolysers are being developed as a method of storing renewable energy as a route to creating hydrogen for fuel cell cars as well as for the production of renewable fuels and chemicals.
HyperSolar, Inc., a California-based developer of technology to produce renewable hydrogen using sunlight and water, has purchased 6000 triple-junction amorphous silicon solar cells, for use in a plant incorporating HyperSolar’s Gen 1 technology.
Making the impossible, possible, is the mantra of a visionary that has broken ground in creating a one-stop-shop for off-grid energy solutions involving hydrogen.
