World News: 08:00 GMT Tuesday 29th October 2019. [HyperSolar, Inc via Globe Newswire via SPi World News]
“We have now built large sized prototypes that will lead to the manufacture of full-sized panels for inclusion in a production pilot plant,” said Tim Young, CEO of HyperSolar. “We continue to work with manufacturing engineers to produce a robust hydrogen generator/panel for the lowest possible cost. We have identified several sites and are in process of evaluating the potentials in Hawaii, Arizona and California for the initial pilot plants.”
The timeline included in indicates that the Company targets pilot plant completion for as soon as late Spring 2020.
As announced in September, the Company reached key milestones in its Gen 1 development including fine tuning of chemical structure and application of protective coatings to extend the life of the hydrogen-generating cells. The attachment of the catalyst and the mechanical alteration of the cells essential for more significant hydrogen generation and capture have been refined to the point that it can now be optimized for manufacturing. HyperSolar is currently narrowing the list of potential contract manufacturers and preparing detailed processes and procedures for full scale manufacturing.
The that is available on www.HyperSolar.com describes the breakthrough Gen 1 technology as well as Gen 2 nanotechnology, which management believes will be a truly transformational in the world hydrogen market.
Mr. Young concluded, “With our Gen 1 pilot plant, we will show the world how technology is coming that can produce renewable hydrogen without external electricity. I want to thank our supporters and investors for their patience in this development process.”
Globe Newswire: 08:00 GMT Tuesday 29th October 2019
SPi News is published by Sector Publishing Intelligence Ltd.
© Sector Publishing Intelligence Ltd 2020. [Admin Only]
Sector Publishing Intelligence Ltd.
Agriculture House, Acland Road, DORCHESTER, Dorset DT1 1EF United Kingdom
Registered in England and Wales number 07519380.