Macromolecule nonmetal energy oil unstressed container pulse steam method and pulse steam engine

Abstract

The invention provides a pulsating steam method and a pulsating steam engine in a pressureless container of polymer non-metallic energy oil. The tube is connected to the oil cylinder. A compressor is installed on one side of the oil cylinder. The compressor is connected to the oil cylinder through an air mixing tube. The other end of the compressor is connected to the oil cylinder through a high temperature conduit. The compressor is equipped with Gear pump, the top of the gear pump is connected to the oil cylinder through a delivery pipe, the bottom of the gear pump is connected to the oil cylinder through a liquid flow pipe, the compressor includes a shaft core, and one end of the shaft core is connected to the output shaft of the gear pump Connected, the oil cylinder is provided with a pulsating evaporator, and the top of the pulsating evaporator is provided with a burner. The polymer non-metallic energy oil pressureless container pulsating steam method and pulsating steam engine have reasonable design, high safety, and are easy to use.

Description

technical field [0001] The invention relates to a pulsating steam method and a pulsating steam engine for a pressureless container of polymer non-metallic energy oil, belonging to the technical field of pulsating steam generation. 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 environmental pollution accidents. Most of the current steam generating equipment is unsafe, dangerous, and pollutes the environment. Moreover, it is determined by the nature of the...

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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 environmental pollution accidents. Most of the current steam generating equipment is unsafe, dangerous, and pollutes the environment. Moreover, it is determined by the nature of the water and cannot increase the steam temperature. The investment is large, the heating time is long, and the energy consumption is large. High water consumption and low efficiency

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