1) biomass tar
生物质热解焦油
1.
Effects of catalytic cracking conditions on biomass tar cracking
催化裂化条件对处理生物质热解焦油的影响
2) biomass tar
生物质焦油
1.
Experimental study of the adhesive from biomass tar;
生物质焦油型胶粘剂特性的试验研究
2.
Experimental Study of Combusition Kinetics and Fuel Characteristics of Biomass Tar;
生物质焦油燃烧动力学及其燃料特性实验研究
3.
Recent research progresses in catalysts,such as dolomite,olivine,clay minerals,char,alkali metal-based compounds and Rh/CeO2/SiO2 for cracking biomass tar and CaO,LZ-Y82 and Ni-3 for cracking coal tar are reviewed in this article.
综述了生物质焦油裂解用催化剂:如白云石、橄榄石、黏土矿石、木炭、碱金属化合物、镍基催化剂和Rh/CeO2/SiO2复合催化剂以及煤焦油裂解用催化剂如氧化钙、LZ-Y82和Ni-3的研究进展。
3) biomass pyrolysis
生物质热解
1.
Experimental study of blockage in condensation heat exchanger during biomass pyrolysis
生物质热解过程冷凝用换热器堵塞的实验研究
2.
By analyzing the physical characteristics and the operation condition of biomass pyrolysis,the biomass pyrolysis is described using kinetic model and heat and mass transfer model.
通过分析生物质热解的物理特性和运行条件,采用动力学模型和传热、传质模型,对生物质热解进行描述。
4) pyrolytic tar
热解焦油
1.
It was found that there are three factors-material properties, final pyrolysis temerature (FPT) and heat method, affect the pyrolytic tar productivity of hazardous solid waste at a high level.
通过对几种有害固体废物(废橡胶,废电路板,医疗废物,废油漆,污泥)的热解实验,考察了不同工况下有害固体废弃物热解焦油的特性。
5) pyrolytic oil coke
热解油焦
6) fast pyrolysis of biomass
生物质快速热解
1.
Large-scale fast pyrolysis of biomass to produce bio-oil will be an important technology to solve the problem of liquid fuel shortage.
大规模生物质快速热解制取生物油将成为解决液体燃料短缺的一个重要途径。
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