COMBUSTION ENGINES OPTIMIZATION&POLUTION REDUCTION
Ever since its creation in 1876 Otto internal combustion engine is known for its low efficiency of about 30%. The only improvements are done via fuel injection system and additional air supply in the burning cycle. No significant improvement was possible until now.
Such significant improvement is possible now by using Oxyhydrogen as a fuel additive in all types of combustion engines. Both trucks and passenger vehicles can run on Oxyhydrogen mixture with an effective outcome as a fuel catalyst reducing both costs and pollution. In terms of profits to the owner, and also to the environment the economic viability of any change is the most important consideration in the industry, inherent with the need for all standards and conventions to be abided by with the least additional equipment onboard.
Oxyhydrogen is generated on board on-demand utilizing excess electrical energy produced by the vehicle alternator using only small quantities of water for electrolysis thus producing energy with no cost.
Oxyhydrogen for running the combustion engines does not need storage and/or re-filling except for the water tank / once per each 1500 -2000 km for passenger vehicle/. The water re-filling system for commercial vehicles is fully automatic and has to be re-filled only once per month.
No modifications are required to existing engines as the Oxyhydrogen is fed into the air intakes of the engines.
Engines run better with Oxyhydrogen showing reduced noise and vibration, and so prolonging engine lifespam.
Unlike using hydrogen fuel cells for powering vehicles with hydrogen, the following systems are not required when using Oxyhydrogen Generator onboard: 1. Electric Propulsion systems. 2. Hydrogen storage tanks 3. Compatible piping systems for Electric Propulsion.
Oxyhydrogen additive provides significant conventional fuel savings of about 35% suburban and 25% urban vehicle drive due to its high energy value and reduces the unburnt conventional fuel to zero.
In comparison with all fuels that explode including Hydrogen thus creating emissions Oxyhydrogen implodes while generating high volumes of energy therefore providing huge pollution reduction.
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