Company: Luna Labs USA, LLC (https://www.lunalabs.us/)
Patent Number: 12697587
Title: Enhanced dual phase membranes for separating carbon from carbon-containing feed gases and separation methods using the same
Innovation in Carbon Capture Technology
The innovation of this invention lies in its use of an enhanced liquefiable ion transport phase within a porous support matrix. By combining at least one alkali metal hydroxide with an oxide ion transport agent, such as borate, nitrate, phosphate, vanadate, niobate, or sulfate ions, the membrane is able to effectively separate carbon dioxide from carbon-containing feed gases. This specific chemical composition allows the gas separation process to occur at substantially lower operational temperatures compared to traditional polymer membranes or conventional molten carbonate phases. This temperature reduction decreases the overall energy requirements for carbon capture, making greenhouse gas reduction more practical for industrial power plants and chemical facilities.
Virginia Patent of the Month for September 2026
This technology was recognized as the patent of the month for the Virginia state for the month of September 2026 granted by Swanson Reed. The award highlights the invention’s practical approach to reducing the energy costs associated with carbon capture systems. The ability to operate gas separation systems at lower temperatures provides a valuable advancement for environmental engineering and local industries. This improvement aligns directly with modern industrial goals to lower carbon footprints more efficiently, which is why Luna Labs USA, LLC earned this regional recognition.
Eligibility for the R&D Tax Credit in the USA
The practical applications of this patent present clear opportunities for businesses to qualify for the Research and Development (R&D) tax credit in the USA. When a company attempts to integrate these advanced dual phase membranes into an existing industrial exhaust system, they must conduct rigorous testing and systematic experimentation. Process engineers need to evaluate membrane durability under continuous use, test different gas flow rates, and resolve technical uncertainties related to scaling up the separation process for commercial facilities. Because resolving these engineering challenges relies on the principles of hard science and requires a process of iterative experimentation, the financial expenditures associated with developing and refining these applied carbon capture systems can be eligible for federal and state R&D tax incentives.
