UVIRESO HALL EFFECT THRUSTER

As a company with growing presence in electric propulsion development, Uvireso is at the forefront of innovation and technology. Our current project involves designing a Hall thruster with Bismuth propellant, which will offer immense benefits to the industry standard thrusters such as longer mission time or increased payload capacity at customer's choice.

Iterative Digital Twin cycle and optimization of multiple disciplines to achieve nominal efficiency

Emission of electrons and bismuth atoms that produces the plasma, because of ionization effect, thus being able to produce thrust

Uvireso Hall Thruster with a novel propellant poses key advantages. Miniatiurisation and sustainability

are just to name a few. Our thrusters are able fit various delta-v scenarios, such as collision avoidance, phasing, station keeping and EOL disposal.

Emission of electrons and ionization of bismuth atoms successfully achieved in a 3D environment

With an operating range of 100-500W, impulse of ~1400s, it is perfect for micro-/small- satellites on earth navigation, telecommunication and exploration missions.

Electron gun experiments

Electron transport study

Plasma produced thrust for spacecraft propulsion by expelling propellant, that in our calculations will range from 3-7mN, which fits various delta-v missions to be able to be completed effectively, such as evasive maneuvers, phasing, station keeping and EOL disposal.

Pulsating plasma producing thrust

Ionized plasma, with a good magnetic field strength and optimal electrostatic acceleration, producing high thrust-to-power ratio, with good ion beam concentration.

We're proud to be pushing the boundaries of electric propulsion technology - our new process for Bismuth evaporation is just one example of our commitment to drive innovations forward. Transfering from the standard xenon to bismuth offers vast benefits.

Magnetic topology optimization studies

Formation of plasma

Uvireso Hall thruster propulsion system brings down operating temperatures, extends the lifetime of thruster, and monitors thruster performance to ensure optimal operation. Whether you're launching a satellite to LEO or GEO, Uvireso Hall thrusters are the ideal choice for your propulsion needs.

Thermal management solutions of a Hall Thruster are vital for long mission time and high efficiency for telecommunication, earth navigation and exploration missions

Thermal modelling

Flow modelling

Interested or want to work together? Get in touch!