Coates International, Ltd. Announces Next Generation of Its Proprietary, Gaseous Hydrogen Reactor Design
October 12, 2021 at 06:00 am EDT
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Coates International, Ltd. announced that it has fulfilled its promise and achieved a major breakthrough in the next generation of its proprietary, Gaseous Hydrogen Reactor Design. This breakthrough is now able to harness and deliver Gaseous Hydrogen to power the Company’s industrial CSRV® Electric Power Generator 100 – 150 KW. The Generator energizes the hydrogen reactor with 3KW of power needed to produce the Gaseous Hydrogen which is then delivered as the fuel to run the CSRV® Generator. With this achievement, the various Coates technologies are now viable as extremely low-cost, ultra-efficient options, that are beyond compare, in the industrial and commercial “green energy” power generation markets. Advanced Hydrogen Power, Ltd. and Coates International, Ltd. have been working on this new Reactor Technology for approximately seven years and are now planning to establish production of this most Green Power Technology.
Orders have already been received from Mexico and the USA.
Coates International, Ltd. is engaged in developing the Coates Spherical Rotary Valve (CSRV) system technology, which is adaptable for use in piston-driven internal combustion engines of various types. The Company's CSRV Engines produce only ultra-low levels of harmful emissions while in operation. Engines operating on the CSRV system technology can be powered by a selection of fuels. The CSRV system is designed to replace the intake and exhaust conventional poppet valves used in almost all piston-driven stationary, automotive, motorcycle and marine engines. Unlike conventional valves, which protrude into the engine combustion chamber, the Coates rotary valve system utilizes spherical valves that rotate in a cavity formed between an over two-piece cylinder head. The Coates rotary valve system uses approximately 1/10th the moving parts of conventional poppet valve assemblies. The Company has adapted its technology to industrial engines to power electric generators.