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Low-carbon conversion of biomass and preparation of green chemicals and fuels 生物质低碳转化与绿色化学品/燃料制备 |
Session Chair
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Bin Hu North China Electric Power University China |
Session Co-Chairs
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Jiawei Zhong Dongguan University of Technology China |
Xianqing Zhu Chongqing University China |
Summary:
Biomass is the only renewable carbon source, and its low-carbon, clean, and efficient utilization holds significant importance in fields such as electricity, materials, green fuels, medicine, and chemical engineering. It serves as a crucial carrier for achieving the "dual carbon" goals. This special topic focuses on the low-carbon and high-value utilization of biomass, as well as the preparation of biomass-based green chemicals and fuels including hydrogen, alcohols, aviation fuel, etc. It aims to exchange the latest advancements in catalyst design, reaction mechanisms, process control, catalyst design, artificial intelligence-assisted research, and system integration evaluation, thereby promoting the research, development, and industrial application of biomass-based carbon negative technologies.
生物质是唯一的可再生碳源，其低碳清洁高效利用在电力、材料、绿色燃料、医药、化工等领域具有重要意义，是实现“双碳”目标的重要载体。本专题聚焦生物质低碳高值化利用，以及生物质基绿氢、绿醇、航油等绿色化学品与燃料制备，交流反应机理、过程调控、催化剂设计、人工智能辅助及系统集成评价等方面的最新进展，推动生物质基负碳技术的研发与产业应用。
Topics:
1. New techniques and regulation of low-carbon and high-value conversion of biomass (生物质低碳高值转化新技术与调控机制)
2. New materials and processes for the production of biomass-derived green chemicals and fuels (生物质基绿色化学品与燃料制备新材料与新工艺)
3. Reaction mechanism and kinetics of biomass carbon sequestration technology (生物质负碳技术的反应机理及动力学研究)
4. AI-assisted low-carbon utilization of biomass and production of green chemicals and fuels (人工智能辅助的生物质低碳利用与绿色化学品/燃料制备)
5. System integration, techno-economic and life-cycle assessment toward carbon-negative techniques for biomass utilization
(面向生物质负碳技术的系统集成、技术经济与全生命周期评价)
Keywords:
• Low-carbon biomass valorization (生物质低碳高值化)
• Green fuels and chemicals (绿色燃料与化学品)
• Catalysis and AI assistance (催化与AI辅助)
• Carbon-negative technology integration (负碳技术集成)
Submission Deadline: May 31, 2027