ALAUSAT develops advanced engineering projects for the capture and storage of carbon dioxide (CO2), integrating cutting-edge technologies to reduce greenhouse gas emissions. Our solutions are designed to be implemented in industrial plants, power stations, and other facilities.

CO2 Recovery
– Solvent Absorption: We implement absorption systems using solvents like amines and methanol, optimized to efficiently capture CO2 in various industrial contexts.
– Solid Bed Adsorption: We utilize advanced adsorbent materials to capture CO2 in solid beds, offering an effective and regenerable solution for installations of various sizes.
– Cryogenic Methods and Selective Membranes: We apply cryogenic technologies and selective membranes for the separation and purification of CO2, maximizing purity and efficiency in the capture process.

Safe Transportation and Storage of CO2
– Compression Units: We design CO2 compression systems to facilitate its transportation and storage, ensuring efficiency and safety throughout the process.
– Cryogenic Liquefaction: We implement cryogenic liquefaction solutions to convert CO2 into liquid form, facilitating its handling and long-term storage.
– Pipeline Networks and Storage: We design dedicated pipeline networks and storage systems, including cryogenic and pressurized vessels, designed to safely contain the captured CO2.
– Reinjection into Oil Wells: We offer process design solutions for the reinjection of CO2 into oil wells, contributing to enhanced oil recovery and the geological storage of CO2.