Carbon capture, utilization and storage (CCUS)

Goal:

The course will provide perspective on climate and energy transition and insight into technologies for carbon capture, utilization, and storage.

Contents:

The world is facing tough climate challenges and the global energy situation is changing rapidly. If we are to achieve the UN goal of reliable and sustainable energy for all, energy transition and reduction of CO2 emissions are crucial. How can we reduce CO2 emissions fast enough? Can CCUS become part of the solution to the challenge?

In this course, we will discuss the above questions and key topics within CO2 capture utilization and storage (CCUS) where the main goal is to develop and improve technologies that contribute to cut emissions.

The course will give examples of field pilots where technologies such as injection of CO2-foam in oil fields and new carbon-neutral technologies for gas production have shown that the industry can participate in CCUS projects with commercial motives. Another interesting possibility is the production of hydrogen (H2) from natural gas, where handling and storage of the by-product CO2, as well as intermediate storage of hydrogen, are part of the value chain.

Knowledge

¿ Knowledge about carbon capture, utilization, and storage and its role in reducing emissions.

¿Knowledge about the different principles of CO2 capture

¿ Knowledge about new technologies for low carbon energy supply with CO2 capture and storage (CCUS)

Skills

The student should be able to:

¿ Understand and explain technology concepts for CCUS.

¿ Contribute to the implementation of CCUS projects.

¿ Contribute to the development of more sustainable technologies for energy supply.

General competence

¿ The student should be able to contribute in discussions and action for energy transition and carbon management.