E-Drive: Electromagnetic Zero-Emission Valve Drive

MagDrive Technologies' "E-Drive: Electromagnetic Zero-Emission Valve Drive" project proposes a novel valve drive for zero emission cryogenic systems, particularly for space and harsh environments. This technology aims to eliminate valve leaks using a hermetically sealed, electromagnetically actuated design. Key features include: -No external dynamic seals -Precise flow control -Miniaturization -Robustness Phase II objectives focus on transitioning from a virtual to a physical prototype, including motor fabrication, testing, and assembly into a functional E-Drive valve for cryogenic conditions. Funding will support subcontractors, hardware procurement, fabrication, testing, personnel, and technical and business assistance consulting. Target markets include aerospace (NASA, Space Force, private spaceflight) and terrestrial sectors like oil & gas, chemical, cryogenics, and refining. Commercialization strategy includes licensing, pilot programs, channel partnerships, direct sales, and IP protection. Expected outcomes include a functional prototype, performance validation, increased market interest, pilot programs, and strengthened IP. This project aims to significantly advance valve technology, enhancing reliability, efficiency, and safety in extreme environments.

The E-Drive technology would support NASA mission directives by providing zero-emission cryogenic valve systems crucial for propellant management in space, addressing NASA's need for improved sealing performance and reliability in harsh environments. Its hermetically sealed design and electromagnetic actuation provide smaller form and weight factors and ensure reliability in launch systems, vacuum conditions, aiding lunar surface systems, propellant transfer/storage, and future Mars missions, while reducing the risk of contamination and hazardous accumulation of propellants. It also supports private spaceflight refueling stations and surface transfer systems, aligning with NASA's goals of efficiency, safety in space exploration, and addressing key challenges in cryogenic fluid handling by minimizing leakage, reducing maintenance, and improving overall quality. E-Drive has strong commercial potential in Oil & Gas, Petrochemical, Refinery, Chemical, Aerospace, and Cryogenic markets. Licensing to existing valve manufacturers is the primary strategy for rapid market penetration. Pilot programs and direct sales target specific end-users like Shell, Braskem, and NASA partners. Projected revenue within 2-3 years of commercial availability could reach $15.6M. Focus on IP protection and expanding product lines, enhances long-term market presence. Some of the target customers for the technology include: -Shell -Braskem -Phillips 66 -Runyon Oil -Axiom Space -Blue Origin -SpaceX -Boeing -Lockheed Martin Additionally, potential licensees include: -Williams Valve -Klinger Holdings -Anderson Greenwood -Velan Valve -Bonney Forge -ValveTech Inc -JASC -Marotta -OMB

This is a mature technology (TRL 7+) — the realistic path in is usually NASA's Technology Transfer Program: licensing an existing NASA patent, or a Space Act Agreement to use NASA facilities/expertise directly. NASA also runs a startup licensing program with no upfront fee for companies formed to commercialize a specific NASA technology.

None of these are guaranteed paths for this specific project — TechPort itself doesn't have an "apply" button. Reaching out to the contact(s) above with a specific question is usually the fastest way to find out what's actually open.