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Options of fuel mixtures and emulsions with a high level of dynamic homogenization in real time are considered.Modern engines with a high-pressure pump can be equipped with a system of dynamic homogenization of the fuel mixture without minimal modifications to the fuel system.Dynamic homogenization system can be implemented on stationary combustion engines and internal combustion engines installed on vehicles.The dynamic homogenization system can be equipped with an additional system for forming fuel emulsions of two types, - compressible emulsion and incompressible emulsion.The dynamic…mehr

Produktbeschreibung
Options of fuel mixtures and emulsions with a high level of dynamic homogenization in real time are considered.Modern engines with a high-pressure pump can be equipped with a system of dynamic homogenization of the fuel mixture without minimal modifications to the fuel system.Dynamic homogenization system can be implemented on stationary combustion engines and internal combustion engines installed on vehicles.The dynamic homogenization system can be equipped with an additional system for forming fuel emulsions of two types, - compressible emulsion and incompressible emulsion.The dynamic homogenization system enables up to eight additional components to be effectively emulsified in an emulsion.The dynamic homogenization system without modification can effectively dissolve combustible gases in the liquid hydrocarbon fuel stream before injection into the combustion chamber, both on stationary internal combustion engines and on internal combustion engines mounted on vehicles.
Autorenporträt
Aleksandr Gorbov is a specialist in technological equipment with digital software control including elements of artificial intelligence, a member of the Estonian Electronic Industry Association, a member of the New York Academy of Sciences, is an active inventor, author and owner of two integrative patents.