PZETS-2025 Oral Presentation：Synergistic Conversion of Agricultural and Forestry Residues into Green Energy and Green Materials

朱洪光，男，1974年12月生，2012年12月起任职于国家设施农业工程技术研究中心，现任上海市农业工程学会生物质能源专业委员会主任、上海市农村能源行业协会副理事长、中国沼气学会理事。长期从事可再生能源应用与节能、能源系统优化与安全、多相流及传热理论三大领域研究：以沼气发酵为核心推动有机废弃物资源化利用；聚焦农村与小城镇能源结构优化，探索可再生能源与传统能源互补机制；攻克高固含率发酵过程中的多相流与传热难题，为大型生物转化反应器提供理论支撑。学术成就方面，他参与构建的设施农业清洁能源利用技术体系获2007年国家科技进步二等奖（排名第四），主导研发的高浓度有机废水能源化技术体系先后获2012年上海市技术发明一等奖（排名第二）和2013年国家技术发明二等奖（排名第四）。在成果转化上，自2007年起在崇明持续十余年探索养殖业废弃物区域化沼气治理，形成农业部的"崇明模式"；2017年与安徽省签订战略合作协议，在阜南县率先实施农业废弃物全量化生物天然气整县推进项目，被列为农业部重点项目。

Zhu Hongguang, male, born in December 1974, has been affiliated with the National Facility Agriculture Engineering Technology Research Center since December 2012. He concurrently serves as Director of the Biomass Energy Professional Committee of the Shanghai Society of Agricultural Engineering, Vice Chairman of the Shanghai Rural Energy Industry Association, and Council Member of the China Biogas Society.

His research focuses on three main areas: (1) Renewable Energy Application and Energy Conservation, where he utilizes biogas fermentation as a core technology to achieve the resource recovery, harmless treatment, and energy utilization of organic waste; (2) Energy System Optimization and Security, where he studies the complementarity and dynamic substitution between renewable and conventional energy sources in rural areas and small towns to support clean energy transitions in China's rural revitalization strategy, thereby optimizing regional energy structures and enhancing national energy security; and (3) Multiphase Flow and Heat Transfer Theory, where he investigates the multiphase flow dynamics and heat transfer mechanisms in high-solid-content biogas fermentation to provide theoretical foundations for large-scale agricultural waste bioconversion reactors.

His representative academic achievements include: (1) the Clean Energy Utilization Technology System for Facility Agriculture, which converts greenhouse agricultural waste into biogas for greenhouse energy supply, earning the second prize of the National Science and Technology Progress Award in 2007 (4th place); and (2) the Energy Resource Recovery Technology System for High-Concentration Organic Wastewater, which addresses pollution from aquaculture and food industries through integrated anaerobic digestion, microalgae cultivation, and biogas energy utilization, winning the first prize of the Shanghai Technology Invention Award in 2012 (2nd place) and the second prize of the National Technology Invention Award in 2013 (4th place).

In terms of technology transfer and application, he has continuously implemented a regional biogas treatment model for livestock waste in Chongming since 2007, which the Ministry of Agriculture has recognized as China's "Chongming Model" for biogas development. In 2017, he signed a strategic cooperation agreement with Anhui Province to support modern circular agriculture technologies and pioneered the county-wide implementation of full-quantification biogas production from agricultural waste in Funan County, Anhui, a project designated as a key priority by the Ministry of Agriculture.