Author

Fernanda San Jose Benitez
Undergraduate in Chemical Engineering
Carbon Capture Utilization and Storage (CCUS)
Class: ENGL 1302: Composition II with Dr. Hüsing (Spring 2026)
Abstract
The climate crisis is a math problem, and the solution might lie in the optimization of Carbon Capture Utilization and Storage (CCUS). Carbon capture is a field of environmental and chemical engineering, and it is the process of trapping CO2 before it escapes into the atmosphere. BBC Technology reporter Adrienne Murray says, “[Carbon Capture] Technology is, however, not without critics who think it’s over-hyped”. In addition to the controversy, big oil companies like Shell are using carbon capture technologies to say that they are a sustainable, green company. This is a hypocritical take for big oil companies that are spilling chemicals and are not capturing the harmful CO2 gases before releasing them into the atmosphere. This is why I am investigating: Can carbon capture technologies be improved as a method to remove CO2 from the atmosphere? This is important because the health of the environment is a vital topic for most people living on Earth. This is especially true for engineers, company owners, and lawmakers to justify investing in new sustainable technologies. Although skeptics argue that carbon capture remains an inefficient and under scaled solution to the climate crisis, recent advancements in biphasic solvent chemistry, and mechanical spray optimization make it a workable and necessary component of global CO2 removal from the atmosphere.