Carbon Capture and Storage: Science, Technology, and Policy
Date: July 23-25, 2012 | $2,250 | Continuing Education Units (CEUs): 1.8
Application Deadline »
This course covers the science, technology, and policy aspects of carbon capture and storage (CCS). It provides in-depth understanding of CCS's role in the climate change mitigation portfolio, the technical approaches to CO2 capture, the science behind geological storage, site selection and risk evaluation, and the role of policy in establishing a market and business opportunities for CCS. It will be of interest to scientists, engineers, managers and policy makers working in the area of energy, and especially those involved in strategies for climate change mitigation.
- Understand the role of carbon sequestration in the climate change mitigation portfolio.
- Learn fundamentals of fluid flow and CO2 migration in geologic formations.
- Evaluate scientific criteria for site selection and the potential risks.
- Describe the current status of CCS technology and the technical challenges for its large-scale deployment.
- Examine the role of policy in establishing a market and business opportunities for CCS.
Who Should Attend
This course will be of interest to scientists, engineers, managers and policy makers working in the area of energy. It will be of particular interest to individuals and company representatives involved in strategies for climate change mitigation. Specific industries that will benefit directly from this course are electric utilities, coal industry, oil and gas companies, as well as companies that provide services to these industries. In addition, it will also benefit representatives from government agencies and regulatory bodies that deal with energy and environment. The material covered and the learning objectives will also benefit faculty, researchers and graduate students in science, engineering, or policy programs from academic institutions.
Session 1--0.5 hour
Welcome and introductions (Juanes/Herzog/Parsons)
Session 2--1 hour
CCS overview; its place in the mitigation portfolio (Herzog)
Session 3--1.75 hours
Capture technology primer (Herzog)
Session 4--0.75 hour
Options for geologic storage (Juanes)
Session 5--1 hour
CO2 trapping mechanisms (Juanes)
Session 6--1.5 hours
Modeling of flow in porous media (Juanes)
Session 7--0.75 hour
Capacity estimates (Juanes)
Session 8--1 hour
Site selection (Juanes)
Session 9--1 hour
Monitoring and verification (Juanes)
Session 10--1.75 hours
Site selection exercise (Juanes)
Session 11--1.5 hours
CCS economics (Herzog)
Session 12--1.5 hours
Business organization (Parsons)
Session 13--0.75 hour
Regulatory issues (Parsons)
Session 14--1 hour
CCS policy (Herzog)
Session 15--1 hour
Public Acceptance (Herzog)
Session 16--0.75 hour
Feasibility of air capture (Herzog)
Session 17--0.5 hour
Knowledge gaps and research needs (Juanes)
Session 18--0.5 hour
Wrap-up discussion (Juanes/Herzog/Parsons)
Course schedule and registration times
Class runs 8:30 am - 4:30 pm each day.
Registration is on Monday morning from 7:45 - 8:15 am.
Staff Engineer, Williams Gas Pipeline
“I came into the course with certain technical questions concerning CO2 storage, but left with far more than technical information. I now have a much better understanding of issues surrounding CO2 storage, including risk factors that may delay or stop the use of this technology. All 3 lecturers were easy to speak with and allowed an open floor for discussion. Very polite, friendly, and not intimidating.”
Principal/President, Dolezal and Associates
“I obtained an overall understanding of the current state of the art Technologies and Business Stategy Aspects as they pertain to CCS.”
About The Lecturers
Assistant Professor, MIT Department of Civil and Environmental Engineering
For more information on Professor Juanes' research and teaching activities you may visit http://web.mit.edu/juanes/www/.
Principal Research Engineer, MIT Energy Initiative
For more information on Dr. Herzog's research and teaching activities you may visit http://web.mit.edu/energylab/www/hjherzog/.
Senior Lecturer, Sloan School of Management
This course takes place on the MIT campus in Cambridge, Massachusetts. We can also offer this course for groups of employees at your location. Please contact the Short Programs office for further details.
Links & Resources
- Trickle Down Effect - Ruben Juanes examines fluids in out-of-the-way places in the earth’s crust.
- Greenhouse gas can find a home underground - New MIT analysis shows there’s enough room to safely store at least a century’s worth of U.S. fossil fuel emissions.
- Howard Herzog receives the 2010 Greenman Award. Click here to read the story.
- Click here to read a January 11, 2010 article, "Figuring out where to put the carbon," published by the MIT News Office.
There are no updates at this time.