2) boiler heating surface
锅炉受热面
1.
Basing on explosive leakage summarization for boiler heating surface of Huangdao power plant in 2005 year , causes are analyzed, the remedial measures is put forward from operation and repair aspects.
结合黄岛电厂2005年锅炉受热面的泄漏情况统计,对造成锅炉受热面泄漏的原因进行了分析,并从检修和运行方面提出了防范措施。
2.
Risk-based maintenance technology for boiler heating surface is a new emerging technology that evaluates the risk rank and optimizes the maintenance strategy.
锅炉受热面风险维修技术是一项新兴技术,根据评价后的风险级别来优化维修策略。
3) waste heat boiler
余热锅炉
1.
Technical modifications of waste heat boiler in FCC unit;
催化裂化装置余热锅炉的技术改造
2.
The flue gas condition and selection of waste heat boiler;
余热锅炉的烟气条件及选型
4) heat recovery boiler
余热锅炉
1.
Acid etching of boiling furnace heat recovery boilers in the safe operation is of a great danger,In order to effectively prevent the occurrence of acid corrosion,it is necessary to correctly calculate high temperature flue gas sulfuric acid(H2SO4)acid vapor dew point temperature,so as to determine the correct design of the heat recovery boiler pressure and operating pressure.
酸腐蚀对沸腾炉余热锅炉的安全运行危害极大,为了有效地防止酸腐蚀的发生,必须正确计算高温烟气中硫酸蒸汽酸露点的温度,从而正确确定余热锅炉的设计压力及运行压力,同时在运行中加强管理,采取各种预防措施,确保沸腾炉余热锅炉长期安全经济有效地运行。
2.
Economizer leakage is a main problem in running of heat recovery boiler.
省煤器泄漏是余热锅炉运行中常遇到的问题。
5) heat recovery steam generator
余热锅炉
1.
Design of heat recovery steam generator fitted to Siemens V94.3A gas turbine;
西门子V94.3A燃气轮机配套余热锅炉设计
2.
Analysis for applications of spirally finned-tube banks in heat recovery steam generators;
螺旋翅片管束在余热锅炉中应用分析
3.
Flow Field Optimization of the Gas Inlet of Heat Recovery Steam Generator;
余热锅炉入口烟道流场优化
6) Waste-heat boiler
余热锅炉
1.
Analysis of application prospects of the waste-heat boiler with high-pressure natural circulation for coke drying quenching;
高压自然循环干熄焦余热锅炉应用前景分析
2.
Cause analysis of waste-heat boiler tube cracking and improvement;
余热锅炉埋管爆管的原因分析及改进措施
3.
This paper mainly discusses the basic principles of gas-vapor combined recycle and waste-heat boiler with its steam and water circuit,and explores the issues of option for temperature difference between nodal point and approach point,option for design parameters,and operating technologies with altering work conditions concerning the waste-heat boiler,respectively.
介绍了燃气-蒸汽联合循环的基本原理、余热锅炉结构及其汽水系统,分别讨论了余热锅炉节点和接近点温差的选择、余热锅炉设计参数的选择以及余热锅炉变工况运行技术。
补充资料：加热
分子式：
分子量：
CAS号：
性质：热源将热能传给较冷物体而使其变热的过程。根据热能的获得，可分为直接的和间接的两类。直接热源加热是将热能直接加于物料，如烟道气加热、电流加热和太阳辐射能加热等。间接热源加热是将上述直接热源的热能加热能加于一中间载热体，然后由中间载热体将热能再传给物料，如蒸汽加热、热水加热、矿物油加热等。
分子量：
CAS号：
性质：热源将热能传给较冷物体而使其变热的过程。根据热能的获得，可分为直接的和间接的两类。直接热源加热是将热能直接加于物料，如烟道气加热、电流加热和太阳辐射能加热等。间接热源加热是将上述直接热源的热能加热能加于一中间载热体，然后由中间载热体将热能再传给物料，如蒸汽加热、热水加热、矿物油加热等。
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