Abstract: An implantable system for erectile dysfunction treatment includes an implantable pump having an inlet and an outlet port. The inlet port is configured to receive blood from an artery within the body. The outlet port is configured to receive the blood from the inlet port and deliver that blood to an artery having a direct or indirect path to the corpora cavernosa of the penis. Activation of the pump, preferably via manual compression or electrical activation, causes the transfer of blood and ultimately an erection. Upon conclusion of sexual activity, blood drains from the penis in a normal manner and returns the penis to a flaccid state. The pump preferably incorporates a non-return valve to prevent backflow of blood from outlet port to inlet port.

Abstract: An implantable system for erectile dysfunction treatment includes an implantable pump having an inlet and an outlet port. The inlet port is configured to receive blood from an artery within the body. The outlet port is configured to receive the blood from the inlet port and deliver that blood to an artery having a direct or indirect path to the corpora cavernosa of the penis. Activation of the pump, preferably via manual compression or electrical activation, causes the transfer of blood and ultimately an erection. Upon conclusion of sexual activity, blood drains from the penis in a normal manner and returns the penis to a flaccid state. The pump preferably incorporates a non-return valve to prevent backflow of blood from outlet port to inlet port.

Abstract: Carbon dioxide; from a boiler flue gas stream is separated, recycled and utilized for gasification of coal or biomass to increase fuel utilization and to decrease the carbon dioxide emissions into the atmosphere.

Abstract: Waste landfill gases are treated and separated by a combination of gas cleaning, gas compression, gas cooling, and gas absorption processes to produce high quality liquefied natural gas, liquefied carbon dioxide and compressed natural gas products.

Abstract: A condensing heat exchanger for removing acidic vapors and recovering residual waste heat energy normally rejected into the atmosphere from a fossil fueled boiler flue gas stream, wherein the waste heat energy in the boiler flue gas is recovered by multiple evaporative and condensing heat exchangers and by a heat pump refrigeration system to recover heat energy from the flue gas stream and to preheat the boiler combustion air stream and boiler feed water stream.

Abstract: Sulfur dioxide in flue gas exhaust stream from fossil fueled boiler, is absorbed by a regenerative organic solvent in a centrifugal gas separator-absorber.

Abstract: Sulfur dioxide in flue gas exhaust stream from fossil fueled boiler, is absorbed by a regenerative organic solvent in a centrifugal gas separator-absorber.

Abstract: A method for recovering and utilizing residual waste heat energy normally rejected into the atmosphere from a combined direct expansion refrigeration system driven by a natural gas or internal combustion engine, wherein the waste heat energy rejected from the condenser of the refrigeration system is combined with the heat energy rejected from the engine block cooling fluid and the exhaust gas stream and recovered by a refrigerant power fluid to drive a vapor power expander and co-generate auxiliary electric power.

Abstract: Energy of shock force normally absorbed by shock absorber in an automotor vehicle is recovered and converted to electric power.

Abstract: A hybrid-propulsion car system having one axle driven by an internal combustion engine and another axis driven by an electric motor. The waste heat of the internal combustion engine is absorbed by the engine cooling fluid, and is then heat exchanged with an evaporative fluid in a closed circuit. The evaporative fluid is vaporized by the heat of the engine cooling fluid in order to drive an expander which in turn drives an electric generator. The electric generator supplies current to a storage battery and to the electric motor.

Abstract: A method for cleaning a flue gas stream continuously emitting from a thermal power plant fossil fueled boiler, and containing hazardous volatile organic vapors, heavy metal vapors, nitrogen oxides, sulfur dioxide, and carbon dioxide by cooling, condensing and gas liquefaction processes employing a heat recovery condensing heat exchanging, and a gas compressor-expander open heat cycle systems.

Abstract: Hermetically sealed electric driven gas compressor-expander for use in refrigeration system where low temperature waste energy rejected from the condenser is recovered and used to produce kinetic energy to assist driving the compressor, and thus reducing the electric power required for refrigeration.

Abstract: Acidic vapors from hot flue gases are condensed and collected. The waste heat therefrom is recovered and used to produce additional electrical power.

Abstract: Centrifugal gas compressor - expander for use in refrigeration system where low temperature level energy rejected from the condenser is recovered and used to produce kinetic energy to assist driving the compressor, and thus reducing the electric power required for refrigeration.

Abstract: Sulfur dioxide and carbon dioxide, emitted in flue gases are separated by gas centrifuge separators, and liquefied by gas mechanical compression and cooling means.