Catalytic methane pyrolysis (CMP) is gaining attention as a route to hydrogen production that minimizes CO2 emissions by generating solid carbon instead. The National Energy Technology Laboratory (NETL) in Pittsburgh has made significant progress by successfully scaling up hydrogen production tests using a new catalyst developed by NETL. Researchers achieved high methane-to-hydrogen conversion rates with the catalyst, which is reported to be more cost-effective than others. The success in overcoming conversion, cost, and separation challenges with this catalyst marks a significant milestone in CMP research. Capture6 is working on the Pure Water Antelope Valley (AV) Demonstration Facility to manage water and capture carbon emissions effectively. The project, known as Project Monarch, aims to recover freshwater from brine while extracting mineralized carbonates, ultimately reducing CO2 emissions and eliminating brine discharge. The substantial financial support received from the California Energy Commission and Elemental Excelerator reflects the significance of this project in advancing sustainable water management and carbon capture technologies. Furthermore, scientists from the U.S. Department of Energy's Argonne and Ames National Laboratories have introduced a more efficient method for propylene production using a zirconium catalyst. This catalyst enables faster conversion of propane to propylene at a lower temperature, offering energy savings and cost benefits compared to traditional catalysts. The research showcases the potential for enhancing industrial processes while reducing energy consumption and operational costs. These developments underscore the ongoing efforts towards sustainable hydrogen production, efficient water management, and carbon capture technologies. The positive outcomes in catalyst research and process optimization hold promise for addressing environmental challenges and driving economic benefits in the long term.