JPS58178811A - Freon gas turbine power generater - Google Patents

Abstract

PURPOSE:To improve the efficiency of a turbine power generater under the complete condensation and evaporation of gas by a method wherein cold water and hot water are flowed as much as and as fast as possible in case of performing a condensation and evaporation of gas in the freon gas turbine power generater. CONSTITUTION:A water tank 6 is installed at a condensor unit, the condensor unit 1 and the water tank 6 are connected by water pipe 8 through water pump 7, a water tank 6' is installed at an evaporater 2, then the evaporater and the water tank 6' are connected by a water pipe 8' through a water pump 7'. Then, the cold water is filled in the water tank 6 and hot water is filled in the water tank 6' the water pumps 7, 7' are operated to perform a heat exchanging operation with gas at the condensor 1 and the evaporater 2, then the gas is condensed and evaporated. At this time, cold water and hot water are flowed as much as and as fast as possible, then an extracted calory at one time of feeding water is few, and a circulation of the water may cause a better condensation and evaporation of the gas.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a method for condensing and evaporating gas in a fluorocarbon gas turbine generator.

The fluorocarbon gas turbine generator exchanges heat between cold water and gas in the condenser 1, condenses the gas, and sends the condensed gas to the evaporator using the pump 4, where it exchanges heat with the greenhouse and the condensed gas to evaporate the gas. Gas pressure turns a turbine to generate electricity.

Up until now, both cold and hot water had been used for heat exchange by passing water through the water once, so in order to absorb enough calories, the smallest amount possible had to be passed at a low speed.

However, with this, the flow of water was delayed from the flow of gas, and complete condensation and evaporation did not occur, resulting in no increase in efficiency.

In this invention, a water tank 6 is installed on the condenser side, and a water pump 7 is installed.
A water pipe 8 connects the condenser 1 and the water tank 6 back and forth, and a water tank 6' is installed on the evaporator 2 side, and a water pipe 8' connects the evaporator 2 and the water pump 7'. It connects the water tank 6' back and forth.

Now fill water tank 6 with cold water and water tank 6' with hot water.
The water pumps 7 and 7' are operated to exchange heat with the gas in the condenser 1 and evaporator 2 to condense and evaporate the gas.

At this time, cold water and hot water must be flowed quickly and in large quantities.

It seems that pumping a large amount of water rapidly will have a negative effect on the pump, but the number of water intake and outlet ports for the condenser and evaporator should be increased. By using the pressure of the pump for drainage, the negative sign will not be so large.

By rapidly flowing a large amount of water, only a few calories are taken out once the water is passed, but the necessary calories can be taken out by circulating the water.

This raises the water temperature in the water tank 6 and lowers the water temperature in the water tank 6'.

When a predetermined temperature is reached, the water is discharged from the water outlets 8 and 8' and replenished accordingly.

It has already been proven in experiments using coolers that gas condensation and evaporation improve when a large amount of water is rapidly circulated to exchange heat.

The gas, which has been liquefied in the condenser and whose pressure has decreased, passes through the gas pipe S, enters the evaporator 2 by the pump 4, is evaporated by hot water, the pressure rises, drives the turbine generator 3, and returns to the condenser 1. Becomes liquefied in cold water.

[Brief explanation of the drawing]

The figure is a schematic diagram showing the configuration. 1. Condenser, 2. Evaporator, 3. Turbine generator, 4.
Gas pump, 5, gas pipe, 6, 6'water tank',
7, 7', water pump, 8, 8', water pipe, 9, 9',
Water outlet, applicant Oguri ■

Claims (1)

[Claims] In a fluorocarbon gas turbine generator consisting of a condenser 1, an evaporator 2, a turbine generator 3, and a pump 4, a water tank 6 is installed on the condenser side and a water tank 6' is installed on the evaporator side. The tank 6 is connected with a water pipe 8 via a water pump 7 so that water circulates, and the evaporator 2 and the water tank 6' are connected via a water pump 7' with a water pipe 8' so that water circulates. A fluorocarbon gas turbine generator in which water is forced to circulate between a condenser 1 and a water tank 6, and between an evaporator 2 and a water tank 6'.