Efficient energy-saving environment-friendly oil nozzle

Abstract

Disclosed is an efficient energy-saving environment-friendly oil nozzle. Under the circumstance that pure oxygen serves as a combustion improver, dozens of oil delivery pipes are arranged from an oil pump to the oil nozzle, an electromagnetic valve is arranged on the upper portion of each oil delivery pipe and controlled by a microcomputer, dozens of oil injectors are arranged on the oil nozzle, and each oil delivery pipe is connected with one oil injector. The microcomputer acquires pressure and temperature parameters of the oxygen from oxygen-inlet nozzles of an engine and a steam turbine through sensors, variety, pressure and viscosity parameters of outlet fuel oil of the oil delivery pipes of the oil pump are combined and then subjected to matching processing of the microcomputer, the optimal oil supply proportion is selected according to the standard that a fuel-oxygen ratio shows that oxygen is excessive, oil injection quantity of the oil injectors is controlled, an instruction is given out to inject oil according to the optimal proportion so as to achieve excessive pure oxygen combustion and enable instantaneous effective combustion rate of fuel to reach a largest limiting value, and accordingly energy saving and emission reduction are achieved. The efficient energy-saving environment-friendly oil nozzle has the advantages of energy saving and emission reduction.

Description

technical field [0001] The invention relates to the fields of engines and steam turbines. Background technique [0002] Existing fuel injectors are all fuel injectors of engines and steam turbines that use air as a combustion aid. There is only one oil delivery pipe from the oil pump to the fuel injector. During the working process, the fuel supply cannot be controlled and adjusted in a large range, and it cannot adapt to the future. development needs. Contents of the invention [0003] A fuel injector with high efficiency, energy saving and environmental protection is provided to solve the above common problems. In the case of pure oxygen as a combustion aid, there are dozens of oil delivery pipes from the oil pump to the fuel injector, and each oil delivery pipe has a solenoid valve. The solenoid valve is controlled by Microcomputer control, there are also dozens of fuel injectors on the fuel injector, and each fuel delivery pipe is connected to one fuel injector. The ...

AI Technical Summary

Problems solved by technology

[0002] Existing fuel injectors are all fuel injectors of engines and steam turbines that use air as a combustion aid. There is only one oil delivery pipe from the oil pump to the fuel injector. During the working process, the fuel supply cannot be controlled and adjusted in a large range, and it cannot adapt to the future. development needs

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