Institute of Chemical Industry of Forestry Products, CAF;
National Engineering Lab. for Biomass Chemical Utilization, Key Laboratory on Forest Chemical Engineering, SFA Nanjing, China;
Institute of Chemical Industry of Forestry Products, CAF;
National Engineering Lab. for Biomass Chemical Utilization, Key Laboratory on Forest Chemical Engineering, SFA Nanjing, China;
2Royal Institute of Technology(KTH), School of industrial Engineering and Management, Division of Energy and Furnace Technology Stockholm, Sweden.;
2Royal Institute of Technology(KTH), School of industrial Engineering and Management, Division of Energy and Furnace Technology Stockholm, Sweden.;
high temperature steam; pyrolysis; bio-oil; carbon material;
机译:通过高温蒸汽热解生产能源和增值材料对竹子进行可持续增值
机译:通过高温热解(HTP)和高温蒸汽气化(HTSG)对塑料废物进行可持续增值以实现环境安全
机译:能源和多孔材料生产的轮胎可持续热解概念的实验证明
机译:通过高温蒸汽热解法可持续开发柳树,用于生产能源和增值材料
机译:基于氨的太阳能热化学储能系统,用于直接生产高温超临界蒸汽
机译:纳米峰沸石材料中钴蒸汽重整乙醇的可持续生产
机译:技术经济分析:与可运输快速热解系统相关的热解油生产成本和物质能量平衡的初步评估