1) dry gas mixing
干气掺烧
1.
In China,only very few plants implemented low proportion dry gas mixing into coal for burning in fluidized -bed combustion boilers,there is no successful experience and precedent in the high proportion mixing technology.
为了节约能源,更好地利用炼油厂气资源,对延安石化厂3台75t/h锅炉进行了技术改造,实现了较大比例的干气掺烧的技术应用。
2) rectifying gas combine bum
煤气掺烧
3) blending refinery gas in coal-burning boiler
掺烧炼化废气
1.
In this paper,the author introduced the problems occurred when blending refinery gas in coal-burning boiler,analyzed the causes,put forward countermeasures.
掺烧炼化废气对平衡炼化废气起到了很大的作用,对提高炼化原油加工能力和公司增效降污效果显著。
4) mixed combustion with blast furnace gas
掺烧高炉煤气
1.
An introduction is being presented to the combustion features of blast furnace gas,while influences of the mixed combustion with blast furnace gas on heat transfer of CFB boiler furnace analyzed.
介绍了高炉煤气的主要燃烧特性,分析了CFB锅炉中掺烧高炉煤气对炉膛换热的影响,提出了水冷壁等传热系数的修正公式,指出了CFB锅炉设计时应注意的问题。
5) Co-firing
掺烧
1.
Experimental Study on the Co-firing of Municipal Refuse in a Fluidized Bed;
流化床掺烧生活垃圾及尾气净化实验研究
2.
The influence of co-firing silt cola for boiler efficiency was researched in one 130t/h CFB boiler,the test result can be supplied references to economical operating of boiler.
通过试验研究了一台130 t/h循环流化床锅炉掺烧煤泥对热效率的影响,为锅炉机组的经济运行提供参考。
3.
To co-fire the lignite furthest and solve the problem of high-probability explosion in the process of milling high volatility and high moisture lignite in the bin and feeder coal pulverizing system,the article advanced rebuilding scheme for co-firing heated flue gas in milling system.
为最大限度掺烧褐煤,解决中储式制粉系统磨制高挥发分、高水分褐煤极易发生爆炸的问题,提出了在制粉系统中掺混热炉烟的改造方案。
6) co-combustion
掺烧
1.
The technology of co-combustion of the biomass with coal in circulating fluidized bed boiler is feasible technically.
循环流化床锅炉掺烧生物质对于整个社会的节能减排、提高农民收入有着重要意义。
2.
This paper introduces several ways of coal and peat co-combustion in CFB boiler,advantages and disadvantages are analyzed.
本文总结了循环流化床锅炉掺烧煤泥的几种方式,分析了各自的优劣势,介绍了国内已投运的各种方式的运行情况,有效地提出了在选择煤泥掺烧方式时的注意事项和建议。
3.
Aiming to solve the disposal problem of fusel waste, syngas-fusel co-combustion in syngas fueled gas turbine was proposed in this thesis.
为解决杂醇废液的处置问题,本文提出了将杂醇以液态喷雾的形式引入合成气燃气轮机与合成气进行掺烧的方案,并就该掺烧方案投入实际运用之前所需要解答的一系列问题,开展了一定的研究工作。
补充资料：干气
分子式：
分子量：
CAS号：
性质：也称贫气。在常温常压条件下不含易液化组分的石油气，即不含C2以上组分的石油气。主要是甲烷和乙烷。为在炼油厂里将炼厂气经过吸收塔吸收后，未被吸收而从塔顶排出的气体。
分子量：
CAS号：
性质：也称贫气。在常温常压条件下不含易液化组分的石油气，即不含C2以上组分的石油气。主要是甲烷和乙烷。为在炼油厂里将炼厂气经过吸收塔吸收后，未被吸收而从塔顶排出的气体。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条