Non-metallic energy oil steam generation method and generation device of no-pressure container

Abstract

The invention discloses a non-metallic energy oil steam generation method and a generation device of a no-pressure container. The method comprises the following steps: a high carbon molecular non-metallic energy oil is heated and gasified, and the gasified high carbon molecular non-metallic energy oil is compressed by using a compressor so as to be transformed into a high temperature gaseous form of high carbon molecular non-metallic energy oil; the transformed high carbon molecular non-metallic energy oil enters a heat exchange pipe to exchange energy with liquid water so as to evaporate the liquid water; and the gaseous high carbon molecular non-metallic energy oil enters a heat exchanger and is transformed into a liquid form of high carbon molecular non-metallic energy oil, and the liquid form of high carbon molecular non-metallic energy oil enters an oil tank again for circulation operations. The invention further discloses the non-metallic energy oil steam generation device of the no-pressure container, wherein the device is designed according to the above-mentioned method. The method of the invention is simple, and has advantages of simple device operation implementation means, rapid steam generation, environmental protection, low manufacturing cost, small size and good safety performance.

Description

technical field [0001] The invention relates to the technical field of steam generation, in particular to a non-metallic energy oil steam generation method and generating equipment without a pressure vessel. Background technique [0002] Existing steam generating devices include gas boilers, oil-fired boilers, coal-fired boilers, coal-water slurry boilers, and electric boilers. These devices have complex structures and must store water for heating and evaporation. They have high energy consumption and low efficiency, and they all belong to pressure vessels. , its drum and other parts are subject to great internal pressure. Due to reasons such as sealing, pressure and medium, pressure vessels are prone to accidents such as explosion, combustion and fire that endanger the safety of personnel, equipment and property, and pollute the environment. They are unsafe, dangerous, and pollute the environment. It is determined that the steam temperature cannot be increased, the investm...

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Problems solved by technology

[0002] Existing steam generating devices include gas boilers, oil-fired boilers, coal-fired boilers, coal-water slurry boilers, and electric boilers. These devices have complex structures and must store water for heating and evaporation. They have high energy consumption and low efficiency, and they all belong to pressure vessels. , its drum and other components need to bear a lot of internal pressure

Due to reasons such as sealing, pressure and medium, pressure vessels are prone to accidents such as explosion, combustion and fire that endanger the safety of personnel, equipment and property, and pollute the environment. They are unsafe, dangerous, and pollute the environment. It is determined that the steam temperature cannot be increased, the investment is large, the heating time is long, the energy consumption is large, the water consumption is large, and the efficiency is low

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