Learn about carbon capture and storage technology as a solution for climate change. Understand the science, engineering and implementation of CCS.
Learn about carbon capture and storage technology as a solution for climate change. Understand the science, engineering and implementation of CCS.
This comprehensive course explores Carbon Capture and Storage (CCS) technology as a crucial solution for protecting our atmosphere from excess carbon dioxide. Led by leading academics from the University of Edinburgh, the course bridges complex scientific concepts with practical understanding. Students learn about deep carbon emission reduction strategies, the role of CCS in making fossil fuels environmentally sustainable, and its potential for achieving carbon-negative solutions. The course covers the fundamental technologies, geological principles, and economic factors of CCS implementation, making it accessible to anyone interested in climate change mitigation and sustainable energy solutions.
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English
English
What you'll learn
Understand how CCS technology protects the atmosphere from excess carbon dioxide
Explore the fundamental drivers making fossil fuels safe to use under climate agreements
Identify key economic sectors where CCS can reduce emissions significantly
Learn about carbon capture technologies and their implementation
Master the principles of geological carbon storage
Analyze the global potential and future prospects of CCS
Skills you'll gain
This course includes:
PreRecorded video
Graded assignments, exams
Access on Mobile, Tablet, Desktop
Limited Access access
Shareable certificate
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There are 5 modules in this course
The course provides a comprehensive introduction to Carbon Capture and Storage technology and its role in combating climate change. Beginning with climate drivers and global warming concepts, it progresses through the applications of CCS across various economic sectors. The curriculum covers carbon capture technologies, geological storage methods, and future prospects. Each block explores critical aspects of CCS implementation, from basic principles to practical applications, emphasizing its importance in achieving climate goals.
Climate Drivers
Module 1
CCS Across the Whole Economy
Module 2
Capturing Carbon
Module 3
Geological Carbon Storage
Module 4
Future Prospects
Module 5
Fee Structure
Instructors

2 Courses
Distinguished Carbon Storage Expert and Geoscience Educator
Mark Wilkinson serves as Senior Lecturer in Geological Carbon Storage at the University of Edinburgh's School of Geosciences, where he has made significant contributions to carbon capture and storage research since 2000. As Programme Director of the world's first MSc in Carbon Capture and Storage (now renamed Applied Geosciences - GeoEnergy), he leads education in subsurface technologies including nuclear waste storage and geothermal energy. His research spans diverse areas from CO2 storage and hydrogen storage to paleontology, including studies of dinosaurs on Scotland's Isle of Skye and Highland geology. Beyond academia, he demonstrates commitment to public education through accessible scientific writing and involvement in MOOCs, believing that scientific literacy among the general public is crucial for technological advancement. His academic impact is evidenced through nearly 4,000 citations of his research work, while his leadership extends to field trips and practical geology instruction. Through his roles at Edinburgh, he continues to advance understanding of geological storage solutions while maintaining his dedication to making complex scientific concepts accessible to both specialists and the general public.

2 Courses
Distinguished Carbon Capture Expert and Climate Change Educator
Dr. Erika Palfi serves as Lecturer in Mechanical Engineering and Scientific Research Officer at the University of Edinburgh, where she has established herself as a leading expert in carbon capture technologies. After earning degrees from Friedrich-Alexander-University Erlangen-Nuremberg and completing her PhD at Edinburgh in 2019 focusing on novel CO2 capture methods for gas turbine power plants, she has built an impressive career combining research and education. As course organizer of Edinburgh's pioneering MOOC on Carbon Capture and Storage, she has helped educate over 40,000 learners globally, with the course now available in both English and Mandarin. Her research focuses on exhaust gas recycling, thermal power generation, and carbon capture integration strategies, while her teaching portfolio includes thermodynamics, professional issues for mechanical engineers, and sustainable energy projects. Through her role at Scottish Carbon Capture and Storage, she continues to advance understanding of CCS technologies while maintaining her commitment to providing impartial and comprehensive education on climate change mitigation strategies.
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