Abstract: A hydrogen fuel system for an internal combustion engine includes an electrolyzer for generating hydrogen and oxygen gases. The engine exhaust may be recycled through the electrolyzer where it is converted to hydrogen and oxygen. A water reservoir in fluid communication with the electrolyzer maintains the water level in the electrolyzer. The hydrogen and oxygen generated by the electrolyzer may be routed to the internal combustion engine and provide the fuel for the engine. Hydrogen and oxygen not consumed by operation of the engine is stored in separate pressurized storage tanks. Expanders lower the pressure of pressurized hydrogen and oxygen for use to power the engine and provide electric power to the electrolyzer.

Abstract: A hydrogen fuel system for an internal combustion engine includes an electrolyzer for generating hydrogen and oxygen gases. The engine exhaust may be recycled through the electrolyer where it is converted to hydrogen and oxygen. A water reservoir in fluid communication with the electrolyzer maintains the water level in the elctrolyzer. The hydrogen and oxygen generated by the electrolyzer may be routed to the internal combustion engine and provide the fuel for the engine. Hydrogen and oxygen not consumed by operation of the engine is stored in separate pressurized storage tanks. Expanders lower the pressure of pressurized hydrogen and oxygen for use to power the engine and provide electric power to the electrolyzer.

Abstract: A refrigeration apparatus comprises a chilling compartment within a housing enclosing the chilling compartment and a refrigeration system for directing cold air into the chilling compartment. Cold air enters the chilling compartment through a plurality of inlet nozzles located in the walls of the compartment housing. A chilled air manifold connects the inlet nozzles to the refrigeration system. A control circuit includes an air temperature controller for selectively setting the air temperature. A timer and on/off controls are incorporated in the control circuit. A moisture sensor monitors the moisture of the chilled air flowing into the chilling compartment and terminates air flow into the compartment when the moisture in the air exceeds a predetermined level. The moisture on the drier bed is removed during a regeneration cycle, which directs hot air flow through a drier for reducing the water content to an acceptable level on the drier bed contents.