摘要
三座热风炉采用“两烧一送”传统操作制度,存在燃烧时间浪费、送风温度低、换炉排放能耗大等缺点。三座热风炉如果采用“一烧两送热并联创新工艺”,可以实现“交错并联”送风,有效提高风温和降低换炉排放的能耗。
There are some disadvantages when three hot blast stoves using the traditional operating system“two combustion and one blast”,such as waste of combustion time,low temperature of air supply,and large energy consumption of furnace changing emissions.If the three hot blast stoves adopt the“one combustion and two blast hot interlaced parallel”,they can realize the“interlaced parallel”air supply,effectively improve the air temperature and reduce the emission energy consumption of the furnace.
作者
冯燕波
唐文权
陈秀娟
FENG Yan-bo;TANG Wen-quan;CHEN Xiu-juan(Capital Engineering&Research Incorporation Ltd.,BEIJING 100176)
出处
《天津冶金》
CAS
2020年第2期13-15,共3页
Tianjin Metallurgy
关键词
热风炉
一烧两送
热并联
高风温
节能减排
hot-blast stove
one combustion and two blast
hot interlaced parallel technology
high blast temperature
energy conservation and emission reduction
作者简介
冯燕波(1981—),男,硕士,高级工程师,主要从事炼铁工艺的设计与研究。
