Microgravity Demonstration of Two-Phase Pumped Loop Technology for Spacecraft Thermal Management

The Lightweight, Hybrid Screen-Channel Device for Advanced Cryogenic Fluid Management is a liquid acquisition device (LAD) designed to optimize the position of residual liquid in a fuel tank in order to improve expulsion efficiency. It aims to address the need for vapor-free propellant on long-duration missions, particularly the acquisition of propellant from the supply tank and the subsequent transfer to a receiving spacecraft. Creare will leverage four parabolic flights to demonstrate the device’s acquisition capabilities via its screened channel and guide vanes, as well as to evaluate its achievable expulsion efficiency.

- Intelligent design: Uses robust laser welding processes to create reliable pore structure? - Temperature regulating: Doubles as an interface heat exchanger ? - Enabling: Is designed to meet the complex demand for efficient refueling on long-duration exploration missions

Future Customers
- Lunar ascent and descent
- Fuel depots Nuclear thermal propulsion systems
- Commercial in-space transfer systems
- Phase separators in two-phase reactors
- Fluid management for two-phase thermal control

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