Pure steam or injection water all-in-one machine

Abstract

The invention relates to a pure steam or injection water production device, in particular to a pure steam or injection water all-in-one machine. A purified water tank is connected with an electric heating water tank A. The electric heating water tank A is connected with a preheating water inlet of a preheating tank. A preheating water outlet of the preheating tank is connected with a water pump. The water pump is connected with the electric heating water tank A and an electric heating water tank B through a three-way joint. The electric heating water tank B is connected with a circulating water inlet of a steam tank. A circulating water outlet of the steam tank is connected with the electric heating water tank B. A steam outlet of the steam tank is connected with a steam outlet pipe and aheat exchanger. The heater exchanger is connected with an injection water pipe. A valve A is mounted between the water pump and the electric heating water tank B. A valve B is mounted between the steam tank and the heat exchanger. A valve D is mounted between the purified water tank and the electric heating water tank A. A needle valve is mounted at the top of the preheating tank. The pure steam or injection water all-in-one machine is simple in structure, low in energy consumption, low in cost and easy to operate and maintain, few auxiliary devices are needed, and the quality of pure steam orinjection water is high.

Description

technical field [0001] The invention relates to steam and injection water production equipment, especially a pure steam or injection water integrated machine. Background technique [0002] At present, most of the heating in the process of producing pure steam or water for injection uses industrial steam to heat up through a heat exchanger, pure steam generators are produced by evaporating purified water, and water injection machines are produced by distilling purified water. At present, pure steam or water for injection is produced by separate equipment. Since some small-scale test bases and pilot project plants cannot provide industrial steam as a heating source for producing pure steam or injection water, equipment using industrial steam cannot meet the requirements for use. [0003] In addition to conventional resources such as purified water, compressed air, and electricity, industrial steam equipment also requires users to build additional boiler rooms to ensure stable...

AI Technical Summary

Problems solved by technology

Since some small-scale test bases and pilot project plants cannot provide industrial steam as a heating source for producing pure steam or injection water, equipment using industrial steam cannot meet the use requirements

Images