Technology Insights

Directing multi-disciplinary engineering programs for advanced power plants, including plant and system-level trade studies.

• Design Integration

  Coordinating multi-disciplinary areas to ensure seamless integration across advanced power system designs.

• Trade Studies

  Conducting plant-level and system-level tradeoff analyses to optimize system configuration and performance.

Applying structured processes to define requirements, analyze performance, and evaluate system reliability.

• Requirements Analysis

  Defining and managing functional and design requirements for complex energy systems.

• Performance and Reliability Analyses

  Evaluating advanced system configurations to optimize availability, reliability, and functional performance.

Facilitating licensing processes for advanced power plants and gas-cooled nuclear reactors.

• Probabilistic Risk Assessment

  Utilizing advanced probabilistic risk assessment methodologies to support safety integration and nuclear regulatory licensing.

Supporting energy technology initiatives from early planning stages through demonstration and execution.

• Project Planning and Control

  Providing structured project planning, scheduling, and management control systems for novel technology demonstrations.

• Permitting and Licensing Support

  Navigating complex environmental and nuclear permitting requirements to secure project approvals.

Providing financial and economic assessments for advanced energy technologies, with a specialized focus on hydrogen generation and distributed energy resources.

• Probabilistic Uncertainty Assessment

  Modeling financial and technical risks to quantify economic uncertainty across complex process applications.

• Distributed Generation Feasibility

  Assessing the technical and economic feasibility of distributed generation options, including microturbines, fuel cells, and Stirling engines.

Evaluating operational systems to enhance safety and reliability across current and advanced nuclear facilities.