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哈尔滨师范大学攻克了让天然气与二氧碳转化成一氧化碳与氢气的合成气这一新课题。经有关专家鉴定,该成果属国内首创,达到了国际领先水平。此种方法。在大庆油田成功进行的放大500倍工业化模拟实验表明,它可以使天然气和二氧化碳在催化剂作用下直接发生反应,生成的一氧化碳和氢的合成气回收率达到95%左右,反应过程连续稳定,已具备大规模工业化的条件。该成果使天然气成为可以部分替代石油的化工原料.开辟了石油化工、煤化工以外的一条新的化工路线,前景广阔。
Harbin Normal University to overcome the natural gas and carbon dioxide into carbon monoxide and hydrogen synthesis gas this new issue. The experts identified, the results are the first domestic, reached the international advanced level. This method. The 500-fold industrial simulation experiment successfully carried out in Daqing Oilfield shows that it can directly react natural gas and carbon dioxide under the action of catalyst, and the recovery rate of synthesis gas of carbon monoxide and hydrogen is about 95%. The reaction process is stable and continuous, Large-scale industrialization conditions. The result makes natural gas a chemical raw material that can partially replace petroleum, opening up a new chemical route other than petrochemicals and coal chemical industry with promising prospects.