Operating Plant Initiatives: Difference between revisions
No edit summary |
Colton Smith (talk | contribs) (Revision 0 Reviewed by Monica Hurley) |
||
| (5 intermediate revisions by 5 users not shown) | |||
| Line 1: | Line 1: | ||
The EPRI [https://www.epri.com/research/programs/111344 Operating Plant Initiatives (OPI) Program] provides the technical foundation, methods, and guidance to support long-term operations, power uprates, plant upgrades, and the application of advanced analytics. It brings together research, tools, and industry collaboration to help utilities evaluate options, prioritize investments, and implement practical, cost-effective solutions across both the existing fleet and advanced reactor designs. | |||
This page serves as a central entry point to explore each program area and access supporting resources, tools, and ongoing work. | |||
== | |||
== Program Focus Areas == | |||
=== [https://lto.epri.com/ Long-Term Operations (LTO)] === | |||
Supports safe and economical operation over the long term by addressing aging management, materials degradation, and long-term asset strategies. This work contributes to industry efforts such as Generic Aging Lessons Learned (GALL) and International Generic Aging Lessons Learned (I-GALL) and provides methods to inform asset preservation and extended life decisions. | |||
The [https://lto.epri.com LTO Wiki] provides a structured framework for presenting information relevant to extending the life of nuclear power plants beyond their initial authorized or designed period in both the United States and internationally. The wiki is a centralized source for long-term operation and aging management guidance, research, industry resources, and databases supporting the evaluation and implementation of long-term operation at nuclear power plants. | |||
=== [https://nuclearplantmod.epri.com/Nuclear_Plant_Modernization_Toolbox Modernization & Digital Transformation] === | |||
Modernization improvements encompass any concept, project, or activity that uses technology to improve how nuclear power plants are operated and/or maintained, with the overarching goal of reducing operations and maintenance (O&M) costs and improving workforce labor efficiency for fleet, site, or unit level. | |||
The [https://nuclearplantmod.epri.com/ Plant Modernization Toolbox Wiki] is a resource to facilitate decision-making and execution of the modernization process at nuclear power plants. It contains tools, aids, and lists of potential improvements to help identify and evaluate cost savings from technology and process enhancements. | |||
[https://interactive.epri.com/dxri/p/1 Digital Transformation] is focused on application of digital technology and integration with digital transformation efforts, such as business process automation, to reduce operating costs and improve productivity, reliability, and safety. | |||
=== [[3DM| Data-Driven Decision Making (3DM)]] === | |||
Applies data science, advanced analytics, and artificial intelligence / machine learning (AI/ML) to improve operational insight and decision-making. This work supports development of common methods, tools, and data practices to enable consistent, data-informed outcomes and scalable analytics applications across the nuclear enterprise. | |||
The [https://opi.epri.com/3DM 3DM Wiki] provides an overview of EPRI’s research, projects, tools, and technical resources that apply data science, advanced analytics, and AI/ML to improve operational insight, decision-making, and business outcomes across the nuclear industry | |||
=== [[Power Uprates| Power Uprates]] === | |||
Provides technical guidance and operating experience to support safe and effective increases in plant output. This includes methods to evaluate feasibility, inform investment decisions, and support planning and execution of uprate projects as part of broader generation and decarbonization strategies. | |||
The [https://opi.epri.com/Power_Uprates Power Uprates Wiki] provides a centralized source for power uprate guidance, research, industry resources, databases, and collaboration activities supporting the evaluation and implementation of nuclear power uprates. | |||
Latest revision as of 14:50, 5 October 2026
The EPRI Operating Plant Initiatives (OPI) Program provides the technical foundation, methods, and guidance to support long-term operations, power uprates, plant upgrades, and the application of advanced analytics. It brings together research, tools, and industry collaboration to help utilities evaluate options, prioritize investments, and implement practical, cost-effective solutions across both the existing fleet and advanced reactor designs.
This page serves as a central entry point to explore each program area and access supporting resources, tools, and ongoing work.
Program Focus Areas
Long-Term Operations (LTO)
Supports safe and economical operation over the long term by addressing aging management, materials degradation, and long-term asset strategies. This work contributes to industry efforts such as Generic Aging Lessons Learned (GALL) and International Generic Aging Lessons Learned (I-GALL) and provides methods to inform asset preservation and extended life decisions.
The LTO Wiki provides a structured framework for presenting information relevant to extending the life of nuclear power plants beyond their initial authorized or designed period in both the United States and internationally. The wiki is a centralized source for long-term operation and aging management guidance, research, industry resources, and databases supporting the evaluation and implementation of long-term operation at nuclear power plants.
Modernization & Digital Transformation
Modernization improvements encompass any concept, project, or activity that uses technology to improve how nuclear power plants are operated and/or maintained, with the overarching goal of reducing operations and maintenance (O&M) costs and improving workforce labor efficiency for fleet, site, or unit level.
The Plant Modernization Toolbox Wiki is a resource to facilitate decision-making and execution of the modernization process at nuclear power plants. It contains tools, aids, and lists of potential improvements to help identify and evaluate cost savings from technology and process enhancements.
Digital Transformation is focused on application of digital technology and integration with digital transformation efforts, such as business process automation, to reduce operating costs and improve productivity, reliability, and safety.
Data-Driven Decision Making (3DM)
Applies data science, advanced analytics, and artificial intelligence / machine learning (AI/ML) to improve operational insight and decision-making. This work supports development of common methods, tools, and data practices to enable consistent, data-informed outcomes and scalable analytics applications across the nuclear enterprise.
The 3DM Wiki provides an overview of EPRI’s research, projects, tools, and technical resources that apply data science, advanced analytics, and AI/ML to improve operational insight, decision-making, and business outcomes across the nuclear industry
Power Uprates
Provides technical guidance and operating experience to support safe and effective increases in plant output. This includes methods to evaluate feasibility, inform investment decisions, and support planning and execution of uprate projects as part of broader generation and decarbonization strategies.
The Power Uprates Wiki provides a centralized source for power uprate guidance, research, industry resources, databases, and collaboration activities supporting the evaluation and implementation of nuclear power uprates.