A science policy analyst is evaluating carbon capture projects across four regions. Region A has 180 facilities, with 60% operational. Region B has 25% more facilities than Region A, but only 40% operational. Region C has 30 fewer facilities than Region B, 50% operational, and Region D has as many as Regions A and C combined, with 70% operational. What is the total number of operational carbon capture facilities? - Decision Point
Growing Interest in Carbon Capture: Why Regional Facility Data Matters Now More Than Ever
In the U.S. climate policy landscape, carbon capture technology has emerged as a critical tool for reducing industrial emissions. With federal investment accelerating, detailed project evaluations across regional facilities are vital for informed decision-making. A science policy analyst is now assessing operational status across four major regions to better understand where progress is fastest—and where gaps remain. This analysis offers clear insight into the scale of deployment and real-world feasibility, fueling national conversations on clean energy futures and industrial decarbonization.
Growing Interest in Carbon Capture: Why Regional Facility Data Matters Now More Than Ever
In the U.S. climate policy landscape, carbon capture technology has emerged as a critical tool for reducing industrial emissions. With federal investment accelerating, detailed project evaluations across regional facilities are vital for informed decision-making. A science policy analyst is now assessing operational status across four major regions to better understand where progress is fastest—and where gaps remain. This analysis offers clear insight into the scale of deployment and real-world feasibility, fueling national conversations on clean energy futures and industrial decarbonization.
Why A Science Policy Analyst Is evaluating carbon capture across four key regions
Right now, a science policy analyst is evaluating carbon capture projects across four U.S. regions—each with distinct capacity and operational challenges. Region A leads with 180 facilities, of which 60% are actively capturing carbon. Region B, though slightly larger with 25% more facilities, operates at only 40% capacity. Region C has 30 fewer facilities than Region B, but holds a 50% operational rate. Region D bundles the combined total of Regions A and C and exceeds them with 70% operational projects.
Understanding the Context
Understanding this distribution is key: it reflects not just technical progress but policy effectiveness, regional infrastructure, and deployment timelines. The data helps forecast how quickly carbon capture can scale nationwide—and where support or innovation is needed next.
How the Facilities Break Down: Numbers That Tell a Story
To calculate the total, start with Region A: 180 facilities at 60% operational yield:
180 × 0.60 = 108 operational facilities.
Region B doubles Region A’s count with 180 × 1.25 = 225 total facilities, but operates at just 40%:
225 × 0.40 = 90 operational facilities.
Key Insights
Region C falls between A and B: 225 – 30 = 195 facilities, operating at 50%:
195 × 0.50 = 97.5 → 97 (whole facilities).
Region D holds the combined total of A and C: 180 + 195 = 375 facilities, at 70% operational:
375 × 0.70 = 262.5 → 263 operational facilities.
Adding these:
108 + 90 + 97 + 263 = **558
