天然气化工2012，Vol.37Issue(6)：63-66,4.
隧道墙开孔率及分布对天然气转化炉的影响
Effects of hole ratio and distribution on tunnel sidewall on natural gas reformer
陈向平 1赵如政 1曾传刚1
作者信息
- 1. 格尔木炼油厂运行四车间,青海 格尔木816000
- 折叠
摘要
Abstract
Natural gas reforming of the 300,000 t/a methanol unit in Golmud Petroleum Refinery used a negative pressure lop burner heating reformer, and it existed the problems of high power consumption, poor combustion and unequal radiation chamber temperature field distribution. The problems were solved by retrofitting the reforming furnace with low cost to increase the holes on the radiating chamber tunnel sidewall of the furnace and optimize the hole distribution. The multiple effects of the hole ratio and distribution on the tunnel sidewall on the natural gas reformer were analyzed.关键词
天然气转化炉/隧道墙/开孔率/孔分布/负压/辐射室/温度场Key words
natural gas reformer/ tunnel sidewall/ hole ratio/ hole distribution/ negative pressure/ radiating chamber/ temperature field分类
化学化工引用本文复制引用
陈向平,赵如政,曾传刚..隧道墙开孔率及分布对天然气转化炉的影响[J].天然气化工,2012,37(6):63-66,4.
