Catalytic Chamber

The catalytic chamber serves as the heart of our project. It is where captured carbon dioxide (CO₂) and water vapor (H₂O) are turned into oxygen (O₂) and methanol (CH₃OH) using a copper oxide (CuO) catalyst. The chamber receives CO₂ from the Direct Air Carbon Capture (DAC) system and water vapor from a humidifier located in the water storage tank connected to the machine. Inside, a high-surface-area material coated with Copper Oxide ensures efficient contact between the reactants and the catalyst. Energy, provided by electric heating from the energy storage, powers the reaction: 2CO2+4H2O→2CH3OH+3O2. Oxygen and methanol are then sent to the condenser, where they will be separated. Sensors and controls keep the temperature and pressure just right, ensuring the process runs smoothly. This design uses renewable energy (solar power) and advanced materials to create oxygen sustainably, aligning with the goals of our company.