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2020-12-18
臭气处理设备的技术原理是怎样的?
低温等离子臭气处理设备是现在使用较多的除臭设备,它具有净化效率高,运行费用低,省电等优点,也是受广大人群喜欢的原因之一。下面我们来看看等离子臭气处理设备的原理是怎样的?
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臭气处理设备的技术原理是怎样的?
Date﹕2020-12-18|Source:Eclear Environmental
       低温等离子臭气处理设备是现在使用较多的除臭设备,它具有净化效率高,运行费用低,省电等优点,也是受广大人群喜欢的原因之一。下面我们来看看等离子臭气处理设备的原理是怎样的?

离子新风臭气处理设备


       臭气处理设备技术原理:

       低温等离子臭气处理设备主要使用等离子装置产生的离子轰击污染物分子,使其电离、解离和激发,然后便引发了一系列复杂的物理、化学反应,使复杂大分子污染物转变为简单小分子物质,或使物质转变成无毒或低毒低较的物质,从而使污染物得以降解去除。

       从以上过程可以看出,低温等离子臭气处理设备是通过电子先从电场获得能量,通过激发或电离将能量转移到分子或原子中去,获得能量的分子或原子被激发,同时有部分分子被电离,从而成为活性基团;之后这些活性基团与分子或原子、活性基团与活性基团之间相互碰撞后生成稳定产物和热。另外,电子也能被卤素和氧气等电子亲和力较强的物质俘获,成为负离子。这类负离子具有很好的化学活性,在化学反应中起着重要的作用。

       臭气处理设备工作原理:

            运用压脉冲电晕技术,当废气进入高压电场模块内,高压电场发生器在工作电压的脉冲电晕作用下,发生强烈的辉光放电,电块模板内遍布强紫光,废气中的物在强紫光作用下,可在极短的时间(ns)内,废气瞬间被,自由能猛增成为活化分子,这些活化分了在发生频繁碰撞的瞬间,将动能转化成为分子内部的势能,原有化学键发生断裂,生成新的单一原子气体,从而达到净化目的。经反应后,的HC化合物转化为的CO2和H2O,因此,本法可利用较少的能耗达到治理VOC污染的目的,适用于大流量低浓度废气的治理。

臭气处理设备

           上海羿清环保科技有限公司是一家处理恶臭废气的环保公司,羿清环保生产的臭气处理设备具有除臭效果好,除臭效率高,不会产生二次污染,运行成本低的特点。如果你有恶臭废气方面的困扰可以随时留言!

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