초록 ▼

A power plant with a CHP system having a distillation apparatus to yield a high thermally efficient electrical power plant for reduced fuel usage and subsequent lower CO2 emission specie. The incorporation of a Combined Heat and Power (CHP) system with a microturbine, makes use of the low emissions

A power plant with a CHP system having a distillation apparatus to yield a high thermally efficient electrical power plant for reduced fuel usage and subsequent lower CO2 emission specie. The incorporation of a Combined Heat and Power (CHP) system with a microturbine, makes use of the low emissions gas turbine exhaust gas waste heat of this electrical power generation plant for distillation processes, replacing the current use of electrical heating elements of the distiller unit. The inventive device includes a distiller apparatus and a microturbine gas turbine electrical power plant, a heat exchanger device where the exhaust gas waste heat energy of a gas turbine power plant passes thru one side of a series of plates/sheets of material and or tubes and heats the process fluids on the opposite side and also a surface area condenser is incorporated to reduce the product vapor state to a liquid.

대표청구항 ▼

What we claim: 1. An electrical power generation system with a distiller apparatus, comprising: a engine body; a combustor heat source in said engine body; compressor chamber with an air inlet in said engine body, has fluid communication with said combustor heat source; a rotatable compressor rotor

What we claim: 1. An electrical power generation system with a distiller apparatus, comprising: a engine body; a combustor heat source in said engine body; compressor chamber with an air inlet in said engine body, has fluid communication with said combustor heat source; a rotatable compressor rotor with blades attached, is located in said compressor chamber; a rotatable turbine rotor with blades attached, is in fluid communication with said combustor, is attached to the compressor rotor in said body; and alternator rotor with retained permanent magnets is in said engine body, and integrated to said compressor rotor and said turbine rotor to form an electrical output power spool; an iron laminat stator with electrical wire is co-axially located about and in close proximity to the said alternator rotor were relative rotation cause magnetic flux and subsequent electricity to be generated; an output power spool turbine exhaust duct to direct the waste heat away from the said output power spool turbine rotor and in said engine body; a turbo charger system in the said engine body has a minimum of one rotor spool, having a compressor rotor with attached blades in a compressor housing and in fluid communication with the said electrical output power spool compressor rotor air inlet and the turbo charger turbine rotor with blades attached is in fluid communication with said electrical output power spool compressor rotor air inlet and the turbo charger turbine rotor with blades attached in fluid communication with the said electrical output power spool turbine exit gases, said output power turbine exhaust gas duct; a distiller apparatus in fluid communication with the said turbo turbine exhaust gas waste heat, said turbo turbine exhaust duct, turbo charger turbine rotor exit to create vapor from the process fluid of the distillation operation, the said turbo turbine exhaust gas waste heat and said process fluid transition thru the heat exchanger distiller system in separate channels/opposite sides.