CINIE CINIE
中文 | English | Français | Русский
Home CINIE World Nuclear Fusion Nuclear Application

Search Results

Keyword:nuclear-grade resin

Domestically Produced Nuclear-Grade Resins Fully Verified and Ready for Use

Domestically Produced Nuclear-Grade Resins Fully Verified and Ready for Use

On August 28, China General Nuclear Power Group (hereinafter referred to as CGN) announced that five nuclear-grade resin products developed under its leadership have all been put into engineering application, with a cumulative total of 12 batches used at nuclear power plants including Daya Bay, Ningde, Yangjiang, Taishan, and Hongyanhe. Among them, the first product has been operating stably for over three years in the steam generator blowdown system (APG system) of nuclear power plants, with key performance indicators comprehensively outperforming imported counterparts of the same category, and the domestic nuclear-grade resin production line. Nuclear-grade resins are known as the "kidneys" of nuclear power water treatment systems, serving as core materials that ensure stable water chemistry indicators of nuclear power units and prevent equipment corrosion. For a long time, these materials have been highly dependent on imports, posing supply security risks such as long delivery cycles, unstable batch quality, and rising prices year by year.

2026-08-29

Reading Ranking

  • 1 Princeton team launches Borealis Fusion, focusing on the magnetic mirror pB11 pathway
  • 2 Morehead State University Receives $50,000 Grant to Support Nuclear Medicine Technology Bachelor's Program
  • 3 Zhejiang Ziming Cryogenics Secures Investment from Two Major Central Energy SOEs to Scale Up Fusion Cryogenic Systems
  • 4 South Africa Advances High-Purity Low-Enriched Uranium Cooperation as Quantum Leap Energy Partners with Necsa to Build Facility
  • 5 Bahrain and France Sign Nuclear Energy Cooperation Memorandum to Advance Civil Nuclear Power Program
  • 6 Three Top U.S. Universities Form Academic Consortium to Bridge Nuclear Workforce Gap
  • 7 The Philippines Advances Nuclear Power Planning, Aims for 1.2 GW by 2032
  • 8 NASA's SR-1 Freedom deep-space nuclear reactor progresses smoothly, planned to set sail in 2028
  • 9 US SMR Developers Deepen EPC Partnerships to Reduce FOAK and Scaled Deployment Risks
  • 10 Fangjiashan Nuclear Power Unit 109 Overhaul Successfully Concluded, Technology Empowers a Solid Safety Foundation
  • 11 Trillion-Dollar "Suns" Race: Who Is Shortening the Distance from Lab to Grid for Nuclear Fusion?
  • 12 World Nuclear Industry Status Report: The Global "Nuclear Renaissance" Is in Fact "Single-Engine Driven by China," with Regions Outside China in "Substantial Stagnation"
  • 13 US NuCube Advances NuSun Microreactor Testing and Autonomous Operation Layout
  • 14 European Nuclear Medicine Congress Focuses on PET Nuclear Technology: Where Is the Boundary of Early Diagnosis
  • 15 MIT Startup Develops "Desktop" Dual-Laser Fusion Device, Targeting Tritium Fuel Gap
CINIE

Organizing Committee of the Shenzhen Nuclear Expo

Telephone: +86 10-67808008

+86 10-68808008

Email: info@cinie.net

CINIE

Event Overview News Center Support Services Highlights Archive Contact Us

World Nuclear

China Nuclear Power News World Nuclear Power News Expert Views Nuclear Power Technology

Fusion

China Fusion World Fusion Big Science Facilities ITER Program Business & Capital

Nuclear Application

Medical Scientific Research Environmental Protection Industry Food Agriculture Security
About us | All rights reserved
CINIE All rights reserved 2026 ICP License:京ICP备12027382号-9