增压风机

75t/hCFB锅炉增压风机运行方式优化改造

Optimal Transform of Operational Mode of 75t / h CFB Boiler Pressurized-Fan

600MW机组烟气脱硫中增压风机的控制

The control of BUF in FGD 600 MW generating unit

在FGD系统内部，增压风机、循环浆液泵和氧化风机是主要的耗能设备，并且其运行情况亦会影响系统脱硫效率的高低。

In the FGD system , booster fan ; circulating slurry pump and oxidation fan are three major energy consuming devices , and their operation ways will affect the desulfurization efficiency .

重点对各种系统的优、缺点和存在的问题进行了比较、分析，提出对于在役机组增加FGD系统、机组燃用劣质无烟煤以及机组容量在600MW及以上情况应采用设置增压风机的方案；

Based on this , the booster fan was proposed to be installed in the unit with additional FGD system , the unit of 600 MW and above in service and the anthracite coal-fired unit .

着重分析了石灰石/石膏湿法烟气脱硫（FGD）系统中的吸收塔、浆液循环泵、烟气换热器、增压风机、除雾器等运行情况，并提出优化运行建议。

Important equipment , like the absorption tower , the slurry circulation pump , the flue gas heat exchanger , the supercharging fan and the demister are being analyzed , in respect to their functions , together with recommendations concerning their optimized operation .

实际运行中，GGH堵塞引起压差增大，严重时导致增压风机失速、锅炉跳闸，影响机组运行的安全性、经济性和环保效益。

In practical operation , GGH plug causes pressure increasing , leading to serious boosting fan stall , boiler trip ; and affecting the safety of plant operation , economy and environmental benefits .

GW级机组引风机与增压风机合并设置检查人员建议，公司应当考虑在这些通风系统之间安装一个连锁分离装置，以防止单元增压。

Installation of ID fan combined with FGD booster fan for 1 000 MW units A recommendation was made by inspectors that consideration be given by the company to the fitting of an interlock trip between the ventilation systems to prevent cell pressurization .

脱硫增压风机前导叶叶片损坏的分析

The Damage Analysis of Front Guide Vane in Desulfurization Booster Fan

增压风机跳闸后炉膛压力急升的原因分析

Analysis of Furnace Pressure Rising Sharply after Tripping of Boost Up Fan

增压风机和引风机协调控制策略的应用

The Application of Boosting Fan and IDF Coordinated Control System

增压风机电机液体电阻调速改造节能效果分析

Energy-saving effect analysis of technical renovation in booster fan motor liquid rheostat speed

空压机入口增设增压风机可行性探讨

Discussion on the feasibility of adding pressure fan ahead of air compressor inlet

无增压风机脱硫工程烟气系统调试分析

Debugging and analysis of flue gas system for boiler desulfurization project without booster fan

锅炉引风机与脱硫增压风机合一技术经济分析

Techno-economic Analysis on Integration of Induced Draft Fan of Boiler and Booster Fan of Desulphurization System

烟气脱硫系统中循环浆液泵和增压风机的节能分析

Energy Saving Analysis of the Circulating Slurry Pump and Booster Fan of the Flue Gas Desulfurization System

在压力下产生的或屈服于压力的：暖风供暖。增压风机跳闸后炉膛压力急升的原因分析

Produced by or subjected to forcing : forced-air heating . Analysis of Furnace Pressure Rising Sharply after Tripping of Boost Up Fan

介绍某电厂的增压风机转子现场动平衡过程中试重大小及配重方案的选取方法。

A case of field balancing of a centrifugal fan is presented to show the method to determine the trial counterweight for balancing .

在大型火力发电机组烟气脱硫脱硝系统的仿真过程中，增压风机是风烟系统仿真的核心。

In the simulation of flue gas desulfurization and denitrification system of large-scale thermal power station , boost fan is the core of flue gas system .

增压风机是火力发电厂的用电大户，它的经济运行对降低电厂的厂用电率、提高电厂的综合效益具有重要作用。

Turbo fan has large power consumption in coal-fired power plants , and its economic operation play an important role in reducing power consumption of the power plant and improving the power plant comprehensive benefit .

6110柴油机增压后机体的改进设计引风机与脱硫增压风机合并方案论证

Improvement Design for Cylinder Block of Model 6110 Turbocharged Diesel Engine Discussion on Combining Scheme between Induced Fan and Desulphurization Booster Fan