Risk Informed Assessments + PRA Applications
Thorough risk mitigation is the result of proper assessment, risk-informed engineering and design, and appropriate applications and technology use—all within the framework of a site-specific decision-making process.
Ensure Compliance in Business Operations + Safety with Data-Driven Insights
We have one of the most diverse and industry-leading teams of risk-informed engineers, fire protection experts, regulatory affairs and risk assessment consultants in the world and have been the principal developers for Probabilistic Risk Assessment (PRA) methods and technology for more than 30 years.
Since then, we have established and maintained a dominant role in the use of risk and reliability techniques to ensure regulatory compliance while enhancing the safety and operational performance of complex facilities, such as nuclear power plants, chemical process facilities and hazardous material storage facilities. Our risk analysis consulting will help you save money, minimize risk and give you the peace of mind that your staff, facilities and the environment are safe.
Probabilistic Risk Assessment (PRA)
Our PRA methods cover the full spectrum of modes, hazards and sources and can support nuclear and alternative power plants, transmission and distribution facilities as well as industrial and manufacturing operations. We lead the industry with developing and using “living” PRAs to inform real-time processes. Our probability risk analysis uses tested and proven PRA tools and techniques along with historical operations libraries and failure data to quantitatively derive the probability of occurrence of highly undesirable events or accidents to support sound decision-making.
Quantitative Risk Assessment (QRA)
A QRA is critical to understanding existing hazards, established mitigation programs and how exposed an engineering process is to these hazards. The knowledge from these models informs risk management decisions to optimize plant performance and safety.
Specialty Design + Analyses
To mitigate risk, our team can also inform electrical, mechanical, civil and fire protection engineering design. We leverage this expertise as well to present cost-effective modifications needed to meet PRA and QRA required outcomes.
Digital Solutions + Technology
- RiskAdvisr™ simplifies fire protection procedures, safe shutdown, cable/raceway management and probabilistic risk assessments for mission-critical facilities.
- DataAdvisr™ better manages your processes by leveraging artificial intelligence (AI) to maintain compliance in report assessment and evaluation.
- SMARTPLAN™ improves emergency response plan management, compliance and accessibility for multiple-location operations.
Regulatory Compliance
Acceptability hinges on regulatory and code compliance. Our team of experts have an in-depth knowledge of applicable codes and regulations and can help with evaluations, equivalency calculations and variances, licenses and license transitions as well as assistance with the preparation for and third-party review of audits and assessments for fire protection and safe shutdown programs. We can also provide licensing services for safety analysis, design engineering, plant operations, human factors, technology evaluation and selection, and trade-off studies.
Blogs + Whitepapers
Framework for Engineering and Risk Analysis in the Deployment of Nuclear Power for Hyperscale Data Centers
Understand the key analytical factors behind successful deployment of nuclear power for hyperscale data centers.
MEET OUR EXPERTS
Donald Vanover
Vice President
Donald Vanover
Vice President
Mechanical Engineering, Mechanical Engineering
Bruce Campbell
Vice President, DOE Market Leader
Bruce Campbell
Vice President, DOE Market Leader
BS, Fire Protection/Industrial Safety, Certified Fire Suppression System Inspector, DOE "Q" Security Clearance, e-RAILSAFE Security Clearance, HAZWOPER, 24 hour, Radiological Worker I (INL) and II (Hanford), 10-hour OSHA Card, NRC U Security Clearance
Gary Hayner
Team Leader
Gary Hayner
Team Leader
Nuclear Engineering, Nuclear Engineering
Brandon Irvin
Senior Director + Principal Engineer
Brandon Irvin
Senior Director + Principal Engineer
BS, Electrical Engineering
Hunter Young
Senior Structural Engineer + Practice Leader for Energy + Utilities
Hunter Young
Senior Structural Engineer + Practice Leader for Energy + Utilities
BS, Civil Engineering, ME, Civil + Environmental Engineering
Davide Mercurio
Regional Director, Energy + Utilities
Davide Mercurio
Regional Director, Energy + Utilities
PhD in Mechanical and Process Engineering, Master of Business Administration (MBA), MS in Nuclear Engineering, BS in Nuclear Engineering
Edward Simbles
Senior Engineer
Edward Simbles
Senior Engineer
B.S., Civil Engineering, Licensed PE: TX
Juho Helander
Head of Nuclear Safety
Juho Helander
Head of Nuclear Safety
Master of Science (Tech), Applied Mathematics, Nuclear Engineering, Business
Franscisco Joglar
Manager, Fire Risk Assessment
Franscisco Joglar
Manager, Fire Risk Assessment
PhD, Reliability Engineering, M.S., Fire Protection Engineering, BS, Industrial Engineering, Licensed PE: VA
Stephen Jordan
Senior Engineer
Stephen Jordan
Senior Engineer
MS, Mechanical Engineering, BS, Fire Protection Engineering, PE: MD, MO, Firefighter I – NFPA 1001, Certified LabVIEW Associate Developer (CLAD)
Todd Radford
Senior Structural Engineer
Todd Radford
Senior Structural Engineer
BSE, Civil Engineering, MS, Civil + Environmental Engineering, Doctor of Civil + Environmental Engineering, Registered PE: CT, DC, MA, MD, ME, NH, NC, PA, VA
Brandon Jamar
Vice President, Digital
Brandon Jamar
Vice President, Digital
Mechanical Engineering, Member, Member
Andrew Miller
Senior Engineer
Andrew Miller
Senior Engineer
Civil Engineering
