涂装车间低浓度废气余热回收实施改造案例分析

甘正升[1];完颜成功[1];申标[1];韩华全[1];王明[1]

现代涂料与涂装 ›› 2023, Vol. 26 ›› Issue (12) : 8-10.

PDF(2357 KB)
PDF(2357 KB)
现代涂料与涂装 ›› 2023, Vol. 26 ›› Issue (12) : 8-10.

涂装车间低浓度废气余热回收实施改造案例分析

  • 甘正升[1];完颜成功[1];申标[1];韩华全[1];王明[1]
作者信息 +

Case Analysis of Low Concentration Waste Heat Recovery in Painting Workshop

  • GAN Zheng-sheng[1];WANYAN Cheng-gong[1];SHEN Biao[1];HAN Hua-quan[1];WANG Ming[1]
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文章历史 +

摘要

涂装车间废气主要有两种,一种是烘干废气,一种是喷漆室、点补室、输调漆间等低浓度废气;烘干废气属于高浓度废气,通常焚烧处理通过多级换热给烘干室提供能量,换热的废气经过多级换热之后直接排放;低浓度废气通常采用KPR+RTO处理,废气处理之后通过一次新风换热之后通过涂装车间烟囱高空排放。

Abstract

There are two main ways of exhaust gas in painting workshop,one is drying exhaust gas,the other is low concentration exhaust gas such as spray painting room,dot mending room,paint transfer room,etc.Drying exhaust gas is a kind of high concentration exhaust gas.Usually,incineration provides energy to the drying chamber through multi-stage heat exchange,and the heat exchange exhaust gas is discharged directly after multi-stage heat exchange.Low concentration exhaust gas is usually treated by KPR+RTO,and the exhaust gas is discharged through the chimney of the painting workshop after a fresh air heat exchange.

关键词

烘干废气;低浓度废气;焚烧处理;多级换热;新风换热

Key words

drying exhaust gas;low concentration exhaust gas;incineration treatment;multistage heat transfer;fresh air heat transfer

引用本文

导出引用
甘正升[1];完颜成功[1];申标[1];韩华全[1];王明[1]. 涂装车间低浓度废气余热回收实施改造案例分析[J]. 现代涂料与涂装. 2023, 26(12): 8-10
GAN Zheng-sheng[1];WANYAN Cheng-gong[1];SHEN Biao[1];HAN Hua-quan[1];WANG Ming[1]. Case Analysis of Low Concentration Waste Heat Recovery in Painting Workshop[J]. Modern Paint & Finishing. 2023, 26(12): 8-10
中图分类号: TQ639   

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