Rami Saeed, Ph.D. IES Technical Lead, Work-Package Manager Research Areas:
Advanced Energy Systems; Advanced Reactor Technology High Temperature Gas Cooled Reactor Simulation Methods; Distributed Optimization; Energy Resource Recovery and Sustainability; Energy Storage Technology; Energy Systems Research; Grid Integration of Renewable Energy Technologies Biography:
Dr. Rami Saeed is a technical lead in the Integrated Energy Systems (IES) program at the Idaho National Laboratory (INL), specializing in developing renewable energy systems of the future to couple nuclear & non-nuclear systems to showcase the mass movement of clean energy in interconnected hybrid & microgrid networks. At INL, he leads a group of researchers and manages the IES & Nuclear Reactor Innovation Center (NRIC) Advanced Reactor Test Platform at EBR-II Dome, Nuclear Industrial Use Requirements, as well as the Thermal Energy Storage Use Case work-packages. Prior to joining INL in 2021, he served for 6+ years in the industry and private sector (Director of Engineering at Phase Change Energy Solutions, and TES Project Manager at GTI Energy) helping capital and commercial projects navigate complex technical landscapes, leading to numerous solutions, products, and 9 patented commercialized technologies in several industries including built environment, power generation, industrial waste heat recovery, life-science, and beyond. He holds a doctorate degree in Nuclear Engineering from Missouri University of Science and Technology, with an emphasis in energy applications and thermal storage for nuclear and non-nuclear systems.
Education: Ph.D. in Nuclear Engineering – Missouri University of Science and Technology MSc. in Nuclear Engineering – Missouri University of Science and Technology BSc. in Nuclear Engineering – Jordan University of Science and Technology
Patents: - HYBRID SYSTEMS AND METHODS FOR MANAGING THERMAL ENERGY (2022). Inventor, U.S Patent Application: 17/517,086
- SYSTEMS AND METHODS FOR THERMAL MANAGEMENT AND PASSIVE COOLING OF LOCALIZED HEAT FLUX ZONES. (2020). Inventor, U.S Patent Application 62/948,721.
- HYBRID LATENT AND SENSIBLE HEAT STORAGE SYSTEM BASED ON PHASE CHANGE MATERIALS. (2020), Inventor, U.S Patent Application: 62/983,101.
- SYSTEMS AND METHODS FOR DISTRICT HEATING AND COOLING. (2020), Inventor, U.S Patent application 62/959,549.
- TEMPERATURE CONTROL SHEETS. (2020). Inventor, U.S. Patent Application: 62/968,149.
- COMPOSITIONS CONTAINING PHASE CHANGE MATERIALS AND SYSTEMS INCLUDING THE SAME. Inventor, U.S. Patent Application: PCT/US2021/019,966
- TEMPERATURE CONTROL CART FOR PAYLOAD, Inventor, U.S. Patent Application: 62/969,732.
- THERMAL ENERGY STORAGE SYSTEMS. (2019). Inventor, U.S Patent Application: 62/819,257.
- THERMAL ENERGY MANAGEMENT KITS. (2019). Inventor, U.S Patent Application: 62/915,511.
Research Interests: Integrated Energy Systems, Advanced Nuclear Reactors; Nuclear integration with industrial systems; Microreactors heat and power applications; Experimental and thermal design of hybrid nuclear system
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