Peter Henry is a seasoned Principal Chemical Process Design Engineer at Orano, bringing over a decade of specialized experience in nuclear reprocessing to the forefront of his work. His expertise is particularly concentrated in plutonium dissolution and precipitation design, areas critical to the efficiency and...
Peter Henry is a seasoned Principal Chemical Process Design Engineer at Orano, bringing over a decade of specialized experience in nuclear reprocessing to the forefront of his work. His expertise is particularly concentrated in plutonium dissolution and precipitation design, areas critical to the efficiency and safety of nuclear fuel cycle operations. A significant portion of his career has been dedicated to the MOX Project at the Savannah River Site, where he honed his skills in process engineering and developed a deep understanding of the complexities involved in nuclear chemistry.
In his current role at Orano Federal Services, Peter has been instrumental in driving business development initiatives and fostering growth opportunities. His technical acumen has been pivotal in crafting successful proposals, including a notable $6.4 million bid for the ARPA-E CURIE program in collaboration with GE. This achievement underscores his ability to translate intricate engineering concepts into viable business strategies, showcasing his dual expertise in both technical and commercial domains.
Peter's research into the fuel cycle for advanced reactors further exemplifies his commitment to innovation within the nuclear sector. He leverages his knowledge of piping and instrumentation drawing (P&ID) and process piping design to enhance project engineering outcomes. His leadership in distributed team management ensures that projects are executed efficiently, fostering collaboration across diverse teams. With a robust skill set that encompasses energy systems, nuclear fuel cycles, and factory operations, Peter Henry continues to be a key player in advancing nuclear reprocessing technologies and contributing to a sustainable energy future.
