化学工程Issue(12)：63-66,78,5.DOI:10.3969/j.issn.1005-9954.2014.12.014
鹤壁烟煤地下气化模型试验研究
Model test of underground gasification of Hebi coal
摘要
Abstract
Through the self-designed underground gasification model test system , the underground gasification test of Hebi coal was carried out by applying two-stage coal gasification ( oxygen-enriched air & steam gasification ) .By analyzing the gasifying procedure simultaneously , gas composition , the variation of corresponding calorific values and their stability characteristics in different test stages were obtained .The results conclude that the average calorific values of water gas are proved to be 11.85 MJ/m3 when feeding steam, and calorific values are distributed over 4-6 MJ/m3 with oxygen-enriched air as gasification agent .The highest hydrogen volume fraction in water gas exceeds 80%, and the calorific value of which can be 12.91 MJ/m3 .It also shows that the high temperature field can be quickly founded or recovered by increasing the flow rate of air properly .The optimum flow rates of air and steam are 20 m3/h and 0.26 m3/h respectively under the tested conditions .The model test provides a strong evidence for UCG to produce hydrogen .关键词
煤炭地下气化/模型试验/鹤壁煤/富氧空气/水蒸气两阶段气化Key words
underground coal gasification/model test/Hebi coal/oxygen-enriched air &steam gasification分类
化学化工引用本文复制引用
徐冰,谌伦建,邢宝林,李龙,刘建伟,李郑鑫,叶云娜,苏毓,张乐..鹤壁烟煤地下气化模型试验研究[J].化学工程,2014,(12):63-66,78,5.基金项目
国家自然科学基金资助项目（51174077）；教育部博士点基金资助课题 （）
