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光氧催化技术与冷凝技术的结合非常好

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光氧催化技术与冷凝技术的结合非常好

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光氧催化技术与冷凝技术的结合非常好

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 光氧催化设备: 1

  Photocatalysis is a common waste gas disposal installation in industrial consumption. In order to obtain better results in operation, consumers stop exploring and improving from time to time, so they have the technology of separation and separation with condensation technology.

  在进料口与挤压机的出口处将产生的废气停止搜集,这时水蒸气会进入冷凝处置阶段,在冷凝的过程中会产生冷凝水,冷凝水会经过特殊方式停止搜集待处置.

  The exhaust gas generated at the inlet and outlet of the extruder will stop collecting. At this time, water vapor will enter the stage of condensation disposal. Condensate water will be produced in the process of condensation. Condensate water will stop collecting and waiting for disposal through special ways.

  进入光氧催化二级冷凝处置阶段,也就是在上级冷凝的根底上停止进一步冷凝,以进步冷凝处置的效果.前两级的废气曾经得到了充沛的冷凝、除雾,在风力保送固体的过程中与吹热风对颗粒停止枯燥过程中产生的废气会被搜集进来停止集中的除雾处置.在除雾处置中,会产生橡胶消费中运用的填充油,在此能够停止搜集和再应用,这时一切的废气都已得到充沛搜集.

  Entering the second stage of photocatalytic condensation treatment, that is, stop further condensation on the basis of the upper condensation to improve the effect of condensation treatment. Exhaust gases from the first two stages have been abundantly condensed and defogged, and the exhaust gases generated during the process of wind guaranteeing solids and the process of drying particles by hot air will be collected to stop centralized defogging treatment. In defogging disposal, filling oil used in rubber consumption will be produced, which can stop collecting and reusing. At this time, all the exhaust gas has been fully collected. 搜集到的废气会经过蒸汽换热器的方式停止加热,加热的作用是加大光氧催化的处置效率,在热的废气得到催化氧化后,气体需求停止一次循环以降升温后携带的热量传送给未处置的废气局部,这个过程能够有效降低能耗,节约热能本钱,在应用金属催化剂,常压状态下与空气中的氧气等氧化剂屡次的催化氧化反响处置后,废气能够到达化工企业的排放规范,也可将其送入热风枯燥系统中,应用其携带的热量停止枯燥处置,该处置方式能够有效降低消费的本钱.

  The collected exhaust gas will stop heating by steam heat exchanger. The function of heating is to increase the efficiency of photo-oxygen catalytic treatment. After the hot exhaust gas is catalytically oxidized, the gas needs to stop a cycle to reduce the temperature and transfer the heat carried to the untreated exhaust gas. This process can effectively reduce energy consumption, save heat energy cost, and apply metal catalysts at atmospheric pressure. After repeated catalytic oxidation reactions with oxidants such as oxygen in the air, the exhaust gas can reach the emission standards of chemical enterprises, and it can also be sent into the hot air drying system to stop the dry disposal with the heat it carries. This disposal method can effectively reduce the cost of consumption.

  经过上述解说我们能够发现,光氧催化与冷凝技术的分离进步了废气处置的效率与净化水平,并且能够反复应用,节能减排降低了本钱,为企业带来较好收益.

  Through the above explanations, we can find that the separation of photocatalysis and condensation technology improves the efficiency and purification level of waste gas disposal, and can be repeatedly applied, energy saving and emission reduction reduce costs, and bring better benefits to enterprises.


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