Brontēs Protocol: Closed-Loop CO₂ Sequestration and Hydrogen Extraction Module Calcium Cycle Carbon Dioxide Sequestration Unit Mission Designation: CCCOS Unit v1.1 For use in: Martian Habitats / Orbital Modules / Compact Terrestrial CO₂ Filters I. OBJECTIVE To provide a self-sustaining, low-wattage system for: air purification (CO₂ sequestration), Hydrogen capture, energy recycling, and minimal waste output. The system leverages condensed atmospheric moisture and calcium-based reactions in a closed cycle powered primarily through thermoelectric recycling. II. SYSTEM OVERVIEW 1. Cooling and Condensation Chamber • Input: Warm air drawn from habitat interior • Components: ◦ Graphene cooling rod: High thermal conductivity, diamond-structured mimic ◦ Peltier element (TEC1-12706): Generates cooling via thermoelectric effect ◦ Outer vacuum glass housing: Enhances condensation via pressure differential • Output: Condensed H₂O + latent heat to upper warm air channel The Condensation Chamber is composed of a silicate chamber with a flow valve at the bottom and a central silicate housing for the cooling rod. The graphene compound cooling rod, mimicking the molecular structure of a diamond, transfers cold temperatures of approximately 4 ◦ C from the cold side of TEC1-12706 Peltier Thermoelectric Cooler where it is attached and housed in ceramic to contain the temperature. The hot side of the Peltier device is housed in a ceramic lid which seals the condensation chamber and distributes heat to the outer chamber, while simultaneously redistributing the heat energy from the hot side of the Peltier device to a TES, Thermal Energy Storage, system to redistribute the heat energy as electricity and transferring heat to a copper loop filled with water which transfers available heat through a coil surrounding the inner housing of the