Dissertation > Excellent graduate degree dissertation topics show

Research on the Erosion Problem of the Exhaust Fan in LINGQUAN Power Plant

Author: BoZhaoJun
Tutor: XuHong;ZhangYongLi
School: North China Electric Power University (Beijing)
Course: Power Engineering
Keywords: Power Engineering Fan Wear and tear Technical and economic
CLC: TK223.26
Type: Master's thesis
Year: 2006
Downloads: 190
Quote: 1
Read: Download Dissertation

Abstract


Induced draft fan as one of the main auxiliary of the thermal power plants , and seriously affect its output because of wear and tear and frequent updates maintenance , has become one of the hidden dangers of the safe operation of the thermal power plant boiler . Induced draft fan as important auxiliary equipment for coal-fired boilers , directly affect the safe operation of the generator set , Statistics thermal power generating units of 100MW over 1991 only because of the Boiler Fan failure caused annual losses of up to 1.27 billion kW · h . Seen to improve the reliability of the plant fans running safe operation of the power plant is very necessary . # 4 furnace for Lingquan power plants cited specific issues of fan wear , in-depth analysis of the induced draft fan wear causes and propose improvement and prevention the wear of further measures , implementation and Lingquan power plant significantly improved results , and achieved satisfactory results. This article is divided into four parts , the first part is mainly described the research background and significance of the papers ; second part is mainly caused by the internal fan wear mechanism is in-depth discussion and research ; third part mainly on the basis of the analysis in the wear and tear reasons , according to the project actual needs of a variety of commonly used approach of induced draft fan wear , and its economic analysis , makes the induced draft fan wear problem of decision-making more scientific and economic ; fourth part is the full text of the summary and outlook .

Related Dissertations

  1. Evaluation of Image Quality of Megavoltage Computed Tomography for Helical Tomotherapy Unit and Aplication for Dose Recalculation,R730.5
  2. The Effect of Frequencycontron on Flow Fields Environment in Bulk Curing Barn and Quality of Flue Cured Tobacco,S572
  3. System solver based on the three-dimensional conditions of the mine ventilation network,TD724
  4. Numerical Simulation and Experimental Study of Air-Assisted Sprayer of Orchard,S491
  5. Automotive CO 2 emissions Technology and Economic Assessment,F426.471
  6. Axial fan blade vibration non-contact measurement,TD441.2
  7. The development of technical and economic subsystems based on the the WEB technology of grid projects,TP311.52
  8. Design and Optimation for Cross Flow Fan in Air-conditioning,TH43
  9. The Economic Evaluation of Transformer Technical Innovation Based on Life Cycle Cost,F406.72;F224
  10. Modular air digital design and model analysis,TB657.2
  11. The Research and Application of Fuzzy Control in HVAC and Room System,TB657.2
  12. High efficiency and low noise centrifugal fan Numerical Simulation and Optimization,TH432
  13. Brushless DC Motor Design and Analysis of Noise,TM351
  14. Company P G power plant EPC projects National Quality Management,F426.61
  15. Influences of TPS Wear Conditions on Auto Driving Performance,U464.136
  16. Static Behavior Analysis of Concrete-filled Steel Trussed Arch Bridge with Rectangular Hollow Section,U441
  17. Research on Configuration Optimization of the Low-Grade Asphalt Pavement Multi-Function Maintenance Truck,U418.3
  18. The Research of Prepositions in Ch’Un-Ch’iu Fan-Lu,H141
  19. Comparative Study of Language in Eternal Youth Palace and Peach Blossom Fan,I207.3
  20. Change and Exceed,I207.42
  21. Sedimentology and Reservoir Modeling of the Hetaoyuan Formation, Xiaermen Oilfield,P618.13

CLC: > Industrial Technology > Energy and Power Engineering > Steam Power Engineering > Steam boiler > Boiler constructed > Combustion devices > Ventilation cited wind equipment
© 2012 www.DissertationTopic.Net  Mobile