Temperature-increase-type organic chemical sprayer

Abstract

The invention discloses a temperature-increase-type organic chemical sprayer. The temperature-increase-type organic chemical sprayer comprises a supporting shell, and a flow channel is formed in the supporting shell, and internally provided with a pressurizing nozzle, atomizing sheets, an overcurrent stabilization block, an eddy current generation part and an overcurrent fixation block from rightto left in sequence; the atomizing sheets are fixedly connected with the supporting shell and staggered, heating sheets are installed in the atomizing sheets, and the eddy current generation part is inserted in the overcurrent stabilization block and the overcurrent fixation block. According to the temperature-increase-type organic chemical sprayer, an organic chemical is repeatedly heated throughthe atomizing sheets and the heating sheets, the influence of a low-temperature environment on the atomizing effect of the organic chemical can be avoided, the atomizing effect and atomizing qualityare improved, the non-production operating time is shortened, and the maintenance cost is reduced. Through the eddy current generation part, the atomized organic chemical fluid which flows linearly ischanged into the organic chemical fluid which flows in a shape of eddy current; by means of the flow characteristic of the organic chemical, the organic chemical can be more sufficiently mixed with natural gas, shale gas and other produced gas, and the using effect of the chemical is improved.

Description

technical field [0001] The invention relates to the field of petroleum and natural gas development tools, in particular to a temperature-increasing organic chemical spray head. Background technique [0002] With the continuous extraction of natural gas and shale gas, CO 2 and H 2 Toxic and harmful gases such as S will also be produced together with natural gas and shale gas, CO 2 Under certain temperature and pressure conditions, the hydrate will cause great corrosion to the metal, destroying the structure of the gas production tools and the gathering and transportation pipeline. When the corrosion reaches a certain level, the pipeline will rupture under the action of pressure, 2 Toxic and harmful gases such as S will also be discharged into the atmosphere together with the produced gas, which will cause casualties, property losses and environmental damage accidents. Therefore, how to effectively inject organic agents to protect gas production tools and pipelines has becom...

AI Technical Summary

Problems solved by technology

[0002] With the continuous extraction of natural gas and shale gas, CO 2 and H 2 Toxic and harmful gases such as S will also be produced together with natural gas and shale gas, CO 2 Under certain temperature and pressure conditions, the hydrate will cause great corrosion to the metal and damage the structure of the gas production tools and the gathering and transportation pipeline. When the corrosion reaches a certain level, the pipeline will rupture under the action of pressure. 2 Toxic and harmful gases such as S will also be discharged into the atmosphere together with the produced gas, which will cause casualties, property losses and environmental damage accidents. Therefore, how to effectively inject organic agents to protect gas production tools and pipelines has become a very important task. research content

During the research process, we found that during the injection process of organic chemicals in existing nozzles, the atomization effect of organic chemicals in low-temperature environments such as winter is poorer than in high-temperature environments such as summer, and condensation and clogging of organic chemicals at the nozzles often occur. The adequacy of the agent needs to be injected more in winter than in summer

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