NASA's Electro Hydrodynamic Modular Cartridge Pump Webinar
NASA's Electro Hydraulic Modular Cartridge Pump is designed and engineered to be the smallest and simplest iteration in NASAs arsenal. This NASA innovation incorporates a simplistic design that reduces the number of components required to make an assembly by up to 90% over previous iterations, insuring a solid reliable electrical connection to the electrodes that form the pumping sections and is modular in overall design to allow for flexibility in incorporating the pump cartridge into various assemblies and applications.
For more information about this technology, or to inquire about a license, please click here.
During the webinar, you will learn about this new technology as well as how NASA’s technologies and capabilities are available to industry and other organizations through NASA’s Technology Transfer Program.
Jeffrey R Didion is a Senior Thermal Technologist at the NASA Goddard Space Flight Center. Mr. Didion has been the lead investigator and principal engineer for two International Space Station (ISS) Flight Experiments and Technology Demonstrations, three variable gravity experiment campaigns and two sub orbital technology demonstrations. Currently, Mr. Didion is the Co-Investigator and Lead Experiment Hardware Development Engineer for the International Space Station Experiment, Electrically Driven Liquid Thin Film Flow Boiling in the Absence of Gravity. This experiment is the seminal work applying electric fields to manage two phase fluid flow and enhance heat transport in microgravity; the results will provide critical data validating advanced thermal management hardware enabling next generation NASA science instruments and high temperature high heat flux applications. Mr. Didion’s latest technology initiative investigates NASA applications for Oscillating Heat Pipes (OHPs). He has been NASA Collaborator for four NASA Space Technology Research Fellows (NSTRF) as well as NASA collaborator for a 2019 Space Technology Research Grant (STRG) early career faculty award.