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高效节能超(超)临界空冷汽轮机的优势及发展前景 被引量:6

Superiority and Development Foreground for Critical (Ultra Critical) Air Cooled Steam Turbine with High Efficiency and Energy Saving
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摘要 超(超)临界空冷汽轮机以其节水、节煤和环保的优势,将逐渐取代现有的亚临界空冷汽轮机。超(超)临界空冷汽轮机的特殊性对运行提出了新的要求,干湿联合系统有利于超(超)临界空冷汽轮机的运行。 Critical (ultra critical) air Cooled steam turbine has superiority for water saving, coal saving and enviromental protection. They will replace existing subcritical air cooled steam turbines. The particularity of critical (ultra critical) air cooled steam turbine presents new request for operation. Studies show parallel condensing wet/dry systems are advantaged for operation of critical (ultra critical) air cooled steam turbine.
作者 孙佳南
出处 《节能技术》 CAS 2008年第4期337-339,共3页 Energy Conservation Technology
关键词 超临界 直接空冷 汽轮机 总体设计 发展前景 干湿联合系统 critical air- cooled steam turbine design for general arrangement development parallel condensing wet/dry systems
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参考文献5

  • 1马义伟译.干-湿并列联合系统优于全干式或全湿式冷却系统.Power,:15-16.
  • 2Dry Cooling- Parallel Condensing Wet/Dry Systems (PAC SYSTEM ).
  • 3Case Study: Exeter Energy Project.
  • 4Case Study: SEMASS Waste- to- Energy Facility.
  • 5Case Study:Streeter Generating Station.

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