Bio
Adam is a seasoned master technician with over 23 years of dedicated service at Oak Ridge National Laboratory. Specializing in high-temperature corrosion testing and thermal management, he has been instrumental in developing and refining thermal convection loops for both molten salts and liquid metals—systems that have significantly advanced our understanding of material performance under extreme conditions.
In addition to his work with high-temperature systems, Adam has played a critical role in designing and maintaining advanced high-pressure water loops used to study materials for Boiling Water Reactors (BWR), Pressurized Water Reactors (PWR), and Light Water Reactors (LWR). His expertise in these environments, where precise control of pressure and temperature is crucial, has provided key insights into material resilience and performance in nuclear reactor conditions.
His work also encompasses the design and maintenance of advanced vacuum systems, enabling precise and controlled experimentation essential for studying material degradation. As an integral member of the Corrosion Group (LSM), Adam has consistently bridged the gap between theoretical research and real-world applications, impacting industries ranging from energy production to aerospace.
Adam has also been crucial in advancing high-temperature hydrogen testing capabilities across a wide range of conditions—from controlled partial-pressure environments to high-pressure regimes—supporting both coupon testing and internal creep specimen experiments. By helping develop, operate, and refine these high-temperature H2 test approaches, fixtures, and safety-focused procedures, he has enabled more reliable evaluation of hydrogen–materials interactions under representative service conditions, strengthening the quality and relevance of data used to advance materials research for demanding energy and extreme-environment applications.
Over the course of his long tenure, Adam’s hands-on approach and technical expertise have ensured that experimental setups and testing procedures meet the highest standards of excellence. His steadfast commitment to innovation and reliability continues to drive advancements in materials science and engineering at ORNL.
Education
Associate of Applied Science in Mechanical Engineering Technology