Estonian startup UP Catalyst to start producing oxygen on Mars, with support from the European Space Agency

Estonian team UP Catalyst is about to boost their novel way of oxygen production on Mars. With technical support, funding and hands on mentoring from field specific experts, the startup is on a path to helping mankind take this next step.

NASA has been preparing for human exploration of Mars for decades, and the Mars Oxygen In-Situ Resource Utilization Experiment (better known as MOXIE) has already shown some promising attempts to produce oxygen from the Martian atmosphere for propellant and for breathing. MOXIE works by separating oxygen atoms from carbon dioxide molecules, which are made up of one carbon atom and two oxygen atoms. A waste product, carbon monoxide, is emitted into the Martian atmosphere.

Now, Estonian based startup UP Catalyst will be part of the journey in paving the way for safe travel to the Red Planet, with the support of the European Space Agency. UP Catalyst’s innovative carbon capture method works in the same way and even at the same temperature. The difference is, however, that UP Catalyst is reprocessing the carbon dioxide into valuable carbon nanomaterials. The produced nanomaterials could be used in various fields of space industry, e.g. in battery and ultracapacitor technologies, conductive and strengthening coatings, polymer formulations, water filters etc. Mars has a thin atmosphere with a surface pressure less than a hundredth of the Earth’s. Furthermore, it is 96% carbon dioxide with only about 0.1% oxygen. For comparison, Earth’s atmosphere is 21% oxygen. UP Catalyst has developed a novel method to use both byproducts in a sustainable way.

UP Catalyst CEO, Dr Gary Urb explained that “we still have a lot of work to do as we move toward our goal of one day seeing humans on Mars. The first steps in our production development have shown promising signs in becoming a strong contender both in the space industry and nanotechnology sector.”

“UP Catalyst has a very strong scientific and technical background which translates into high potential to support human missions on Mars“ said ESA BIC project manager Sven Lilla. “ESA BIC funding is just a small indication of the ESA support for UP Catalyst to connect them with the right mentors and field specific experts to start scaling up their production method”, Lilla continued.

ESA BIC Estonia is part of the Europe-wide ESA BIC network, offering access to ESA expertise, knowledge and data, laboratory and testing facilities of the participating universities and hands-on business development support from the Incubation Centre teams.

The whole UP Catalyst team has commented that they are looking forward to being part of a project of such scale – helping human Mars exploration – and is confident that such a mission will happen in the coming decades. NASA aims to land astronauts on Mars in the 2030s, however, it has some competition in the race to get there. Both Boeing and SpaceX hope to get to the Red Planet first, with SpaceX setting the lofty goal of arriving in 2026.