Open RFP

TECHNOLOGY TRANSFER LICENSING OPPORTUNITY: Self-Cleaning Coatings for Space or Earth (KSC-TOPS-99)

Description: NASA's Technology Transfer Program is soliciting license applications for a transparent electrodynamic self-cleaning coating developed for removing lunar and space dust from surfaces. Licenses may be issued on an exclusive or nonexclusive basis, though NASA provides no funding in conjunction with these licenses and no follow-on procurement is expected. Interested parties must submit applications through NASA's Automated Technology Licensing Application System (ATLAS) by the March 2027 deadline.

Buyer: National Aeronautics And Space Administration
Federal · DC, US
Released: Mar 24, 2026
Closes: Mar 2, 2027(173 days left)

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Key Contacts

Decision makers connected to this RFP from National Aeronautics And Space Administration.

Sean GallagherChief Information Officer

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Brian T. MullinsDeputy Assistant Inspector General for Audits

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Laura UlrichDeputy Chief, Fleet and Systems Management Division

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Tamiko FletcherDeputy Senior Agency Information Security Officer (SAISO) for Cybersecurity and Privacy

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National Aeronautics and Space Administration
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Technology Transfer Licensing Opportunity: Self-Cleaning Coatings for Space or Earth (KSC-TOPS-99)
Reducing dust accumulation on any surface is key for lunar missions as dust can damage or impair the performance of everything from deployable systems to solar cells on the Moon’s surface. Electrodynamic dust shields (EDSs) are a key method to actively clean surfaces by running high voltages (but low currents) through electrodes on the surface. The forces generated by the voltage efficiently remove built up, electrically charged dust particles. Innovators at the NASA Kennedy Space Center have developed a new transparent EDS for removing dust from space and lunar solar cells among other transparent surfaces. The new coatings operate at half the voltage of existing EDSs while being 90% thinner. These capabilities are enabled by an innovative combination of electrode patterning and a thin silica protective layer. The reduced thickness and lower voltage operation expands possibilities for integrating EDSs onto transparent surfaces across industries.
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