Researching electrospray propulsion systems to actively mitigate orbital debris and enable the next generation of satellite technology
Earth's orbits are becoming increasingly congested with debris, threatening operational satellites and future missions. We're developing compact, high-efficiency propulsion solutions to ensure sustainable orbital operations for the next generation.
Our work builds on rigorous modeling, simulation, and lab-scale experiments toward designing compact, high-efficiency electrospray thrusters tailored for CubeSats and nanosatellites.
Developing low-mass, low-power, high-efficiency thrust systems ideal for small satellites, enabling station-keeping, orbit adjustment, and safe de-orbit operations.
Combining advanced modeling with early experimental validation through test rigs, emitter studies, and ionic liquid propellant handling in lab environments.
Embedding sustainable propulsion directly into small satellite missions to materially reduce future debris growth and preserve LEO for decades to come.
The future of space commerce depends on protecting Earth's orbital environment. Clean Orbit is a vendor-neutral initiative focused on turning awareness into action.
We unite technology, policy, and education to address orbital debris as a shared global responsibility.
Bridging the gap between regulatory intent and practical engineering solutions.
Creating open forums for discussion, innovation, and shared responsibility.
Empowering the next generation of space engineers and policymakers.
As an early-stage, research-driven organization, we actively seek partners and collaborators who share our vision of sustainable space access.
Satellite manufacturers, smallsat operators, and component vendors interested in integrating electrospray propulsion.
Universities, labs, and research institutes for joint modeling, experiments, and student projects.
Support for prototype design, lab testing, and eventual flight demonstrations.
Access to vacuum chambers, test benches, power supplies, and instrumentation for thruster testing.