Researchers from the Kleinman Center for Energy Policy at the University of Pennsylvania have introduced a strategic approach to prioritize Carbon Capture and Storage (CCS) deployment in industrial sectors for effective decarbonization. The newly developed CCS ladder specifically focuses on sectors such as mineral, petrochemical, ammonia, and iron/steel industries, where the capture and storage of process emissions are essential for reducing greenhouse gas emissions. By considering factors like feasibility, CO2 mitigation potential, and the availability of alternative decarbonization technologies, the ladder aims to guide policymakers in supporting the development of CCS in the United States. The paper emphasizes the suitability of CCS for industries with significant process emissions like cement, petrochemicals, and ammonia production. It also highlights the potential of coupling CCS with hydrogen production in refineries to reduce carbon-intensive emissions and transitioning to renewable methane in ammonia facilities for long-term decarbonization. While CCS is recognized as a transitional solution for industries like petrochemicals and iron/steel production, it plays a crucial role in facilitating the shift towards cleaner technologies. The strategic approach outlined in the paper underscores the importance of prioritizing CCS deployment in sectors where it can have the greatest impact on emission reduction. By integrating CCS with emerging technologies and considering the evolving landscape of decarbonization methods, policymakers can effectively support the industrial transition towards a low-carbon future.