1)gasifier['ɡ?sifai?]气化炉
1.Stochastic modeling of particle residence time distribution in impinging-streams gasifier;撞击流气化炉内颗粒停留时间分布的随机模拟
2.Retrofits of Mark-Ⅳ Type Lurgi Gasifiers;Mark-Ⅳ型鲁奇气化炉的技术改造
3.The gasifying comparison between the multi-nozzle opposition gasifier and a new coal water slurry gasifier;多喷嘴对置与新型水煤浆气化炉气化的对比
英文短句/例句
1.Effect of gasification agent on performance of entrained flow coal gasifier气化剂对气流床煤气化炉性能的影响
2.STUDY ON THE CHARACTERISTIC AND APPLICATION OF GASIFICATION SLAG FROM TEXACO GASIFIERTexaco气化炉炉渣基本特性与应用研究
3.Test Process of shurry Gasifier Grate and Driver Unit加压气化炉炉篦及驱动装置试车工艺
4.Gas Concentration Distribution in an Entrained-Flow Gasifier气流床气化炉内气体浓度的分布规律
5.An Overview:Dense-phase Pneumatic Conveying of Pulverized Coal for Entrained Bed Gasifier气流床气化炉煤粉浓相气力输送综述
6.NUMERICAL SIMULATION OF FLOW AND HEAT TRANSFER OF SLAG LAYER IN AN ENTRAINED-FLOW COAL GASIFIER气流床煤气化炉炉壁渣层流动与传热模拟
7.Numerical Simulation of Gas Flow Field in the COREX Smelter-GasifierCOREX熔融气化炉内气流分布数值模拟
8.Analysis of Monitoring Method of the Texaco Coal-water Slurry Gasifier Chamber TemperatureTexaco水煤浆气化炉炉膛温度监测手段分析
9.Research on Flow and Heat Transfer of Slag Film in Gasifier With Liquid Slag-removal Process液态排渣煤气化炉炉内灰渣的流动和换热研究
10.Numerical Study of Flow and Heat Transfer in the Transition Section Combining the Gasifier with the Radiant Syngas Cooler气化炉与辐射锅炉接口的传热流动数值模拟
11.Suggestions on development of modern coal chemical processing with combined gas stoves;用组合气化炉发展现代煤化工的建议
12.Numerical simulation of gas-solid two-phase flow in a Texaco entrained-flow coal gasifierTexaco气流床煤气化炉内气固两相流动的数值模拟
13.Kinetics of Coal Gasification at High Temperature and Modeling of Two-stage Entrained Flow Coal Gasifier;高温煤气化动力学及两段式气化炉的模型研究
14.Techno-economic Analysis of Rich Oxygen Continuous Gasification in Fix Bed Gasifier;固定床煤气化炉富氧连续气化的技术经济分析
15.Effect of Equivalence Ratio on Gasification Characteristics in a Rice Straw Two-stage Gasifier两段式秸秆气化炉中当量比对气化特性的影响
16.Improvement of Production Technology for Producing Gasification Briquette From Long Flame Coal by Luqi Gasification Furnace长焰煤制鲁奇气化炉气化型煤生产技术的改进
17.raw producer gas(未净化的)发生炉煤气
18.crude producer gas未净化的发生炉煤气
相关短句/例句
gasification furnace气化炉
1.Crack Analysis of the Shell in a Gasification Furnace and Repair;气化炉内壳体裂纹分析及修复
2.Brief summary on revamping for liner structure of gasification furnace;气化炉炉衬结构改造小结
3.In order to study the splitting property of tar, test and research about tar extrication in cogeneration scheme of partial coal gasification by using air have been carried out on a 1 MW CFB heat, electricity, and gas cogeneration testing equipment, to investigate the influence of operation temperature in gasification furnace and of adding lime stone upon the tar splitting.为了研究焦油的裂解特性,在1MW循环流化床热电气多联产试验装置上进行了煤部分空气气化多联产方案的焦油脱除试验研究,考察气化炉运行温度和添加石灰石对焦油裂解的影响。
3)gasifier slag气化炉炉渣
1.Analysis of chromium content in gasifier slag with atom absorption spectrum;原子吸收光谱法测定气化炉炉渣中的铬含量
4)gasifier grates气化炉炉箅
5)Texaco gasifierTexaco气化炉
1.This paper presents summary on the features of preparation of coal water slurry with three kinds of additives such as xylon,acrylic acid and naphthalene series additives,and the test of the slurry in Texaco gasifier.对木质素、丙烯酸、萘系 3种水煤浆添加剂制得煤浆的特性及煤浆在 Texaco气化炉上的试验情况进行了总结 ,认为在 Texaco气化条件下 ,木质素与丙烯酸可作为水煤浆的添加
2.Based on the Aspen Plus software,a model for Texaco gasifier is established and its performance is studied.基于Aspen Plus软件建立了Texaco气化炉模型,并对其性能进行了模拟研究。
6)PKM gasifierPKM气化炉
延伸阅读
气化炉气化炉gasifier 式、下吸式和平吸式3种。在实际应用中，上吸式和下吸式气化炉最多，其结构如图2所示，┌──────┐│ 热解区 ││200一6O0oC │├──────┤│ 还原区 ││息00~100OC │├──────┤│ 燃烧区 ││1000~I300OC │└──────┘平吸式已很少见。 一燃料煤气空气┌─────┐│ 还原区 ││600~1000OC│└─────┘a上吸式b.下吸式 图2固定床式气化炉结构示意(马守祥)气化炉(gasifier)将生物质或煤在不完全燃烧条件下热解，产生以一氧化碳为主的可燃混合气的装置。 将树枝、秸秆等生物质(或煤)放人密闭容器中，以空气、水蒸气为气化介质，在高温条件下，经干燥、千馏、氧化、还原热化学反应，产生可燃混合气体的过程称为气化。混合气中主要可燃成分为CO、H:、CH‘、C、H。，不可燃成分为COZ、02、NZ和水蒸气等，此外还有大量由挥发物热解形成的煤焦油。不同种类生物质气化后产生的可燃气体成分及含量不同，与矿物煤气化产生的可燃气体成分比例也有所差异。 结构气化炉通常为圆形，用钢板制成，如图1所，尸，，仁示。炉膛用耐火泥搪衬，防止烧损。炉内装有炉栅、风道、风嘴(上吸式气化炉空气从炉栅下引人，不另设风道、风嘴)o炉外上下分别设有加料口和出灰口。燃料10从上炉口加入炉┌───┐│苗产百│└───┘图IND一40。型气化炉结构示意1.带泄压弹簧的加料口2.料仓 3.焦油收集器出口4.风嘴5.气化室6.喉口7.进风口 8.妒栅和摇杆9.炉体 10.支架11.出灰口 12.水槽13.滤清器成条件， 类型 14，煤气出口以保证获得高的气化效率。内，由炉栅托住，引燃后密封，向炉内鼓风，即产生煤气。 炉内氧化、还原反应进行的完善程度决定所产生的煤气的质量，气化炉结构应尽量满足可燃气体各成分的形气化炉有流化床、固定床两种形式。 ①流化床(又称沸腾床)式气化炉:在燃烧床面放有细石英砂一类传热介质，在加热后，形成流态颗粒层。当细碎燃料喷人燃烧室后，与炙热细砂混合，很快燃烧氧化，形成煤气，并通过管道引出。这种气化炉的特点是，流态颗粒层与粉末状物料混合时接触面积大，氧化和还原反应充分，热效率较高，但气化装置结构复杂，可燃混合气体中灰分、杂质较多。 ②固定床式气化炉:气化装置结构简单，投资少，应用最广。按可燃气体在炉内流动方向，它可分为上吸
