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- In view of replacing air-water slag cooler with barrel type slag cooler for large CFB boiler in Baiyanghe Power Plant, the structure and principle of barrel type slag cooler is introduced. 介绍华能白杨河电厂大型CFB锅炉将风水联合冷渣器更换为滚筒冷渣机的有关情况,简要分析并提出改进建议。
- Large CFB boiler lighting techniques 大型循环流化床锅炉点火技术研究
- Learn from Experience of Large CFB Boiler Dry-off 大型CFB锅炉烘炉经验与体会
- The key to develop 200 MW and larger CFB boilers is the design of external heat exchanger (EHE). 200MW以上容量CFB锅炉大型化的关键是外置换热器的研究和开发。
- The Application of Heat Tube at Large CFB Boilers 热管技术在大型循环流化床锅炉中的应用
- large CFB boiler 大型CFB锅炉
- Expatiate water-cycling mode for large CFB hot-water boiler、water flow path and heat-exchanger surface structural design. 阐述了大型循环流化床热水锅炉的水循环方式、水流程及受热面结构设计布置。
- Development of CFB Boiler in Harbi Boiler Company Ltd. 哈锅循环流化床锅炉的发展历程。
- Chemical Cleaning for CFB Boiler of Power Plant of Dalian Chemical Industry Co. 一台热电厂循环流化床锅炉的化学清洗。
- A Study on Fuzzy-PIDControl of Main Steam Temperature in a CFB Boiler CFB. 锅炉主汽温。
- Large scale CFB boiler baker is a key process to make anti-erosion refractory s intering, shaping and attain its performance of heat resistance, pressure resist ance, erosion resistance, torsibility and shock-proof. 大型循环流化床 (以下简称CFB)锅炉的烘炉是使耐火耐磨材料烧结成型并使之达到耐火、耐磨、耐压、抗折、热震稳定性、高温耐压性能的关键。
- Engineering Design of 450 t/h CFB Boiler in Baoding Cogeneration Power Plant, Datang Power Generation Co. 大唐保定热电厂450t/h CFB锅炉工程设计
- The ash circulating ratio in CFB boiler has an effect not only on combustion but also on heat transfer. 循环流化床锅炉中灰循环倍率不仅影响燃烧 ,而且还影响传热。
- The water erosion is the most serious fact,which affects potentially the CFB boiler performance. 循环流化床锅炉水冷壁管的磨损是影响循环流化床锅炉运行的一个主要因素。
- The reasonable results may be useful for the design of the CFB boiler burning petroleum coke. 研究结果为燃用石油焦的循环流化床锅炉设计提供了依据。
- The bed temperature measurement is crucial for CFB boiler as a result of desulphurization and denitration. 床温测量对于循环流化床(CFB)锅炉至关重要,直接影响炉内脱硫和脱硝。
- Heat insulating for CFB boilers and other kinds of boilers. 流化床锅炉及各种锅炉保温。
- A new mathematical model for carbon loss of CFB boiler with considering all factors, which affect ash content and specification is deduced. 综合考虑各种因素对灰分和灰比的影响,建立了循环流化床锅炉机械未完全燃烧热损失的数学模型。
- The result was validated by the industrial optimization experiment.This method will help on-line optimal operation of the CFB boiler. 最后进行工业调优试验，试验结果验证了分析结果并初步实现了锅炉热效率的在线优化。
- The CFB boiler solid particle affects the key question to the heatingsurface attrition which the CFB boiler economy movement and furtherdevelops. CFB锅炉固体颗粒对受热面的磨损是影响CFB锅炉经济运行和进一步发展的关键问题。
