Jennifer Watts, MSU graduate and now master's student in Land Resources and Environmental
Sciences, is trying to learn what the LandSat V satellite images can convey about
land cover, with the goal of developing data to invigorate the carbon sequestration
Photo by Kelly Gorham
Excess carbon dioxide in the atmosphere is a major contributor to global warming, and one of the methods proposed to reduce mankinds CO2 emissions is carbon sequestration — storing CO2 in deep within the earth and through farming and forestry practices. Scientists at MSU are on the forefront of both geologic and terrestrial carbon sequestration research.
Geologic sequestration involves injecting liquefied or "supercritical" CO2 deep underground where it is stored in porous rock formations. The oil industry has been injecting relatively small amounts of CO2 underground for decades to enhance oil production, but now scientists are looking for ways to put billions of tons of CO2 safely underground. For decades, various industrial operations have injected and stored CO2 and other gases underground, and naturally occurring deposits of oil and gas trapped underground show scientists that CO2 can be safely and permanently stored beneath the ground. Now earth scientists at MSU are using new theories about sedimentary rocks, computer modeling and three-dimensional seismic data to characterize the subsurface rock formations in the northwestern United States where CO2 may be stored. This work tells scientists how CO2 behaves and moves through underground formations and how to make sequestration work at different injection sites.
Other MSU scientists are working working on "just in case" technologies, designing methods to seal CO2 injection sites. Scientists at MSU's Center for Biofilm Engineering are creating biofilms barriers — layers of microbe-rich slime — that will plug the pore in underground rocks, reducing the number of pathways CO2 could use to escape. MSU's research is focused on developing biofilms that will survive at the pressures and temperatures found near carbon sequestration sites.
Meanwhile, MSU engineers are also working above ground, creating instruments to watch for leaks from geologic sequestration sites. MSU scientists are building small, inexpensive laser systems — using technology called differential absorption lidar — to detect molecules of CO2 that might escape from an underground reservoir.
MSU is also involved in terrestrial sequestration — using soil and forest management techniques to store excess carbon. MSU's research involves effectively managing agricultural and forested lands to increase the amount of carbon that can be stored in the soil, as well as building sensors to quickly and accurately detect the amount of carbon stored in soils.
Finally, MSU is part of two organizations focused on carbon sequestration: the Big Sky Carbon Sequestration Partnership and the Zero Emissions Research and Technology Center (ZERT). The partnership is one of seven regional partnerships across the country whose mission is to work out the best approaches for capturing and permanently storing greenhouse gases.
ZERT partners MSU with West Virginia University and five national laboratories to examine the basic science of carbon sequestration and the technology to monitor stored CO2. ZERT maintains an extensive field-testing site just west of MSU that has been described as the only one of its kind in the country.
MSU Web sites
- Big Sky Carbon Sequestration Partnership — The Big Sky Carbon Sequestration Partnership is one seven regional partnerships working to create a network of experts that will determine the best approaches for capturing and permanently storing greenhouse gases.
- Consortium for Agricultural Soils Mitigation of Greenhouse Gases— CASMGS is a consortium of nine universities and one national laboratory assembled to investigate the potential of agricultural soils to mitigate greenhouse gases.
- Lasers and Lidar Group— The lasers and lidar research group at MSU, among its other research, works on systems that automatically monitor carbon sequestrations sites for leaks.
- Optical Technology Center— Founded in 1995, OpTeC focuses on the field of optical science and engineering, which includes laser and lidar systems used carbon sequestration sites.
- Slope and Basin Consortium — The Slope and Basin Consortium is a nonprofit, proprietary research program dedicated to the studying and profiling underground sedimentary rocks.
- Zero Emission Research and Technology Center— Headquartered at Montana State University, ZERT is a partnership of five national laboratories and two universities focused on understanding the basic science of geologic carbon sequestration and developing technologies to ensure the safety of that sequestration .
MSU News Stories
- "Montana carbon sequestration study receives state funding," April 28, 2008
- "Energy forum examines storing CO2," Aug. 23, 2007
- "MSU hosts unique program on carbon sequestration," Aug. 8, 2007
- "MSU to lead regional partnership on carbon sequestration," Sept. 23, 2003
- "Is there money for Montana farmers who capture global-warming gases?," Jan. 29, 2003
- Search for older energy-related stories in the MSU News archives under Research > Energy