The Bettergy Corp. team is developing an integrated catalytic membrane reactor (CMR) system that combines, in a one-stage process, a high-temperature watergas shift (WGS) reaction with a hydrogen (H2) separation membrane to produce H2 while simultaneously delivering carbon dioxide (CO2) at high pressure, minimizing the cost of CO2 compression. The core of the novel process is built upon a robust modularized membrane supported on catalytic substrates, which is based on Bettergy’s patented nanopore engineering membrane (NEM) platform technology. Previously, a lab-scale WGS-CMR system was successfully tested, achieving high WGS conversion, high-purity H2 through membrane separation, and enriched CO2 in the retentate stream. Currently, the main project goals are to optimize the process, develop and test a multichannel prototype system, and generate a commercialization plan.