A combustion system based on the combination of electronically controlled electromagnet and nano-fuel

Abstract

The invention discloses a combustion system based on combination of electronic control electromagnets and nanometer fuel. The electromagnets are arranged in a hollow exhaust valve, the bottom of a piston and sealing shells. The sealing shells are arranged between the upper wall and the lower wall of a water channel. The electromagnets are connected with a high-voltage direct current power source through switches. The high-voltage direct current power source is connected with an electronic control unit. When the rotating speed and power change, the electronic control unit controls turning on and off of the high-voltage direct current power source, the magnitude and direction of currents are adjusted, and a particle catcher catches particles in waste gas. Under different magnetic field strengths, ions and nano particles in combustion flames promote mixed gas forming through the ionic wind effect and the characters of the nano particles, fuel is combusted sufficiently, combustion efficiency is improved, the fuel consumption rate is reduced, and discharging of engine pollutants is reduced.

Description

technical field [0001] The invention belongs to the field of internal combustion engine combustion, and in particular relates to a combustion system based on the combination of electronically controlled electromagnets and nano-fuel. Using magnetic fields to change the trajectory of ions and ion clusters produced by combustion, combined with nano-fuel additives to promote combustion, to reduce fuel consumption, reduce emissions, increase compressed air temperature, promote the formation of mixed gas, and improve fuel efficiency. Background technique [0002] With the increasingly stringent emission regulations and the increasing shortage of fossil energy, higher requirements are placed on the combustion efficiency, low fuel consumption and pollutant emissions of fuel in the cylinder. The combustion process of fuel is a very complicated process. For the engine, a rapid and perfect combustion process is very important to improve the energy conversion efficiency of the engine, i...

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Problems solved by technology

Nano-fuel additives generally contain peroxides or macromolecular amine compounds, which have a certain chemical cleaning and pollution-reducing effect on engine carbon deposits and deposits, but for parts that have no obvious fuel-saving effect and will corrode the cylinder wall, due to the nitrogen The addition of nitrogen oxides and other reasons led to the increase of nitrogen oxides in pollutants

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