Construction of a Carbon Footprint Accounting and Multidimensional“Greenness”Evaluation System for Drying Processes in Traditional Chinese Medicine Manufacturing
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Construction of a Carbon Footprint Accounting and Multidimensional“Greenness”Evaluation System for Drying Processes in Traditional Chinese Medicine Manufacturing
Journal of Instrumental AnalysisVol. 45, Issue 10, Pages: 2259-2268(2026)
JIA Chang-hao,NIAN Yu-zhi,LIU Jia-cheng,ZHU Bei-bei,LI Wen-long.Construction of a Carbon Footprint Accounting and Multidimensional“Greenness”Evaluation System for Drying Processes in Traditional Chinese Medicine Manufacturing[J].Journal of Instrumental Analysis,2026,45(10):2259-2268.
JIA Chang-hao,NIAN Yu-zhi,LIU Jia-cheng,ZHU Bei-bei,LI Wen-long.Construction of a Carbon Footprint Accounting and Multidimensional“Greenness”Evaluation System for Drying Processes in Traditional Chinese Medicine Manufacturing[J].Journal of Instrumental Analysis,2026,45(10):2259-2268.DOI: 10.12452/j.fxcsxb.26060301.
Construction of a Carbon Footprint Accounting and Multidimensional“Greenness”Evaluation System for Drying Processes in Traditional Chinese Medicine Manufacturing
Driven by the global push for a“dual carbon”strategy,the green,low-carbon,and sustainable transformation of the traditional Chinese medicine(TCM) pharmaceutical industry—a typically energy-intensive sector—has emerged as a core issue for its future development. This article focuses on a representative part of the high-energy-consumption operation in the industry:drying. On the one hand,the article sorted out the internationally accepted carbon footprint accounting standards and further clarifies the boundaries,key emission sources,and applicable carbon footprint accounting methods by considering the complexity of the raw materials and process particularity in TCM. On the other hand,the article is not limited to a simple carbon footprint; rather,it innovatively introduces and expands the concept of“greenness”and builds a multidimensional evaluation system that comprehensively considers quality,energy efficiency,resources,and the environment for systematically exploring the applicability of carbon footprint accounting rules and“greenness”evaluation in this field. Finally,the article maps the potential advantages,major limitations,and optimization directions of typical drying technologies using the proposed indicators; clarifies the core needs for the current green transformation of the TCM pharmaceutical industry; and discusses the potential of the underlying equipment iteration and digital technology in the future.
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