摘要
研究了在微波作用下，以硫化亚铁为催化剂，将H2S分解为氢气和硫磺的反应。试验结果表明：H2S分解转化率与H2S浓度、催化剂FeS用量及微波作用时间有关，在本实验条件下H2S分解转化率可达87．95％。
The reaction process of decomposing H2S into hydrogen and sulfur through microwave action with the ferrous sulfide as catalyst is studied. The experimental results show that the conversion rate of H2S relates to H2S concentration, amount of catalyst and time of microwave action.The conversion rate of H2S is able to reach as high as 87. 95 % under this experimental conditions.
出处
《石油与天然气化工》
CAS
CSCD
北大核心
1997年第1期37-38,60,共3页
Chemical engineering of oil & gas
关键词
微波
催化剂
硫化氢
分解
转化率
microwave, catalyst, decomposition of hydrogen sulfide, conversion rate
