摘要
对天然气为原料的甲醇装置采用水煤气补碳技术 ,优化原料气组成 ,便于合理利用资源 ,并详细论述了水煤气采用湿法、两级干法脱硫 ,将总硫控制在 0 .0 5×10 - 6 以下的深度净化技术。
In order to optimize the composition of raw gas and rationally utilize resources, technology of additional carbon complementary from water gas is used to a methanol plant using N.G. as a feed. A deep purification method, in which wet and dry (twice step)desulfurization are used in combination, is described. It can maintain total sulfur content below 0.05*10 -6
出处
《化肥设计》
CAS
2000年第3期52-55,共4页
Chemical Fertilizer Design
关键词
天然气
水煤气
净化
补碳
甲醇
节能
原料气
N.G,water gas,deep purification, carbon complementary, low pressure methanol, energy saving
