The optimization results can serve as a useful guide during the optimization design and operation of flue gas energy recovery systems.
其优化结果对烟气能量回收系统的优化设计及操作有一定的指导作用。
This article gives detail expatiation on pattern selection and performance of corrugated expansion joint used on flue gas energy recovery system.
对烟气能量回收系统波纹管膨胀节的选型及特性作了较全面的阐述。
A newly developed high temperature flue gas energy recovery technology has been applied in RFCCU at Lanzhou Petroleum Processing and Chemical Complex.
对在兰州炼油化工总厂重油催化裂化装置上开发、应用及完善的新型高温烟气取热技术进行了介绍。
Abstract: a newly developed high temperature flue gas energy recovery technology has been applied in RFCCU at Lanzhou Petroleum Processing and Chemical Complex.
文摘：对在兰州炼油化工总厂重油催化裂化装置上开发、应用及完善的新型高温烟气取热技术进行了介绍。
Since the energy recovery technology in FCC has began to develop and apply in the middle period of 70's, 60 sets of flue gas turbine have been operated up to now.
催化裂化装置能量回收技术自70年代中期开始开发、应用，至今已有60余台套机组投入运行。
The recovery system of residual heat from flue gas can reduce the flue gas temperature of direct-fired machine and increase the primary energy utilization rate of direct-fired machine in summer.
烟气余热回收系统不仅降低了直燃机排烟温度，还提高了夏季直燃机的一次能源利用率。
The recovery quantity of residual heat from flue gas and the flue resistance are calculated, and the economy and energy-saving of the residual heat recovery from flue gas are analyzed.
对烟气余热回收量及烟道阻力进行了计算，分析了烟气余热回收的经济性和节能性。
The flue gas temperature of direct-fired machine is too high to save energy. A recovery device of residual heat is installed in the flue.
直燃机排烟温度过高，不利于节能，在烟道上加设余热回收装置。
The recovery system of residual heat from flue gas can reduce the flue gas temperature of direct-fired machine and increase the primary energy utilization ra...
烟气余热回收系统不仅降低了直燃机排烟温度，还提高了夏季直燃机的一次能源利用率。
The flue gas which comes from the reactor and the flow of gas have heat changes and then dry combination, in order to achieve as much as possible to maximize heat recovery and efficient use of energy.
从反应器出来的烟气与流化气换热后又对生物质进行干燥，换热与干燥有机结合，实现尽可能最大化的热回收，有效利用能量。
The flue gas which comes from the reactor and the flow of gas have heat changes and then dry combination, in order to achieve as much as possible to maximize heat recovery and efficient use of energy.
从反应器出来的烟气与流化气换热后又对生物质进行干燥，换热与干燥有机结合，实现尽可能最大化的热回收，有效利用能量。
应用推荐