NRC Exploring Potential Role of Artificial Intelligence in Commercial Nuclear Power Operations | Morgan Lewis – Up & Atom

With the proliferation of synthetic intelligence (AI) and machine studying instruments in numerous merchandise and industries, the NRC has begun to analyze what position these applied sciences can play in industrial nuclear energy operations. On April 21, the NRC’s Bureau of Nuclear Regulatory Analysis requested public feedback on the position of those applied sciences “within the numerous phases of nuclear energy technology operational expertise and asset administration” as a part of its examine. The NRC asks for suggestions on “the cutting-edge, advantages and future traits in relation to [these technologies’] Computational instruments and methods for predictive reliability and predictive security evaluation within the industrial nuclear energy business. “These applied sciences are” rising analytical instruments that, when used correctly, provide promising alternatives to enhance reactor security whereas nonetheless providing financial financial savings. “Feedback are due till Might 21, 2021.

The NRC intends to make use of the feedback to enhance its understanding of the advantages of AI and machine studying and the “potential pitfalls and challenges related to utilizing them.”

The NRC requested for feedback on the next questions:

  1. What’s the state of improvement or use of AI / machine studying instruments within the industrial nuclear energy business to enhance features of the design, operation, upkeep or decommissioning of nuclear energy crops? What instruments are used or developed? When ought to the instruments at the moment underneath improvement be used?
  2. Which areas of the industrial operation and administration of nuclear reactors will profit most and least from implementing AI / machine studying? Doable examples embody inspection help, incident response, energy technology, cybersecurity, predictive upkeep, security / threat evaluation, monitoring of system and part efficiency, operational / upkeep effectivity, and shutdown administration.
  3. What are the potential advantages to industrial nuclear energy operations from the inclusion of AI / machine studying by way of (a) design or operational automation, (b) preventive upkeep traits, and (c) improved productiveness of reactor operations employees?
  4. Which AI / machine studying strategies are at the moment or within the close to future used within the administration and operation of business nuclear energy crops? Examples of doable AI / machine studying strategies embody, however aren’t restricted to, synthetic neural networks, resolution timber, random forests, help vector machines, clustering algorithms, dimensional discount algorithms, knowledge mining and content material evaluation instruments, Gaussian processes, Bayesian strategies, processing pure language and picture digitization.
  5. What are the professionals or cons of getting a top-down, high-level strategic goal for growing and implementing AI / machine studying in a variety of general-purpose functions versus a case-by-case, advert hoc method?
  6. What stage of expertise adoption is the industrial nuclear energy business at the moment experiencing by way of AI / machine studying and why? The present expertise adoption mannequin characterizes phases in classes such because the innovation section, the early adopter section, the early majority section, the late majority section and the Laggard section.
  7. What challenges come up from weighing the prices related to the event and use of AI / machine studying instruments in opposition to the operational and technical benefits of the plant when integrating AI / machine studying into operational decision-making and workflow administration?
  8. What’s the normal stage of AI / machine studying within the industrial nuclear energy business (e.g., knowledgeable, savvy / expert, or novice)?
  9. How will AI / machine studying influence the industrial nuclear energy business by way of effectivity, price and aggressive place in comparison with different energy technology sources?
  10. Does AI / machine studying have the potential to enhance the effectivity and / or effectiveness of nuclear oversight or in any other case have an effect on the regulatory prices related to security oversight? In that case, in what manner?
  11. AI / machine studying normally requires the creation, transmission and evaluation of very massive quantities of knowledge. What knowledge safety issues, if any, are associated to proprietary nuclear energy plant working expertise and design data that could be saved on distant exterior networks?

The NRC is within the early phases of its overview and the company doesn’t promise to make use of the data it collects for any formal regulatory motion. Morgan Lewis will proceed to comply with the NRC’s regulatory initiatives.

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