High-efficiency and energy-saving boiler burner for plasma water splitting and hydrogen production

Abstract

The invention discloses an efficient energy-saving boiler burner for plasma hydrolysis hydrogen generation. The efficient energy-saving boiler burner is composed of an intelligent controller, a high-frequency high-voltage power supply, a plasma electric arc catalysis ejector, a moisture evaporator, a water pump, a water amount regulating valve, a moisture evaporator, a temperature sensor, an oil pump, an oil quantity regulating valve, an electronic igniter, an oil sprayer, a fan, a magnetic valve, a flame spraying burner, a burner housing and an installing flange. Water is heated to produce water vapor, then the water vapor is rapidly decomposed in the plasma electric arc catalysis ejector to produce hydrogen and oxygen molecules and hydrogen and oxygen ions, the hydrogen and oxygen molecules and the hydrogen and oxygen ions and fuel or fuel gas are sprayed into a boiler hearth through the flame spraying burner to be burned, accordingly the purposes of increasing fuel or replacing a part of fuel to increase oxygen, remarkably saving the fuel and improving energy-saving emission-reducing indexes are achieved, and the efficient energy-saving boiler burner is an ideal upgraded new high-tech product in the industry.

Description

technical field [0001] The invention relates to a high-efficiency energy-saving boiler burner for hydrogen production by plasma splitting water, and belongs to the technical fields of reusable energy, environmental protection, energy saving and emission reduction. Background technique [0002] At present, there are about four kinds of fuels used in civil boilers and industrial boilers: coal, fuel oil, natural gas and machine-made organic firewood, but these are non-renewable energy sources, which will gradually dry up with people's consumption and the passage of time. For a long time, it has been a good wish to turn water into a reusable alternative energy source: water molecules are composed of hydrogen and oxygen (H 2 O) composition, per kilogram of water contains about 11% hydrogen and 89% oxygen by substantial weight, hydrogen can be burned, oxygen can support combustion, and the calorific value of hydrogen combustion is three times that of gasoline, and what is generate...

AI Technical Summary

Problems solved by technology

However, the current hydrogen production technology cannot realize large-scale commercial hydrogen production, because the energy consumption of the existing hydrogen production technology is too large, and the efficiency is very low.

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