Macromolecule nonmetal energy oil unstressed container mixed fuel-electricity integrated pulse steam equipment

Abstract

The invention provides a high-molecular non-metallic energy oil pressureless container mixed fuel-electricity integrated pulsating steam equipment, including a base and an air mixing box, an oil cylinder is arranged on the base, a pulsating evaporator is arranged inside the oil cylinder, and the pulsating The evaporator includes a pulsating evaporator interlayer outer tube, a double-layer pipe valve flange connector and a porous pulsating core tube. The porous pulsating core tube is provided with porous pulsating water inlet core tube holes, and the interlayer outer tube of the pulsating evaporator is provided with The high temperature and high pressure heating tube of the pulsating evaporator, the oil cylinder is provided with a communication pipe, the other end of the communication pipe is connected to the air mixing box, the mixing box is provided with air holes, and the oil cylinder is provided with a high temperature and high pressure compressor Sports machine, the polymer non-metallic energy oil non-pressure container hybrid fuel-electricity integrated pulsating steam equipment has a reasonable structure, low energy consumption and high thermal efficiency, and is suitable for various types of steam-using units in enterprises and institutions.

Description

technical field [0001] The invention is a non-metallic energy oil non-pressure container mixed fuel-electricity integrated pulsating steam equipment, which belongs to the technical field of mixed liquid, gas, solid and steam equipment. Background technique [0002] The existing steam generation equipment includes electric boilers, natural gas-fired organic carrier boilers, oil-fired boilers, coal-fired boilers, water-gas boilers, and biomass-fired boilers. Low, and there is a large amount of saturated water, all belong to the pressure vessel, and its boiler and other components must bear a large internal pressure. Due to the reason of sealing, pressure and medium, the pressure vessel is prone to explosion, combustion and fire, which will endanger personnel, equipment and equipment. property safety and accidents that pollute the environment. Unsafe, high risk, high environmental pollution, and determined by the nature of water, can not increase the steam temperature, large i...

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Problems solved by technology

[0002] The existing steam generation equipment includes electric boilers, natural gas-fired organic carrier boilers, oil-fired boilers, coal-fired boilers, water-gas boilers, and biomass-fired boilers. Low, and there is a large amount of saturated water, all belong to the pressure vessel, and its boiler and other components must bear a large internal pressure. Due to the reason of sealing, pressure and medium, the pressure vessel is prone to explosion, combustion and fire, which will endanger personnel, equipment and equipment. Property safety and accidents that pollute the environment

Unsafe, high risk, high environmental pollution, and determined by the nature of water, can not increase the steam temperature, large investment, long heating time, large energy consumption, large water consumption, low efficiency

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