TerrMa

The concept assumes:
- Placement of 10 autonomous installations for the synthesis of gases on the surface of Mars

1.Developed concept and documentation
2. In 2018, the project team took part in the Nasa CO2 Conversion challenge, where they presented a project to synthesize glucose from carbon dioxide
3. The project is at the stage of searching for investments and submitting to the US aerospace departments

NASA, SpaceX, FireFly Aerospace

The concept solves one of the most difficult problems
Terraforming Mars - in an affordable way
10 installations placed on the surface of Mars will emit tens of thousands of tons of various gases every minute with simultaneous heating of the core

- The installation will collect soil from the surface, load it into special compartments, break the soil into molecules
- In molecules that were mined from the ground, manipulations with atoms will be performed to change the elemental composition of the atom in order to transform an atom of one substance into an atom of another
- Each of the installations will emit thousands of tons of gas
- Simultaneously with the release of gas, the project will heat up the core of the planet, acting from the orbit of the planet on its surface

At the moment there are no competitors

- Cheap method of synthesizing gases
- Mars surface transformation
- Changes in the composition of the atmosphere

Discussed personally with interested individuals

Discussed personally with interested individuals

- Assembly of the prototype
- Project implementation
- Sending a prototype for testing
- Sending the finished prototype to the surface of Mars and orbit
- Building a network of nuclear installations on the surface of Mars

Discussed personally with interested individuals

NASA Co2 Conversion Challenge

Passed to the second stage, but were refused due to the requirement - participants must have US citizenship

Patent for technology for the synthesis of substances (gases) by a non-chemical method