摘要
通过六西格玛方法探讨了制氢装置提高制氢量的影响因素。结果表明正和集团焦化干气制氢装置转化出口温度在755~762℃、原料气量在3 360~3 400 Nm^3/h范围内,可以满足制氢量≥9 500 Nm^3/h,氢气纯度≥99%,产品氢CO含量<10×10^(-6),产品氢CO_2含量<10×10-6要求。
Influence factors of improving hydrogen yield of hydrogen production unit were investigated by six-Sigma method. The results show that, when outlet temperature of the conversion reaction is 755-762 ℃, material volume is 3 360-3 400 Nm3/h, the hydrogen yield can reach 9 500 Nm3/h, and hydrogen purity can reach 99%, CO content in hydrogen is less than 10×10(-6), CO_2 content is less than 10×10(-6).
出处
《当代化工》
CAS
2016年第4期803-804,808,共3页
Contemporary Chemical Industry
关键词
六西格玛
制氢
焦化干气
转化反应
Six-Sigma
Hydrogen production
Coking dry gas
Conversion reaction