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Optimization of the Application Pathway of Carbon Capture, Utilization and Storage in Energy Conservation and Carbon Reduction in Chemical Industrial Parks
  • ISSN:3041-0843(Online) 3041-0797(Print)
  • DOI:10.69979/3041-0843.26.01.051
  • 出版频率:Quarterly Publication
  • 语言:English
  • 收录数据库:ISSN:https://portal.issn.org/ 中国知网:https://scholar.cnki.net/journal/search

Optimization of the Application Pathway of Carbon Capture, Utilization and Storage in Energy Conservation and Carbon Reduction in Chemical Industrial Parks 
Long Chen  Huimin Liu   Junge Lv

Shanghai Sancity Environment Technology co.ltd. China201703

Abstract: The practical challenges of carbon emission accumulation and insufficient technological adaptability in chemical industrial parks are addressed. Based on the unique characteristics of chemical industrial parks, an optimized application path is proposed from three dimensions: source reduction and carbon sequestration synergy, process capture and transportation adaptation, and end-of-pipe storage and resource utilization upgrading. A supporting implementation guarantee system is established, in which policy mechanisms, technological innovation, risk control, and performance evaluation are integrated. Through differentiated technology combinations and end-to-end system integration, the deep integration of carbon sequestration technologies with chemical industrial park processes is promoted, and a balance between emission reduction stability and economic feasibility is achieved. Scientifically feasible technical support and guarantee solutions are provided for the large-scale deployment of Carbon Capture, Utilization and Storage (CCUS) in chemical industrial parks, thereby enabling the realization of energy conservation and carbon reduction objectives.

Keywords: chemical industrial park; Carbon Capture, Utilization and Storage; energy conservation and carbon reduction; application path optimization; implementation guarantee

References

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