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The Digital Implementation of USNRC Regulatory Guide 1.203

OGMA is a collaborative digital platform that links engineering simulations, test data collection from disparate sources, data analytics, and documentation artifacts at enterprise scale. The suite enables organizations to maximize the value of their technical data while promoting engineering process efficiency and ensuring data traceability and integrity.

  • OGMA Suite: The OGMA suite comprises five modules that share a central database, serving as a unified source of truth.
  • OGMA-Projects: This module organizes activities related to developing evaluation models in accordance with Regulatory Guide 1.203 (Evaluation Model Development and Assessment Process, EMDAP).
  • OGMA-Docs: A lightweight, commercial-grade document management solution, OGMA-Docs offers high scalability and stringent quality control features based on NQA-1 standards.
  • OGMA-Tests: This module provides access to accurate and reliable test data essential for engineering organizations, utilities, universities, and government agencies. It unifies disparate data sources, including numerical data files, reports, and drawings.
  • OGMA-Sim: Offering a browser-based user interface, OGMA-Sim manages simulation frameworks with compatibility for various nuclear engineering tools. Its API supports extensive automation and collaboration, allowing users to submit simulations from laptops, tablets, or mobile devices, receive completion notifications, and share results, plots, and visualizations with colleagues.
  • OGMA-Calcs: Utilizing Jupyter Notebook, OGMA-Calcs assists the engineering team with data analysis and postprocessing, automatically generating reports from a controlled and configured database.
A Smart Safety Case Builder for The Design and Licensing of Nuclear Reactors

RISE is a cutting edge solution created to help advanced reactor developers orchestrate the complexities associated with implementing a risk-informed design process while reducing design cycle and costs like no other generic productivity tool.

  • A collaborative environment for engineering teams and stakeholders within their organization as they build the ‘safety case’ for their plant
  • Ability to process large and complex data structures needed to characterize the engineered safety features while building relationships with scenarios and events
  • An agile framework to rapidly iterate and optimize a design in concert with its safety case.
  • Guide analysts through complex workflows of simulations, data processing and qualification, analyses, and documentation.
  • Maximize the value of enterprise technical data with enhanced security and process automation.
  • Automate the creation of documentation and smart procedures for quality, transparency and expedited regulatory review.
  • Provide a platform for maintaining the safety case throughout the life of the plant.
  • Designed to fit seamlessly within established processes of the organization.
Intelligent Dispatch and Optimization of Multi- Commodity Energy Systems

GAIA is a web-based techno-economic analysis report. GAIA allows energy systems stakeholders to rapidly explore options and feasibility of large-scale infrastructure to respond to future energy demand on a variety of market scenarios which includes or not nuclear energy within a mixed portfolio.

There energy landscape is changing very rapidly from a sharp increased demand for reliable electricity supply while large scale intermittent (variable) energy sources (VREs) are added to the grid. The grid infrastructure is not evolving rapidly to accommodate the needs of new energy consumers. The rapid growth of emerging technologies like Artificial Intelligence (AI) is fueling demand for data center capacity which is beyond what the current grid is able to deliver. Energy storage remains expensive and the ability to produce energy in micro-grids or behind the meter is in high demand. In this context, nuclear energy is becoming an attractive solution to fill the gap in the baseload.

The future is in integrating, multi-commodities, energy systems (IES) of various architectures from collocated “energy parks” to supply in dispersed coordinated systems including mini-grid, behind the meter, services, etc.

The design selection as well as the optimal deployment and operation of such systems require sophisticated socio and techno-economic analysis able to quickly assess a large spectrum of scenarios.

FPoli GAIA service was developed to fulfill this need.

FPoli-AAP

FPoliSolutions has developed its own proprietary multipurpose service-oriented software platform called FPoliAAP (FPoli Agile Application Platform). FPoliAAP is a highly collaborative digital platform that links engineering simulations, data analytics, risk-informed system engineering, and documentation artifacts at enterprise scale.

The platform provides a suite of custom process automation, productivity tools, machine learning, AI algorithms, and specialized software solutions and APIs that are now commercially ready.

Among those, OGMA and RISE are our two signature digital services that encapsulate FPoli’s multi-decade experience and know-how.