Moore energy-saving emission-reducing method special for oil field steam injection boiler

Abstract

The invention belongs to the energy-saving emission-reducing filed of an oil field steam injection boiler, in particular to a Moore energy-saving emission-reducing method special for an oil field steam injection boiler, specially solving the fuel oil consumption of the steam injection boiler and the emission reduction of exhaust pollutants. The Moore energy-saving emission-reducing method special for the oil field steam injection boiler can be implemented in the following steps of: (1) finely pulverizing and dispersing Moore liquid, stimulating the Moore liquid to uniformly mix with fuel by utilizing the power of a fan impeller rotating at a high speed and putting the mixture into a hearth for combustion and (2) editing and modifying the corresponding technical parameters of the steam injection boiler according to the data feedback information of the combustion condition variance of the boiler so as to reach the optimal operation condition, wherein a pulverization device is adopted in the step (1) to finely pulverize and disperse the Moore liquid. The invention has dual efficacy of energy saving and emission reduction and has unique drug addition mode, small occupied space and high degree of automation without any mechanical connection or noise.

Description

technical field [0001] The invention belongs to the field of energy-saving and emission-reduction of steam-injection boilers in oil fields, and in particular relates to a Mohr method for energy-saving and emission-reduction specially used for steam-injection boilers in oil fields to solve the problem of fuel oil consumption and emission reduction of tail gas pollutants in oil-field steam-injection boilers. Background technique [0002] In the perennial use of the steam injection boiler, due to the serious aging of the equipment, the fuel cannot be fully burned, and the heat loss of the boiler and the heat loss of the exhaust gas increase. The energy-saving technologies developed by existing applications mainly include the following methods: [0003] 1. Add energy-saving powder and water to the fuel, but it is mainly used on coal-fired boilers, and the implementation process is complicated. The key is that it cannot be used in conjunction with fuel oil. [0004] 2. Add nano-...

AI Technical Summary

Problems solved by technology

[0003] 1. Add energy-saving powder and water to the fuel, but it is mainly used on coal-fired boilers, and the implementation process is complicated. The key is that it cannot be used in conjunction with fuel oil

[0004] 2. Add nano water agent to the fuel saving agent to make it dissolve in the fuel, but in order to ensure the energy saving effect, it must be fully mixed with the fuel, and there is no successful case

However, the magnetic ferrule needs to be specially customized, and the investment in equipment is large. The failure period is generally 3 to 5 years, and it needs to be replaced regularly.

[0006] 4. Existing combustion-supporting additives generally have energy-saving effects, but they do not have the functions of environmental protection, emission reduction and boiler cleaning