首页|江苏省典型喷涂行业涂料替代与末端治理挥发性有机物减排效益评估

江苏省典型喷涂行业涂料替代与末端治理挥发性有机物减排效益评估

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清洁涂料替代与末端治理是工业喷涂行业挥发性有机物(VOCs)减排的重要途径。基于江苏省典型喷涂行业研究评估了涂料替代与末端治理的VOCs减排效果。结果显示,水性涂料替代溶剂型涂料,涂料中VOCs含量可以大大降低,而且臭氧生成贡献大的芳香烃也会大大减少。末端治理设施对非甲烷总烃(NMHC)的治理效率平均可以达到60。2%,活性炭吸附是当前应用最广的技术,但燃烧才是治理效率高、芳香烃去除效果好的未来应推广技术。总体而言,水性涂料替代溶剂型涂料VOCs减排效果显著,VOCs末端治理设施应进一步推广,并逐步用燃烧技术代替活性炭吸附技术。
Evaluation of volatile organic compounds emission reduction benefits for coating substitution and end-of-pipe treatment of typical coating industries in Jiangsu Province
Substitution of clean coatings and implementation of end-of-pipe treatment are the important ways to reduce emissions of volatile organic compounds(VOCs)in industrial coating industry.The reduction benefits of coating substitution and end-of-pipe treatment were analyzed based on typical coating industries survey in Jiangsu Province.It was found that VOCs content in coatings decreased dramatically after replacing solvent-based coating by water-based coating.And aromatic hydrocarbons,which contributed to ozone mostly,decreased dramatically,too.The average removal efficiency for non-methane hydrocarbon(NMHC)by the end-of-pipe treatments reached 60.2%.Activated carbon adsorption were the most commonly used technique.However,combustion should be the future technique because it had higher removal efficiency and better aromatic hydrocarbons elimination.In all,the emission reduction of water-based coating substitution for solvent-based coating was significant.It is urgent to further promote the application of end-of-pipe treatment facilities for VOCs,and combustion technique should replace activated carbon adsorption technique step by step.

industrial coatingvolatile organic compoundscoating substitutionend-of-pipe treatmentreduction benefits

夏思佳、赵秋月、季军宏、陈凌霄、殷茵

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江苏省环境科学研究院,江苏省环境工程重点实验室,江苏 南京 210036

中海油常州涂料化工研究院有限公司,江苏 常州 213000

工业喷涂 挥发性有机物 涂料替代 末端治理 减排效益

2024

环境污染与防治
浙江省环境保护科学设计研究院

环境污染与防治

CSTPCD北大核心
影响因子:0.79
ISSN:1001-3865
年,卷(期):2024.46(12)