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催化燃烧废气处理设备流程(催化燃烧废气处理设备流程规范)

文章作者:章工恒立 发布时间:2022-09-06 16:38:11 浏览次数:0

催化燃烧废气处理设备流程(催化燃烧废气处理设备流程规范)本页面通过数据整理汇集了催化燃烧废气处理设备流程(催化燃烧废气处理设备流程规范)相关信息,下面一起了解一下。

催化燃烧废气处理设备流程(催化燃烧废气处理设备流程规范)

催化燃烧废气处理设备流程

绿色、环境保护是现在公司生产过程中的基调,催化燃烧设备做为资金投入低、效果非常的好的废气治理设备,当然成为了消费者选用的目标。那麼下面鑫源环境保护来为各位讲解下催化燃烧设备的常见小常识。

催化燃烧装置加工工艺详细介绍:

运用结构陶瓷的高热传导系数特点做为换热物质,以获得较完整的热量传导率。将含恶臭味汽体或VOCS的有机废气,在根据一个回收利用设备温度的瓷器添充床加热后,其有机废气环境温度几乎做到催化反应室设置环境温度,并使污染物质造成化学作用,随后导进加温室提温,并保持在设置环境温度,以做到设定的清除高效率,经催化反应解决后的有机废气导进其他的瓷器添充床,回收利用热量后排座到空气中,其排出环境温度仅稍高于有机废气处理前的环境温度。全部的瓷器添充床均做加温、催化反应净化处理、储热制冷的反复流程。该工艺具备净化处理高效率、运作成本低的特性。

应用催化剂时要特别注意的事宜:

在每一次应用催化剂以前,须先用清新空气在100-150℃的温度范围内(一般为300-350℃)将易燃物高过起燃环境温度的气体充足加热半小时以上。

禁止在催化剂料层环境温度小于起燃环境温度时引进工业废气,不然很容易使催化剂中毒症状和反应釜产生“阻塞”状况。

尽量防止烟尘的进到,能合理地避免催化剂孔道阻塞。

催化剂的甄选应用温度范围为200-250℃,尽量减少催化剂长期性处在800℃以上的高溫自然环境。

泊车时需首先断开排气管源,禁止在断开催化反应床边的加温开关电源后再次进到排气管源,环境温度已经小于需要的加热环境温度,断开排气管源后再次加温催化剂床边清新空气,换气半小时以上,做到规定后才可彻底泊车,防止激冷。

Green and environmental protection are the keynote of the company's production process. Catalytic combustion equipment, as an exhaust gas treatment equipment with low capital investment and very good effect, has certainly become the target of consumers. Then, Xinyuan environmental protection will explain the common common knowledge of catalytic combustion equipment to you < p > detailed introduction to the processing technology of catalytic combustion device: < / P > < p > the characteristics of high thermal conductivity of structural ceramics are used as heat exchange materials to obtain relatively complete thermal conductivity. After the organic waste gas containing malodorous vapor or VOCs is heated in a porcelain filling bed according to the temperature of a recycling equipment, the ambient temperature of the organic waste gas is almost the same as that set in the catalytic reaction chamber, and the pollutants cause chemical reactions. Then, it is led into the heating chamber to raise the temperature and kept at the set ambient temperature, so as to achieve the set removal efficiency. The organic waste gas after the catalytic reaction is led into other porcelain filling beds, The recovered heat is returned to the air, and the exhaust ambient temperature is only slightly higher than the ambient temperature before the organic waste gas treatment. All the porcelain filling beds are subject to the repeated processes of heating, catalytic reaction purification and heat storage refrigeration. This process has the characteristics of high purification efficiency and low operating cost < p > matters to be paid special attention to when applying the catalyst: < / P > < p > before each application of the catalyst, the gas with combustibles higher than the light off environment temperature must be heated for more than half an hour with fresh air in the temperature range of 100-150 ° C (generally 300-350 ° C) < p > it is forbidden to introduce industrial waste gas when the ambient temperature of the catalyst material layer is lower than the light off ambient temperature, otherwise it is easy to cause catalyst poisoning symptoms and "blockage" of the reaction kettle < p > try to prevent the entrance of smoke and dust, and reasonably avoid the blockage of catalyst channels < p > the selection and application temperature range of the catalyst is 200-250 ℃, and the high-temperature natural environment where the catalyst is above 800 ℃ for a long time shall be minimized < p > when parking, first disconnect the exhaust pipe source. It is forbidden to enter the exhaust pipe source again after disconnecting the heating switch power supply at the catalytic reaction bed. The ambient temperature is already lower than the required heating ambient temperature. After disconnecting the exhaust pipe source, reheat the fresh air at the catalyst bed and exchange air for more than half an hour. Parking can be completed only after the requirements are met to prevent chilling

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