Dr. Nadine Moustafa provides an overview of carbon capture and storage (CCS) as a critical tool in decarbonizing heavy industry, explaining that CCS captures CO₂ emissions from industrial sources, compresses, transports, and stores them underground. While effective, the technology requires efficiency improvements, particularly in capturing the last few emission percentages - a costly challenge. Dr. Moustafa distinguishes CCS from Carbon Dioxide Removal (CDR), with the former focusing on industrial emissions and the latter on atmospheric CO₂ removal. She highlights the UK's leadership in CCS, emphasizing its infrastructure advantages and goals to develop Net Zero industrial clusters. Financial incentives like carbon taxes are necessary to scale CCS, and diverse energy strategies will be crucial for a sustainable transition. Her research on solvent-based CO₂ capture aims to reduce costs and improve efficacy, underscoring the need for global collaboration among industry, academia, and policymakers to scale CCS worldwide.

In this podcast, Hasan Muslemani and Nnaziri Ihijerika discuss Ihijerika's research on regulatory frameworks for cross-border CO₂ transport between the UK and the EU, focusing on how carbon capture and storage (CCS) can support industrial decarbonization. Despite CCS's technical feasibility, its adoption faces public skepticism and regulatory challenges. Ihijerika highlights the London Protocol's restriction on cross-border CO₂ transport, as it classifies CO₂ as waste, creating obstacles for countries like Germany, which has limited storage options. He also notes the complications arising from separate Emission Trading Systems in the EU and UK post-Brexit, which complicate mutual CO₂ allowance recognition. Globally, similar challenges are emerging, particularly in Southeast Asia, where densely industrialized nations may need to collaborate on storage solutions. Ihijerika underscores CCS as a crucial, ready-to-deploy technology for reducing industrial emissions, especially in heavy industries, urging faster action to meet net-zero goals and improve cost-efficiency in carbon reduction efforts.

Carbon Capture and Storage (CCS) technology is central to tackling the challenges of global CO₂ emissions as the world transitions towards renewable energy. This video highlights CCS's critical role in reducing emissions from energy-intensive industries, including refining, steel, and cement. Featuring insights from Dr. Harisinh Parmar, the presentation explores both the technical processes involved and the economic and logistical challenges CCS faces at scale. Topics include the different approaches to CO₂ capture, the essential contributions of geoscience and reservoir engineering, and the potential of CCS to mitigate emissions on a global scale by 2050. Viewers gain valuable knowledge on advancing towards a sustainable, low-carbon future.

Carbon capture and storage (CCS) is presented as an essential solution for reducing greenhouse gas emissions and addressing elevated CO₂ levels. Lynn Orr, a professor of Petroleum Engineering at Stanford University, explains CCS as a method of capturing CO₂ from various sources, compressing it, and transporting it to underground storage. He discusses CO₂ sources like refining operations and the challenges of separating CO₂ from other gases, with sedimentary rock as a potential storage medium. While CCS is costly, Orr emphasises its scalability and feasibility with incentives and careful management. Despite limitations, CCS is proposed as a crucial part of a comprehensive strategy for achieving significant emissions reductions.

Geological CO₂ storage is positioned as a vital component in the UK's journey to Net Zero emissions by 2050. This roundtable gathers experts from organisations including the Carbon Capture and Storage Association, Climate Change Committee, and North Sea Transition Authority to discuss the current status and future prospects of Carbon Capture and Storage (CCS). Topics include the importance of government policies, subsidies, and industrial collaboration in accelerating CCS deployment. The panel also explores bioenergy, direct air capture technologies, and the oil and gas industry's role in emissions reduction. Emphasising the need for rapid progress, they outline challenges, including project development timelines and the balancing act between energy security and environmental commitments.