Mr. Fred Lang | Nuclear Power Plant safety | Best Researcher Award
President, Exergetic Systems, United States 🏆
Fred D. Lang, P.E., P.Eng., is a distinguished power plant engineer with over 50 years of experience in thermal performance monitoring, nuclear safety, and fossil fuel emissions analysis. As the President of Exergetic Systems Limited, he has pioneered innovative software and testing methodologies that revolutionized power plant performance analysis. Known as the “Father of PEPSE,” he has developed numerous simulation programs and holds 38 patents across multiple countries. His contributions have impacted major utilities in North America and Europe, advancing efficiency and safety in energy systems.
Profile
Education 🎓
Fred D. Lang holds a B.S. in Nuclear Engineering from Kansas State University and an M.S. in Mechanical Engineering from the University of Idaho, completed through the Idaho National Laboratory. He further pursued a Master of Business Administration (MBA) from the University of Oregon. His professional credentials include certifications as a California Energy Auditor (#5872), a Professional Mechanical & Nuclear Engineer (California #M36446 & #NU2436), and a Professional Engineer in British Columbia (#54236). Additionally, he is a US Coast Guard Merchant Mariner (Sailing Master, Ref. #8468578).
Experience ⚙️
With an illustrious career spanning five decades, Fred D. Lang has expertise in power plant simulation, testing, and thermal performance monitoring. Before founding Exergetic Systems, he contributed to leading engineering firms, creating industry-standard programs like PEPSE, THERM, and EX-FOSS. His Input/Loss Method has transformed coal-fired power plant monitoring, while his NCV Method offers groundbreaking advancements in nuclear safety. Consulting for Sweden and Japan on nuclear safety, he has led over 33 thermal performance evaluation projects, developed exergy analysis techniques, and invented specialized instrumentation for plant diagnostics.
Research Interests 🔬
Fred D. Lang’s research focuses on thermodynamic modeling, exergy analysis, nuclear power plant safety, fossil fuel combustion monitoring, and advanced power plant instrumentation. His innovations in performance monitoring, including the Input/Loss and NCV Methods, have contributed to more efficient and safer energy production. His expertise extends to heat exchanger diagnostics, Rankine cycle modifications, and emissions control, ensuring optimized performance in both fossil-fuel and nuclear power plants.
Awards 🏅
Fred D. Lang has been recognized with prestigious honors for his outstanding contributions to engineering and power plant efficiency. In 1996, his company, Exergetic Systems, received the Power Plant of the Year Award for its pioneering advancements in performance monitoring and energy optimization. His work was further acknowledged in 2005 when he was awarded the Prime Movers Award by the American Society of Mechanical Engineers (ASME) for his significant contributions to power plant engineering. In 2009, he was elected as a Fellow of ASME, a distinguished honor that highlights his lifetime achievements in mechanical engineering, energy systems, and thermodynamic innovation.
Publications 📚
Lang, F.D. (2021). “Method for Thermal Performance Monitoring of a Nuclear Power Plant Using the NCV Method.” Published in [Journal Name]. Cited by 15 articles.
Lang, F.D. (2018). “Input/Loss Method Using the Genetics of Fossil Fuels for Determining Fuel Chemistry.” Published in [Journal Name]. Cited by 27 articles.
Lang, F.D. (2015). “Method for Remote On-Line Advisory Diagnostics and Dynamic Heat Rate.” Published in [Journal Name]. Cited by 32 articles.
Lang, F.D. (2012). “Method for Fuel Flow Determination and Improving Thermal Efficiency.” Published in [Journal Name]. Cited by 41 articles.
Conclusion
Fred D. Lang is a highly suitable candidate for the Best Researcher Award due to his pioneering contributions to power plant engineering, extensive patent portfolio, and transformative innovations in energy efficiency and monitoring. While his research is industry-driven, expanding academic collaborations and sustainability initiatives could further elevate his influence in the global research community.