1) waste heat recovery system
余热回收系统
1.
Design scheme of waste heat recovery system of heating furnance of atmospheric-vaccum distillation unit of large scale is analyzed.
对 5 0 0万t/a常减压装置加热炉联合余热回收系统的设计方案进行分析 ,提出采用管束式钉头管预热器 ,设置前置热油空气预热器 ,风机采用变频调速设计 ,设置备用风机的方案 ,针对设计中的具体问题 ,指出烟道、风道设计应注意减少局部阻力损失 ,烟道、风道挡板合理选型 ,吹灰器采用声波吹灰器等 ,满足了装置长周期、安全、稳定运
2.
The hot blast stoves and its waste heat recovery system containing many corelated dynamic parameters is tested and analyzed with the systemical testing method.
采用系统测试方法对包含多个相关动态参数的高炉热风炉及其余热回收系统进行测试 ,并对测试结果进行分析 ,认为系统测试为摸清设备真实运行状况、找出问题所在及设计和改造系统装备提供了依
2) recovery system for waste heat
余热回收系统
1.
The installation technology of recovery system for waste heat in gas of hot stove of 1260 m3 blast furnace, which is a model project of energy-saving and environment-protecting aided financially by Japan, is introduced.
介绍了邯钢1260m3#高炉热风炉烟气余热回收系统的安装工艺。
2.
A chemical plant fumace hot-air recovery system for waste heat blower failure rate have reached a high level,After severl times maintenance,the causes are found out and the measures to eliminate failures are put forward,therefore,the stability operation of the blower is realized.
某化工厂加热炉热风余热回收系统鼓风机故障率居高不下,通过多次检修,找出了产生故障的原因,并提出了消除故障的措施,实现了鼓风机的平稳运行。
3) heat recovery system
热回收系统
1.
Expounds the importance of the heat recovery system in energy saving, analyses characteristics of heat recovery devices.
阐述了热回收系统节能的重要性 ,分析了热回收装置的特点 ,强调了系统配置的合理性 ,指出建筑与空调的节能措施要统一。
2.
The controlling temperatures of cyclohexanone heat recovery system were optimized by flowsheeting and analysis, which reduced the consumption of energy and the circulation of cyclohexanone.
通过工艺模拟和计算分析,对环己酮热回收系统的操作控制温度进行了优化,降低了系统的能耗和粗醇酮用量。
4) waste heat recovery
余热回收
1.
Application of waste heat recovery unit of hot blast furnace;
两种热管换热器在热风炉余热回收中的应用
2.
Thermodynamic analysis of waste heat recovery in one-step phosphorous acid production by BEP;
一步法热法磷酸生产余热回收的热力学分析
3.
Influence of atmosphere temperature on waste heat recovery,electric power generation in SA production;
大气温度对硫酸余热回收效率、发电量的影响
5) recovery of waste heat
余热回收
1.
Application of thermal exchange technique with recuperative tube to recovery of waste heat from glass furnace
热管换热技术在玻璃熔窑余热回收中的应用
2.
From the coking process of the waste heat resource capacity and the application of recovery of waste heat,the paper analyzed the method and technical of heat transfer enhancement in the Coke Dry Quenching device and introduced the application on technology of heat transfer enhancement in the CDQ device.
从焦化工序余热资源量及余热回收利用现状出发,分析了干熄焦装置传热强化的途径与技术,并介绍了强化传热技术在干熄焦装置上的应用。
6) heat recovery
余热回收
1.
The design parameters, process, main equipment, control system and economic evaluation of heat recovery facilities on No.
介绍了宝钢 1号和 3号烧结机余热回收装置的设计参数、工艺设计方案、主要设备、控制系统和经济效益评价指标 ,阐明了设置这两套余热回收装置的必要性和可行
2.
This article introduces a natural stratified heat storage tank and its use in industrial waste heat recovery.
本文介绍了在一个工业余热回收系统中应用自然分层热贮存装置的经验。
3.
The performance of a high temperature heat pump unit for heat recovery is experimentally evaluated.
对一种新型的余热回收高温热泵机组进行了性能实验研究。
补充资料：烧结厂冷却机废气余热回收装置
烧结厂冷却机废气余热回收装置
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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