Carbon Capture, Storage and Utilization (CCSU):

What is it about?

This publication reviews Carbon Capture, Storage, and Utilization (CCSU) as a key strategy for reducing CO₂ emissions and advancing a net-zero, circular economy. It highlights technologies like geological storage, CO₂ conversion to fuels and materials, and innovations with MOFs and sorbents. While integrated methods boost efficiency, challenges of cost, energy demand, and acceptance remain, requiring policies and collaboration for scalability.

Featured Image

Photo by Christer Lässman on Unsplash

Photo by Christer Lässman on Unsplash

Why is it important?

The publication is important because it addresses the urgent challenge of rising CO₂ emissions and climate instability, presenting CCSU as both a mitigation and resource-recovery strategy. It underscores technological progress and integrated approaches that make CO₂ capture more efficient, while also identifying barriers that must be overcome. By linking CCSU to circular economy principles, it provides a roadmap for sustainable, scalable decarbonization essential for achieving climate resilience and net-zero goals. This research addresses rising CO₂ emissions threatening climate stability. It highlights CCSU’s role in reducing emissions and creating value-added products. The study advances knowledge on novel materials, integrated capture methods, and circular economy benefits.