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Carbon footprint reduction with carbon capture and storage
Rating: 4.8 out of 5(5 ratings)
7 students

Carbon footprint reduction with carbon capture and storage

Opportunities and chances to reduce global warming and prevent climate change and enable a circular economy
Last updated 3/2025
English

What you'll learn

  • overview of the basic principles and concepts related to various methods and technologies used for carbon capture and storage
  • methods and technologies involved in the capture of carbon from the air and industrial processes
  • techniques and systems used for the storage of carbon
  • political factors of carbon capture
  • potential business cases of carbon capture
  • critical voices on carbon capture
  • understand what circular economy is
  • Future developments of carbon capture and storage

Course content

4 sections20 lectures1h 59m total length
  • Welcome and Introduction5:37
  • Motivation5:33
  • Quiz - Motivation
  • Circular Economy4:22
  • Quiz - Circular Economy

Requirements

  • no previous knowledge needed

Description

Climate change is one of the most pressing challenges of our time. Carbon Capture and Storage (CCS) has emerged as a critical technology in reducing greenhouse gas emissions while enabling a transition towards a circular economy. This comprehensive online course provides an in-depth understanding of CCS, covering its technologies, storage solutions, economic viability, political landscape, and future prospects.


What You Will Learn

  1. The role of CCS in mitigating climate change and achieving net-zero goals

  2. How CCS fits into the circular economy and sustainable development

  3. A deep dive into carbon capture technologies, including:

    1. Post-combustion capture

    2. Pre-combustion capture

    3. Oxyfuel combustion

    4. Direct Air Carbon Capture (DACCS)

    5. Plant-based carbon capture

    6. Seawater carbon capture

  4. Carbon storage methods and their feasibility, including:

    1. Seabed storage

    2. Geological storage

    3. Mineral storage

    4. Biological storage

  5. The economic and political landscape of CCS, including government policies, incentives, and business models

  6. Critical perspectives on CCS – opportunities, risks, and controversies

  7. Future developments in CCS and its potential impact on global carbon neutrality


Course Format & Structure

  • Self-paced learning – Study at your own convenience with the course documents

  • Video lectures – Engaging and expert-led content

  • Quizzes – to test what you have learned

  • Further Informations – Long list of references with further informations

  • Discussion forums – Ask your questions in the comment section

  • Certificate of Completion – Showcase your expertise


Join Us Today!

Get ready to explore the cutting-edge technologies and policies shaping the future of carbon management. Enroll now and be part of the solution to climate change!


Who this course is for:

  • Environmental professionals & sustainability consultants
  • Energy industry experts & engineers
  • Business leaders & policymakers interested in CCS economics
  • Students & researchers in climate science, engineering, and policy
  • Anyone curious about innovative climate solutions