详细说明

工艺流程/Technological process

技术特点/Technical features

可根据不同工艺段废气的特点，设计采用不同的强针对性的工艺技术；组合式工艺极大的提高了废气治理效率。低温等离子反应的实质是利用电磁场中的高能电子轰击污染物分子，使之化学键断裂，形成活性粒子后再与其他基团重新组合形成更稳定的无害物质的过程。光化学反应的实质是利用高强光场辐照，污染物质吸收光子的能量发生跃迁，使其处于极不稳定的激发态，然后再与催化产生的活性基团反应，生成无害物质的过程。光化学能大大促进低温等离子的反应效果与速率，同时，低温等离子中电磁场中的活性离子和自由基也能促进光化学反应的快速、有效的进行，二者相互促进，相辅相成。两个场强的相互作用，使反应效率提高了10至100倍，同时大大降低了项目产品的功耗。处理系统设备具有以下特点： 工艺系统的处理效率很高，并且很稳定； 初期投资费用不高，运行费用低，维护保养简单， 工艺系统容易操作，占地面积小，且经此工艺处理后无二次污染，对保护环境节约能源具有很好的社会与经济效益。According to the characteristics of the exhaust gas in different process sections, different strong targeted technologies are adopted, and the combined process greatly improves the efficiency of exhaust gas treatment. The essence of low-temperature plasma reactor is the use of high energy electron bombardment of pollutant molecules in the electromagnetic field, the breaking of chemical bonds, the formation of active particles and then re combination of other groups during the formation of harmful substances of the more stable. The essence of the photochemical reaction is the use of high strength light irradiation, pollutant absorption photon energy transition, which is in the excited state is extremely unstable, and then the catalytic reaction of active groups generated, generated in the process of harmful substances. The photochemical reaction effect and can greatly promote the rate of low temperature plasma at the same time, also the activity of ions and radicals in the electromagnetic field of low temperature plasma can promote the photochemical reaction quickly and effectively, the two promote each other and complement each other. The interaction of two field strengths increases the reaction efficiency by 10 to 100 times, while greatly reducing the power consumption of the project products. Treatment system has the following characteristics: the treatment efficiency of process system is very high, and very stable; the initial investment cost is not high, low operation cost, simple maintenance, process system, easy operation, small occupied area, and treated by this process does not have two pollution, has good social and economic benefits to protect the environment energy saving.

工艺说明/Process description

一、废体在经过收集系统入主管道，在风压的作用下进入前端粗效过滤，可防止大颗粒物进入处理设备以达到最佳设备处理能效。

二、过滤后的废气进入分离板结构可去除废气中的焦油和粉尘，然后入核心区域"高能离子净化区"使其分子发生轰变，氧化后变为无公害物质。

三、一部份气体经电场净化后进入光化学模块，在高辐照下持续氧化分解，最终生在二氧化碳和水。

四、二次净化后的气体进入超微净化模块，设置有错流喷淋塔体，水体为内循环不产生排放，可增加SUS公司特制的净化药水可对VOCs有害物质深度治理,排放处有除雾装置,净化后的气体优于国家排放标准.结论:是优质的工艺组合.

First, the waste body enters the pipeline through the collecting system and enters the front end under the influence of wind pressure. The coarse effect filtration can prevent the large particles from entering the treatment equipment so as to achieve the best equipment processing energy efficiency.

Two. After filtration, the waste gas enters the separating plate structure to remove the tar and dust in the waste gas, and then enters the core area "high-energy ion purification zone" to make the molecule change and become a pollution-free substance after oxidation.

Three, a part of gas is purified by electric field, and then enters the photochemical module, which is oxidized and decomposed under high irradiation, and finally produced in carbon dioxide and water.

Four, two times into the ultra purified gas purification module is provided with a cross flow spray tower, the water cycle does not produce emissions, can increase the purification potion special SUS material can be harmful to the company governance in depth VOCs, emissions at the demister, gas is better than the national discharge standard after purification. Conclusion: is a combination of process quality.

应用领域/application area

市政污水行业 固废物处理 制药行业 包装印刷 机械制造 塑料加工 烟草等行业.Municipal wastewater industry, solid waste treatment, pharmaceutical industry, packaging printing, machinery manufacturing, plastics processing, tobacco and other industries.