ML25013A299
| ML25013A299 | |
| Person / Time | |
|---|---|
| Issue date: | 01/13/2025 |
| From: | Singh K Holtec Decommissioning International |
| To: | Office of Nuclear Material Safety and Safeguards |
| References | |
| Download: ML25013A299 (1) | |
Text
www.hdi-decom.com l Page 1 Holtec Decommissioning International (HDI) Headquarters:
Krishna P. Singh Technology Campus Located in Camden, New Jersey, U.S.A Holtec Decommissioning International
www.hdi-decom.com l Page 2 Oyster Creek Nuclear Generating Station Ceased Generation and Shutdown - 2018 NRC License transferred to HDI - 2019 All fuel on ISFSI Pad - 2021 In-Vessel Segmentation complete - 2023 License Termination Plan submittal submitted -
2024 Reactor Pressure Vessel Removal expected -
2028 Partial Site Release expected - 2029 License Termination - 2035 Former single unit BWR, 636 MWe Lacey Township, New Jersey
www.hdi-decom.com l Page 3 Oyster Creek Nuclear Generating Station
www.hdi-decom.com l Page 4 Oyster Creek Nuclear Generating Station Able to recycle 21% of material removed thus far.
Innovative processes enhancements such as canister drying, canister lid sealing allowed work to be performed in two areas at once expediting the spent fuel processing.
Removal of Control Rod Guide Tubes from in vessel versus normal under-vessel disconnects saved over 60-Rem to workers.
Choice of transportation package and mode is important to ensure no challenges with shipping contaminated material.
License Termination Plan vs Final Status Survey Plan.
www.hdi-decom.com l Page 5 Pilgrim Nuclear Power Station Ceased Generation and Shutdown - 2019 All fuel on ISFSI Pad - 2021 License Termination Plan submittal expected
- 2025 In-Vessel Segmentation completion - 2024 Reactor Pressure Vessel removal expected -
2032 Partial Site Release expected - 2035 License Termination - 2063 Former Single Unit BWR, 677 MWe Plymouth, Massachusetts
www.hdi-decom.com l Page 6 Pilgrim Nuclear Power Station
www.hdi-decom.com l Page 7 Pilgrim Nuclear Power Station Immediate approach to casking of nuclear fuel (dry cask), removal of environmental hazard (chemicals, oils, etc.) and fire prevention to decrease risk.
Work being performed from the out-buildings to reactor building to maximize space and control cross contamination.
Avoid handling waste multiple times.
Allow for innovation in approach to decommissioning.
Reinforce importance of CAP, especially the feedback.
www.hdi-decom.com l Page 8 Indian Point Nuclear Generating Units 1,2,3 U2 & U3 Ceased Generation and Shutdown -
2020-2021 U1 Shutdown - 1974 All fuel on ISFSI Pad - 2023 License Termination Plan submittal expected -
2027 In-Vessel Segmentation expected completion:
U1 - 2031 U2 - 2026 U3 - 2025 Reactor Pressure Vessel Removal expected completion:
U1 - 2031 U2 - 2034 U3 - 2032 Partial Site Release expected - 2041 License Termination - 2062 Former Three-Unit Site, PWRs U1-257 MWe, U2-1040 MWe, U3-1040 MWe Buchanan, New York
www.hdi-decom.com l Page 9 Indian Point Nuclear Generating Units 1,2,3
www.hdi-decom.com l Page 10 Indian Point Nuclear Generating Units 1,2,3 IPEC is able to incorporate lessons learned from activities already performed at Oyster Creek and Pilgrim to be more efficient.
Decommissioning challenges due to Legislation (S.6893/A.7208) restricting discharges of any radiological substance into the Hudson River in connection with the decommissioning of a nuclear power plant.
All three units decommissioning at once, work must be closely tracked to ensure proper correlation to appropriate fund and complies with 50.2 definition of decommission.
www.hdi-decom.com l Page 11 Thank You Krishna P. Singh Technology Campus 1 Holtec Boulevard Camden, NJ 08104 Tel: (856) 797-0900 www.holtec.com