
Carbon Capture and Storage (CCS) is one of the most important technologies for averting the worst aspects of climate change. That’s because fossil fuel use is growing worldwide, not declining:
At the same time, the urgency of addressing climate change is growing. Surface temperatures in 2010 tied 2005 as the highest on record. The past decade from 2001 to 2010 was the warmest recorded. As a consequence of warming, the Earth’s climate is changing. Arctic sea ice is retreating, ice sheets and glaciers are melting, and the global sea level has risen.
These facts underscore the need for CCS. It’s effective because it can capture up to 90% of the CO2 from these major sources. The technology is scalable, and its individual components have been available for decades.
But for CCS technology to become widely used, regulations that limit carbon dioxide must be adopted. And for all its benefits, CCS and other low-carbon technologies like nuclear and wind, cost more than near term electricity production prices. This web site describes technological status and costs of each of its components, the policies needed to advance CCS, and the global strategy needed to lower costs.
The Clean Air Task Force is an independent environmental organization not funded by industry or government. Our Coal Transition Project provides objective analysis of coal policy and technology, and advances environmentally responsible coal policy.
CCS technology is available today. This report provides background on the current state of the art for CCS and describes a regulatory approach to limiting US power sector CO2 emissions

Carbon capture and sequestration is essential for climate change protection. This presentation focuses on the role of CCS in lowering carbon dioxide emissions and the growing importance China plays in climate change mitigation.

Illinois- The Illinois EPA's draft air permit for the proposed Taylorville Energy Center does not include any kind of emission limits for carbon dioxide. The plant's developer plans to use carbon capture and sequestration (CCS) technologies to capture up to 65% of the project's carbon dioxide emissions, but says that setting strict carbon dioxide emission limits for the plant would ensure its failure.

Texas- DOE announced Wednesday that CPS Energy, a San Antonio based utility, has signed an agreement with the Texas Clean Energy Project (TCEP) to purchase 200MW of power from the plant. The polygen plant will capture 90% of its carbon dioxide emissions and is funded partially by the DOE and Texas state incentives, though financing for the project is still incomplete. The project is expected to be operational by 2015.