Optimization and Application for Direct Air-Cooled Condenser Automatic Cleaning Device

Abstract:

Analysis of the structure characteristics of power plant direct air-cooled condenser automatic cleaning device. The disadvantages are that: Inclination deformation occur when the cleaning device was running; Transmission part was short serving life and easy damage; The high-pressure hose could damage air-cooled finned body, etc. Proposes a new structure of automatic cleaning device, which overcomes these shortcomings, and the structure is more simple. This device has completed the experiment and has been applied to a domestic power station direct air-cooled condenser cleaning system project.

• Periodical: Advanced Materials Research (Volumes 694-697)
• Pages: 3016-3019
• DOI: https://doi.org/10.4028/www.scientific.net/AMR.694-697.3016
• Online since: May 2013
• Authors: Qun Zhao, Feng Liu, Zhen Sun
• Keywords: Cleaning Device, Direct Air-Cooled Condenser, High-Pressure Water Jet, Transmission Mechanism

References

[1] Peizhang Wang: Power Equipment No.3 (2008), pp.270-272.

[2] Song Fu, Fulu Wang: Information on Electric Power No.4 (1995), pp.8-10.

[3] Fulong Zhang, Yazhao Tian: North China Electric Power No.8 (2008), pp.52-54.

[4] Feng Liu, Qun Zhao and Zhen Sun: Machine Design&Research Vol.28 No.2(2012), pp.100-102.

[5] Hongfa Ma, Yanli Zeng and Guangheng Liu: Cleaning World Vol.26 No.8 (2010), pp.37-40.

[6] Yanli Zeng, Guangheng Liu and Zhen Sun, CHN. Patent CN201177478U. (2009).

[7] Keyuan Wang, Xin Yang, CHN. Patent CN201476687U. (2010).

[8] Wenjun Zhang, CHN. Patent CN101832732A. (2010).

[9] Yanli Zeng, Guangheng Liu and Zhen Sun, CHN. Patent CN201371139Y. (2009).