D. Upadhyay, A. Chaudhary, Akshit Trada, Dhruvil Patel, Rajesh N. Patel
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引用次数: 0
摘要
本文讨论了褐煤(L)和木材(W)原料在中试下吸式气化炉中的实验研究。本研究旨在检验5% (W/W) CaMg(CO 3) 2[白云石(D)]催化剂与褐煤和木材(L+D, W+D)原料作为添加剂的相容性,以提高10 kWe常压下吸式气化炉系统的性能。褐煤和木材原料(有和没有催化剂)的燃料消耗和气体流量分别为10.01-11.6 kg h -1和26.76-29.57 kg h -1。在褐煤中,CO和h2浓度分别提高了6.81%和4.9%,而在木材中,当催化剂与原料一起使用时,CO和h2浓度分别提高了8.88%和5.1%。褐煤的产气LHV和冷气效率分别提高了6.02%和5.75%,木材的产气LHV和冷气效率分别提高了6.97%和6.61%,而白云石的产气比燃料消耗分别降低了5.92% (L)和5.17% (W)。焦油及总微粒物质(
Influence Of Catalyst On Producer Gas Quality In Fixed Bed Gasifier Using Lignite And Wood Feedstock
- This paper deals with the experimental investigation of lignite (L) and wood (W) feedstock in a pilot-scale downdraft gasifier. The study aims to check the compatibility of CaMg(CO 3 ) 2 [dolomite (D)] catalyst, 5% (W/W), with lignite and wood (L+D, W+D) feedstock as an additive to enhance the performance of a 10 kWe atmospheric pressure downdraft gasifier system. Fuel consumption and gas flow rate were found to be 10.01-11.6 kg h -1 and 26.76-29.57 kg h -1 , respectively, for lignite and wood feedstock (with and without catalyst). In lignite, CO and H 2 concentrations were increased by 6.81 % and 4.9 %, respectively, whereas in wood, their concentrations were increased by 8.88 % and 5.1 % when the catalyst was employed with feedstock. The producer gas LHV and cold gas efficiency were increased by 6.02% and 5.75% in lignite and 6.97% and 6.61 in wood, whereas specific fuel consumption decreased by 5.92% (in L), 5.17 (in W) with dolomite feedstock. Tar and Total Particulate Matter (