皮革制作与环保科技2024,Vol.5Issue(18) :102-104.DOI:10.20025/j.cnki.CN10-1679.2024-18-35

工业废气处理技术的创新路径与实践效果分析

Analysis of the Innovation Path of Industrial Waste Gas Treatment Technology and Its Effect in Practice

梁概泉
皮革制作与环保科技2024,Vol.5Issue(18) :102-104.DOI:10.20025/j.cnki.CN10-1679.2024-18-35

工业废气处理技术的创新路径与实践效果分析

Analysis of the Innovation Path of Industrial Waste Gas Treatment Technology and Its Effect in Practice

梁概泉1
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作者信息

  • 1. 佛山市天城环保科技有限公司,广东 佛山 528100
  • 折叠

摘要

本文深入探讨了工业废气处理技术的创新路径及其在实践中的应用效果.首先,文章通过分析工业废气排放现状及其对环境的影响,揭示了传统处理技术的局限性和面临的关键问题.接着,文章提出了多个废气处理技术创新路径,包括新型废气处理技术、能源利用与资源化处理、绿色化学技术以及智能监测与管理系统.这些创新措施旨在提高工业废气处理效率,减少环境污染.在实践效果评估部分,文章通过实验设计和数据采集,对比分析了这些创新技术的实际应用效果,评估了其环境和经济效益,旨在为工业废气治理提供科学、合理的解决方案,以推动环境保护和社会经济的可持续发展.

Abstract

The article discusses in depth the innovative path of industrial waste gas treatment technology and its effect in practice.Firstly,the article reveals the limitations of traditional treatment technologies and the key problems faced by them by analyzing the current situation of industrial waste gas emission and its impact on the environment.Then,the article proposes a number of innovative paths for waste gas treatment technologies,including new waste gas treatment technologies,energy utilization and resource treatment,green chemistry technologies,and intelligent monitoring and management systems.These innovations aim to improve the efficiency of industrial exhaust treatment and reduce environmental pollution.In the practical effect evaluation section,the article compares and analyzes the practical application effects of these innovations through experimental design and data collection,and evaluates their environmental and economic benefits.The article aims to provide scientific and reasonable solutions for industrial exhaust gas treatment in order to promote environmental protection and sustainable socio-economic development.

关键词

工业废气处理/创新路径/实践效果/环境保护/可持续发展

Key words

industrial exhaust treatment/innovative path/practical effect/environmental protection/sustainable development

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出版年

2024
皮革制作与环保科技

皮革制作与环保科技

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