第一废热锅炉,primary waste heat boiler
1)primary waste heat boiler第一废热锅炉
1.Chemical cleaning of theprimary waste heat boiler in a ammonia plant;合成氨第一废热锅炉化学清洗
2.By using the finite element method, the elastic stress distribution on the tubesheet of aprimary waste heat boiler, which tubesheet thickness was reduced from 203mm to 191mm during the course of overhaul in a chemical fertilizer plant, was performed.运用有限元方法对某化肥厂合成氨装置第一废热锅炉的厚度由 2 0 3mm减薄到 191mm的管板进行了弹性应力分析。
3.The leakage from the head cover flange of theprimary waste heat boiler(101 CA/B) tuned out a big problem for each Kellogg plant.第一废热锅炉顶封头法兰泄漏是各Kellogg型厂面临的一个大问题。
2)secondary waste heat boiler第二废热锅炉
3)waste heat boiler废热锅炉
1.Cause and measures to body-flange leakage ofwaste heat boiler;废热锅炉本体法兰泄漏原因及对策
2.Development and Application of the New TypeTransformation Gas Waste Heat Boilers;新型转化气废热锅炉的开发应用
3.Structure improvement of tube-to-tubesheet joint ofwaste heat boiler;废热锅炉管板与换热管接头结构改进
英文短句/例句
1.heat recovery boiler余热锅炉，废热锅炉
2.CO firing waste heat boiler一氧化碳燃烧废热锅炉
3.The Inclined Problem of the Body of A Waste Heat Vertical WaterTubeBoiler;立式水管式废热锅炉炉体倾斜问题浅析
4.Three-element drum level control of waste heat boiler equipped for Jinlong Copper"s converter furnace金隆铜业转炉废热锅炉汽包液位三冲量控制
5.Research of coke combustion in waste heat boiler of ethylene device乙烯装置废热锅炉焦炭燃烧过程的研究
6.Study onCatalytic combustion process of coke in the waste heat boiler of ethylene installment乙烯装置废热锅炉焦炭催化燃烧过程的研究
7.Mathematical Model for Operation of TLE in Ethylene Plant乙烯装置废热锅炉运转过程的数学模型
8.Development of Tow Stage Quench Waste Heat Boilers in Ethylene Plants and Its Application乙烯装置二级急冷废热锅炉的开发与应用
9.Theoretical Analysis and Technical Improvement to the Problem of Water Contamination in Steam Producd from Waste Heat Boilers in an Ammonia Plant;合成氨废热锅炉汽包带水问题分析及解决措施
10.Synthetic Ammonia Waste Heat Boiler Repairment and Safety Control Measures合成氨废热锅炉的修复及安全监控措施
11.Design and Development of Waste Heat Boiler of Wet Gas Sulphuric Acid(WSA) UnitWSA湿烟气制酸装置废热锅炉的设计开发
12.Finite Element Analysis of Overall Strength of Shell and Tube Waste Heat Recovery Boiler管壳式废热锅炉整体强度的有限元分析
13.Finite Element Stress Analysis for Structure of Waste Heat Boiler Tube Sheet in Sulfur Recovery Device硫磺回收装置之废热锅炉管板结构有限元应力分析
14.This work is performed on the“ Energy Island” basic research base, on the low temperature HRSG experiment station to study the characteristic of HRSG.本实验基于低温废热余热锅炉及蓄热技术研究实验台,对余热锅炉的性能进行实验研究。
15.Numerical analysis of heat transfer in gasifier radiation and waste heat boiler interface bracket气化炉与辐射废锅接口托架传热的数值分析
16.Air tightness test for auxiliary boiler (economize boiler) on board.辅锅炉（废气锅炉）装船后气密试验。
17.boiler body or base [for steam or other vapors generating boilers or for superheated water boilers]锅炉身或炉基[蒸汽锅炉或其他蒸气发生锅炉用或过热水锅炉用]
18.oil fired-exhaust gas boiler燃油-废气两用锅炉
相关短句/例句
secondary waste heat boiler第二废热锅炉
3)waste heat boiler废热锅炉
1.Cause and measures to body-flange leakage ofwaste heat boiler;废热锅炉本体法兰泄漏原因及对策
2.Development and Application of the New TypeTransformation Gas Waste Heat Boilers;新型转化气废热锅炉的开发应用
3.Structure improvement of tube-to-tubesheet joint ofwaste heat boiler;废热锅炉管板与换热管接头结构改进
4)WHB废热锅炉
1.FAILURE ANALYSIS OFWHB OF THE SECONDARYREFORMER IN AMMONIA PLANT;合成氨二段转化废热锅炉失效分析
2.Defect Repairing of FirstWHB Tube Plate in Ammonia Plant;合成第一废热锅炉管板缺陷分析及修复
3.Through transfer duct,the large powdered coal gasifier and waste heat boiler(WHB) were integrated,but the support skirt of the gasifier base was fixed,while theWHB side was supported by a constant hanger(floating support),thus the "conventional design" is not applicable to the strength calculation of pressure vessels of the system.大型煤粉气化炉及废热锅炉通过导管连接成一整体,且气化炉底部裙座固定,在废热锅炉侧采用恒力弹簧吊架吊挂支撑,如采用"常规设计"无法进行承压外壳的强度计算。
5)waste-heat boiler废热锅炉
1.The design ofwaste-heat boiler in 10×104 t/a sulphur recovery unit was presented.简要介绍了镇海炼化公司10×104t/a硫磺回收装置中废热锅炉的设计,着重叙述了废热锅炉的管板设计和高温硫腐蚀防护等内容,可为同类设备大型化设计提供参考。
6)CO firing waste heat boiler一氧化碳燃烧废热锅炉
延伸阅读
USX型废热锅炉分子式：CAS号：性质：乙烯装置用USX急冷锅炉有两种型式，一种由双套管组成，内管走裂解气，夹套内产生约12MPa的高压蒸汽；另一种由三个同心套管组成，冷却液体由顶部引入中心圆管内，并在下端内环室折回向上，从水平溢流口流出，裂解气则由最外侧的同心圆管底部的孔口进入到冷却器，沿外环室上升，从而通过中间同心管表面与内环室内的冷茸液体并流冷却。
