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2021-03-26
垃圾中转站除臭技术选用
垃圾中转站产生的臭气是属于高浓度、臭气扩散面较大的气体,因此垃圾中转站除臭技术和选用必须成熟可靠,且设备运行费用低、维修方便。目前国内成熟的垃圾中转站除臭技术和除臭设备不多。因此,治理垃圾站的臭气必须了解目前国内外常用的恶臭气体处理技术并进行分析和比较,才能选用有效的除臭技术。
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垃圾中转站除臭技术选用
Date﹕2021-03-26|Source:Eclear Environmental

垃圾中转站产生的臭气是属于高浓度、臭气扩散面较大的气体,因此垃圾中转站除臭技术和选用必须成熟可靠,且设备运行费用低、维修方便。目前国内成熟的垃圾中转站除臭技术和除臭设备不多。因此,治理垃圾站的臭气必须了解目前国内外常用的恶臭气体处理技术并进行分析和比较,才能选用有效的除臭技术。

垃圾中转站除臭技术选用

垃圾中转站除臭技术

垃圾中转站产生的臭气是属于高浓度、臭气扩散面较大的气体。臭气的处理设备必须成熟可靠,且运费低、维修方便。

低温等离子体法净化废气机理

低温等离子体技术是一个集物理学、化学、生物学和环境科学于一体的交叉综合性技术。等离子体被称为物质第4形态,是目前国内外大气污染治理中最富有前景最行之有效的技术方法之一,该技术显著特点是对污染物兼具物理作用、化学作用和生物作用。

等离子体净化作用机理包含两个方面:一是在产生等离子体的过程中,高频放电所产生的瞬间高能足够打开一些有害气体分子的化学能,使之分解为单质原子或无害分子;二是等离子体中包含大量的高能电子、正负离子、激发态粒子和具有强氧化性的自由基,这些活性粒子和部分臭气分子碰撞结合,在电场作用下,使臭气分子处于激发态。当臭气分子获得的能量大于其分子键能的结合能时,臭气分子的化学键断裂,直接分解成单质原子或由单一原子构成得无害气体分子。同时产生的大量OHHO2O等活性自由基和氧化性极强的O3,与有害气体分子发生化学反应,最终生成无害产物。

垃圾中转站除臭技术选用

上海羿清环保生产的生物滤池垃圾站除臭设备能够有效处理垃圾站臭气,而且没有二次污染,受到业内人士的广泛好评。

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