Okay, so you agree that CCS is part of a balanced climate stabilization portfolio. (Right? If not, sorry – I’ve been meaning to write that post for awhile.) Now what? How do we possibly store all of that gas safely, permanently, and legally?
Researchers at Columbia specialize in a very safe permanent option called mineral sequestration, but this technology is still too expensive. As a result, most CCS demo plants are exploring geologic sequestration, which is cheaper and has been partially demonstrated by oil companies for productive (rather than CO2) purposes. Injecting CO2 into a well makes it easier to remove the oil by displacing the liquid with a gas. CCS adds two new twists: How can we make sure that CO2 stays in the underground storage space (which may be a depleted oil well or a saline aquifer)? And what to do about the legal liability, just in case the CO2 doesn’t stay put?
On April 21, the Lenfest Center for Sustainable Energy is co-sponsoring, with the NY Department of Environmental Conservation and NYSERDA, a one-day forum to discuss policy implications of CCS. What regulations are necessary to ensure safe geologic sequestration? And of course, what regulations will assure investors that CCS is a safe investment as well? There is presently a CCS demo plant in Jamestown, New York under consideration. This will provide an interesting real-world case study for the discussion.
Register now! And email me (sbrennan@ei.columbia.edu) if you have any questions. The complete agenda is below:
Developing New York’s Legal and Regulatory
Framework for Carbon Capture and Sequestration
Columbia University
April 21, 2009
9:30 a.m. Check-in
Lerner Hall (Room 555) at 2920 Broadway at 116th Street
10 a.m. Welcome
Jared Snyder, Assistant Commissioner for Air Resources, Climate Change and Energy
10:15 a.m. CCS as a Core Element of a Global Climate Strategy
Dr. Jeffrey D. Sachs, Director, The Earth Institute at Columbia University
Quetelet Professor, Sustainable Development; Professor, Health Policy and Management
10:45 a.m. Overview of CCS: Capture, Transport, and Injection
Dr. Klaus Lackner, Maurice Ewing and J. Lamar Worzel Professor of Geophysics, Columbia University; Director, Lenfest Center for Sustainable Energy
11:15 a.m. CCS and New York’s Energy Plan
Paul DeCotis, New York State Deputy Secretary for Energy
11:30a.m. Panel Discussion (all speakers, J. Snyder moderating)
12:00 p.m. Jamestown Oxy-fuel Plant
David Leathers, General Manager, Jamestown Board of Public Utilities
12:15 p.m. Carbon Sequestration Potential in New York State
Dr. Robert Singer, Principal Project Manager, Ecology and Environment, Inc.
12:30 p.m. Lunch
1:45 p.m. Current Regulatory Landscape for CCS and Statutory Models
David Streicker, Senior Counsel, Holland & Knight, LLP
2:15 p.m. Legal and Regulatory Needs: Environmental Protection
Dr. John Norton, Senior Engineer – Strategic Consulting Practice, MWH Americas, Inc
2:45 p.m. Avoiding Disproportionate Impacts of CCS
Stephanie Tyree, Sustainable Policy Coordinator, WE ACT for Environmental Justice
3:00 p.m. Legal and Regulatory Needs: Property Rights & Stewardship
Michael Gerrard, Director, Center for Climate Change Law, Columbia University
3:30 p.m. Policy Needs to Support CCS
Chris Hunter, Vice President, Climate Change Capital
4:00 p.m. Panel Discussion (all speakers, J. Snyder moderating)
4:30 p.m. Adjourn
Scientists and many in the media keep looking for a silver bullet that will allow us to save the world and continue with business as usual. CCS is one of these silver bullets. From destructive and invasive mining and extraction techniques, to dirty emissions, to waste products like coal ash- there is nothing clean about coal. CCS is a complex solution where simpler solutions present themselves. Use less, conserve more and take advantage of readily available renewable technologies to make up for what we can’t do through efficiency and smarter consumption.
One thing many Americans don’t realize is how important domestic energy is to our country’s economic recovery and overall security. Currently, half of our electricity comes from coal—which happens to be our most abundant fuel resource. In fact, we recently kicked off the America’s Power Factuality Tour—a country-wide road trip in search of the people, places and technologies involved in producing cleaner, domestic electricity from coal. We started in Wright, Wyo., at the Powder River Basin, which produces more coal than any other site in the U.S. Take the tour for yourself and see our most abundant domestic fuel at work. Factuality.org
Very good article, very usefull!!