A Novel Marine Organism Trap for Important Plant Water Systems in Nuclear Power Plants

Authors

  • Yuanrui Mao
  • Dengke Zheng
  • Derui Li

DOI:

https://doi.org/10.54691/n6wvqw06

Keywords:

Self-cleaning, seawater system, cleaning device, filter.

Abstract

As a safety-grade filtration device within the Important plant water systems of nuclear power stations, the marine organism trap bears the vital responsibility of ensuring reactor heat removal. Any blockage would trigger unit fault signals, leading to shutdown and loss of the safety-grade heat trap, with severe consequences. This paper introduces a novel multi-cartridge marine organism trap featuring planetary gear self-cleaning capability. It outlines the structure, operating principle, and design methodology, determining inlet/outlet pipe diameters, cartridge parameters, and filter area based on design specifications. This innovative filter offers reference for selecting and designing filters within Important plant water systems for nuclear power plants.

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References

[1] F. Wu, B.T. Xu, Y. Li, et al. Analysis of the Impact of Marine Biological Outbreaks on the Cold Source System of Nuclear Power Plants and Discussion of Countermeasures, water supply and drainage, vol. 54 (2018), 61-64.

[2] R. Han, P Ji, Y.J Zhao, et al. Research and analysis of the water intake blockage incident at the Binhai Nuclear Power Plant (BNPP), water supply and drainage, vol 54 (2018), 75-80.

[3] Z. C, Wang, Q.W, Wu, et al, An investigation into the invasion of hairy shrimp and preventive and control measures in coastal nuclear power plants, water supply and drainage, vol 60 (2024), 601-604.

[4] Jiangnan Shipyard: Inhalation coarse water filter(The Sixth Ministry of Machinery Industry,China 1981).

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Published

23-10-2025

Issue

Section

Articles