Combustion of heavy fuels is one of the main sources of greenhouse gases,particulate emissions,ashes,NOx and SOx.Gasific......

为防止粉煤气化炉水冷壁烧损选用合适煤质,在大规模工业运行的GSP气化装置上提供不同煤质获得水冷壁运行结果.对不同煤质工业分析......

为了节约煤气炉的蒸汽用量,该公司选用一台造气炉实施入炉蒸汽自调技术改造.改造后,工况稳定,节能效果明显.“,”Tosavesteamconsu......

结合河南龙宇煤化工有限公司及国内壳牌煤气化装置近年来的生产运行经验，对壳牌煤气化装置生产管理的特点进行了分析，从煤质管理、运......

对干煤粉气化技术发展方向进行了综述，并重点研究了气化炉下渣口结构。通过对比不同下渣口结构的制造、安装、运行、检修的难易程度......

采用数值模拟方法对含尘气体通过下降管穿越液池过程中的气泡特性进行了研究,展现了该过程中池内气泡生成、破碎和液滴飞溅等一系......

As one of promising clean coal technologies used to reduce pollutant emission and CO2 discharge, cogasification has been......

A new co-gasification technology was proposed. The core of this co-gasification technology is a gasifier capable of bein......

Coal-fired Integrated Gasification Combined Cycle (IGCC) and Integrated coal Gasification Fuel-cell Combined cycle (IGFC......

某煤气化公司气化炉水冷壁管在运行过程中频繁爆裂,通过化学成分分析、金相检验和能谱分析等方法,结合气化炉的运行工况,对该管的......