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A comparison of catalysts zeolite and calcined dolomite for gas production from pyrolysis of municipal solid waste (MSW)

机译:城市固体废物热解产生气体的催化剂沸石和煅烧白云石的比较

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摘要

Gas production and analysis from pyrolysis of municipal solid waste (MSW) with zeolite and calcined dolomite as catalyst has been investigated in a downstream fixed-bed reactor over the temperature range of 200-750 degrees C. Gas production from pyrolysis of MSW varied in the range of 49-57 mol%. The results indicated the presence of calcined dolomite influenced significantly the product yields and gas composition in pyrolysis process, and revealed essential catalytic performance on increasing gas yield and decreasing oil yield and char yield comparing to zeolite and non-catalytic process. A higher temperature 600-750 degrees C resulted in a higher conversion of MSW into gas production with a greatly increasing of CO contents. Consequently, CO is a key factor to produce renewable energy and bio-gases (syngas and methane). (C) 2014 Elsevier B.V. All rights reserved.
机译:在下游固定床反应器中,在200-750℃的温度范围内,研究了以沸石和煅烧白云石为催化剂对城市固体废物(MSW)进行热解产生的气体。范围为49-57mol%。结果表明,煅烧白云石的存在对热解过程中的产物产率和气体组成有显着影响,并且与沸石和非催化过程相比,揭示了在增加气体产率,降低油产率和焦炭产率方面的基本催化性能。较高的温度600-750摄氏度导致较高的MSW转化为产气量,同时CO含量大大增加。因此,CO是生产可再生能源和生物气(合成气和甲烷)的关键因素。 (C)2014 Elsevier B.V.保留所有权利。

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