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THE MOST ADVANCED HYDROGEN (H2) (HHO) REACTOR IN GREEN ENERGY TECHNOLOGY
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Coates International, Ltd. prepares for tests on its latest natural gas and hydrogen CSRV 250 KW Electric Power Generator and Hydrogen reactor. Impressive results from hydrogen + diesel tests show significant fuel savings and potential for various applications.
Coates Hydrogen (H2) (HHO) Reactor energy usage and temperatures provided.
Potential applications for Coates Hydrogen (H2) (HHO) Advanced Reactors highlighted.
Major savings in fuel consumption compared to standard Cummins 250KW diesel electric power generator.
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Wall Township, NJ, Feb. 21, 2024 (GLOBE NEWSWIRE) -- Coates International, Ltd. is now preparing for tests on its latest natural gas and hydrogen (H2) (HHO) CSRV 250 KW Electric Power Generator and Hydrogen (H2) (HHO) reactor.
Company President and CEO, Mr. George J. Coates EE ME, commented “People involved in the testing are so excited that they are not paying attention to the press releases.” On one of the hydrogen + diesel 250KW tests the following results were produced: a one-hour test under a load of 225 KW, 319 Amps, 1800 RPM, fuel consumption of diesel 43.1%, hydrogen (H2) (HHO) 54.9%. The Coates Hydrogen (H2) (HHO) Reactor energy used 2.5% = 2.5 KW, reactor temperature 120°F, engine temperature 152°F, exhaust temperature 700°F.
Emissions:
CO 0.00
CO2 6.3
O2 13.2
NOX .03850
HC .0009
One-hour run test 7.5 gallons of diesel, 54.9% hydrogen, for a savings in diesel fuel of 10.5 gallons. This was only one of a number of one-hour tests that showed great results.
A standard Cummins 250KW diesel electric power generator consumes 18 gallons of diesel fuel per hour. These independent tests show major savings in fuel consumption. The Coates Hydrogen (H2) (HHO) Advanced Reactors can be adopted to ships, boats, large trucks, busses, existing generator sub stations, and assist the charging stations for electric power vehicles.
What are the results from the hydrogen + diesel 250KW tests?
Results from the hydrogen + diesel 250KW tests include a one-hour test under a load of 225 KW, 319 Amps, 1800 RPM, with fuel consumption of diesel at 43.1% and hydrogen (H2) (HHO) at 54.9%.
What are the emissions and temperatures reported during the tests?
During the tests, emissions such as CO, CO2, O2, NOX, and HC were measured. The Coates Hydrogen (H2) (HHO) Reactor energy used 2.5% = 2.5 KW, with reactor temperature at 120°F, engine temperature at 152°F, and exhaust temperature at 700°F.
How much diesel fuel was saved during the one-hour run test?
During the one-hour run test, 7.5 gallons of diesel were used, with 54.9% hydrogen, resulting in a savings of 10.5 gallons of diesel fuel.
What are the potential applications for Coates Hydrogen (H2) (HHO) Advanced Reactors?
Coates Hydrogen (H2) (HHO) Advanced Reactors can be adopted for ships, boats, large trucks, buses, existing generator sub-stations, and assist in charging stations for electric power vehicles.
How does the fuel consumption of Coates International's generator compare to a standard Cummins 250KW diesel electric power generator?
Independent tests showed major savings in fuel consumption by Coates International's generator compared to a standard Cummins 250KW diesel electric power generator, with the latter consuming 18 gallons of diesel fuel per hour.
Coates International, Ltd. engages in the design and development technologies that evolve the standard combustion engine. The company's patent, Coates Spherical Rotary Valve system technology is designed to operate in piston-driven internal combustion engines of many types. Its technology and applications appeal to number of different geographic and product markets, including automobiles, light trucks, heavy trucks, machinery, railroads, marine engines, military equipment, light aircraft, helicopters, lawn mowers, snowmobiles, and jet skis. The company was founded by George J. Coates on December 22, 1987 and is headquartered in Wall Township, NJ.
