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三化驱动 VOCs 治理技术创新实践与方向
Innovation Practice and Direction of VOCs Control Technology Driven by the Three Modernizations
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- DOI:
- 作者:
- 汪 涵 1 ，周靖然 2 ，周玉莹 3
Wang Han1 , Zhou Jingran2 , Zhou Yuying3
- 作者单位:
- 1.中国石油石油化工研究院大庆化工研究中心；2.中国铁建港航局集团有限公司； 3.中国石油大庆石化公司
1. Daqing Chemical Research Center of CNPC Petrochemical Research Institute; 2. China Railway Construction Port & Shipping Bureau Group Co.; 3. PetroChina Daqing Petrochemical Company
- 关键词:
- 智能化；绿色化；融合化；VOCs 治理；绿色低碳转型；技术创新
Intelligence; Greenification; Integration; VOCs control; Green and low-carbon transition; Technological innovation
- 摘要:
- 为破解挥发性有机物（VOCs）治理难题，顺应生态环保低碳发展要求，满足工业 VOCs 高效治理与行业转型需求，文中以智能化、绿色化、融合化为核心驱动力展开研究。采用文献梳理、数据对比分析方法，阐述了 VOCs 治理技术发展现状，剖析了智能化技术在监测、管控环节的赋能路径；明确了绿色化技术低碳减排、资源回收的引领方向；探究了多技术、跨领域融合化创新模式。提出了 3 大驱动力协同可有效提升 VOCs 治理效率、降低能耗与二次污染的治理策略。推动了 VOCs 治理向高效、低碳、智能化方向升级。
To address the challenges of volatile organic compound (VOC) control, align with ecological, environmental, and lowcarbon development requirements, and meet the demands for efficient industrial VOC management and industry transformation,
this study investigates the subject with intelligence, greenness, and integration as core driving forces. By employing literature
review and data comparative analysis, the paper elucidates the current status of VOC control technologies, analyzes the enabling
pathways of intelligent technologies in monitoring and management, clarifies the leading direction of green technologies in lowcarbon emission reduction and resource recovery, and explores multi -technology and cross -disciplinary integration innovation
models. It proposes governance strategies that the synergy of these three driving forces can effectively enhance VOC control
efficiency while reducing energy consumption and secondary pollution, thereby promoting the upgrade of VOC control towards
efficiency, low-carbon, and intelligence.