Universal fuel engine

Abstract

The invention discloses a universal fuel engine. The engine comprises a fuel tank and a fuel pump connected with the fuel tank through an oil pipe; the fuel pump is connected with a control valve through a circuit, the control valve is connected with a gasification pipe through an oil amount controller, the fuel pump is connected with the gasification pipe through an oil pipe, the gasification pipe is externally connected with a plasma generator and an intake manifold, the plasma generator is connected with a magnetofluid accelerator, the plasma generator and the intake manifold are both connected with a mixing device through a pipeline, and the mixing device is communicated with an engine steam cylinder. The universal fuel engine is mainly composed of a fuel supply system, a magnetofluid acceleration system, a plasma system and a control system; through the device, heat energy can be recycled to reach 70% to 90% of the discharge value, meanwhile, through the engine, the fuel limit is broken through, methyl alcohol can be used as main fuel, the combustion rate is greatly improved, the exhaust temperature is reduced by 150 DEG C to 200 DEG C, the combustion rate is improved, combustion is more sufficient, harmful substances during discharging are greatly reduced, and the exhaust gas emission corresponding stipulations can be met.

Description

technical field [0001] The invention relates to a universal fuel engine. Background technique [0002] Fuel engine is a power mechanical device represented by internal combustion engine. Fuel engines have made great contributions to social progress, technological development and improvement of people's lives. Many vehicles in modern civilized society rely on fuel engines as their power sources. It has been more than 100 years since the birth of the fuel-type engine. In the past 100 years, especially in the past 20-30 years, the number of fuel-type engines has developed by leaps and bounds. The thermal efficiency of the engine has been significantly improved, and the emission has been effectively controlled. The fuel base The development of research and the improvement of fuel control technology have played a vital role in the improvement of fuel-based engines. [0003] At present, fuel-based engines still mainly rely on petroleum fuels, and the shortage of petroleum resour...

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Problems solved by technology

[0005] In recent years, the oil-to-gas conversion has been applied. After the car is converted to gas, it can save 50% of fuel and reduce emissions by 85%-90%. As for the use of bio-oil, there are also some unsolvable problems, such as high moisture content, particle impurities, high viscosity, poor stability, corrosion, etc., which are very different from traditional fossil fuels, and also give bio-oil the advantages Using brings a lot of difficulties

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