摘要
本文对采用水热碳化技术处理废弃生物质的影响因素进行了综述,并分析了以水热碳化技术处理废弃生物质时的反应机理,以及可采用的分子模拟软件;最后针对利用水热碳化技术处理废弃生物质的方式提出了展望和建议。虽然目前利用水热碳化技术处理废弃生物质的方式在能源、农业和工业等领域具有广阔的应用前景,但该技术在无法连续处理原料、处理过程中会消耗一定电能等方面尚存在不足,仍需要进行深入研究,以促进其进一步的应用和发展。
This article summarizes the influencing factors when using hydrothermal carbonization technology to treat waste biomass,and analyzes the reaction mechanism and molecular simulation software that can be used when using hydrothermal carbonization technology to treat waste biomass.Prospects and suggestions are put forward for the treatment of waste biomass with hydrothermal carbonization technology.Although the current method of using hydrothermal carbonization technology to treat waste biomass has broad application prospects in the fields of energy,agriculture and industry,but this technology still has some shortcomings in that it cannot continuously process raw materials,and power consumption during treatment.In-depth research is needed to promote its application and development in the future.
作者
李恒
石岩
迟铭书
徐秀灵
刘玥
韩舒伦
薛镒贤
付嘉乾
Li Heng;Shi Yan;Chi Mingshu;Xu Xiuling;Liu Yue;Han Shulun;Xue Yixian;Fu Jiaqian(School of municipal and environmental engineering,Jilin Jianzhu University,Changchun 130118,China)
出处
《太阳能》
2022年第1期14-19,共6页
Solar Energy
基金
国家自然科学基金项目(52070088)。
关键词
生物质能
废弃生物质
水热碳化
反应机理
分子模拟
biomass energy
waste biomass
hydrothermal carbonization
reaction mechanism
molecular simulation
