Facing China's Coal Future - IEA
Facing China's Coal Future - IEA
Facing China's Coal Future - IEA
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<strong>Facing</strong> China’s <strong>Coal</strong> <strong>Future</strong>: Prospects and Challenges for CCS © OECD/<strong>IEA</strong> 2011<br />
Technology Mechanism, would provide new opportunities for financing and incentives for CCS in<br />
China.<br />
The Durban Decision: a new window of opportunity for CCS<br />
Page | 54<br />
Given the CCS potential in China and the technical work that has been done to date, China would<br />
clearly benefit from international mechanisms facilitating CCS development such as the CDM, the<br />
NAMA framework, the Green Climate Fund, and the Technology Mechanism. Based on cost data<br />
for CCS in China, carbon offsets (either through the CDM or NAMAs) could potentially bridge a<br />
much higher portion of the commercial cost gap in comparison to developed countries. Differing<br />
from a CDM framework, NAMA support may take the form of building capacity, overcoming<br />
financing barriers, reducing costs of implementing policies (e.g. feed‐in tariffs) and developing<br />
and demonstrating advanced technologies like CCS that are not cost‐effective today. The Green<br />
Climate Fund and the Technology Mechanism would support implementation of NAMAs and will<br />
be critical in facilitating CCS development and deployment in China as well as other emerging<br />
economies.<br />
Will CCUS projects meet the objectives of CCS?<br />
There is significant and expanding activity in the area of R&D into CCUS activities, with a growing<br />
number of pilot projects currently underway to provide technical knowledge, training and further<br />
research. Existing technical skills and experience with transport, EOR and other CCS‐related<br />
industries give China a significant competitive advantage in developing demonstration projects.<br />
China’s move towards CCUS is underpinned by some early experience with EOR and ECBM<br />
projects; however, safety, storage permanence and long‐term monitoring will be critical from the<br />
start, and doubts remain whether all such utilisation projects are going to meet the inherent<br />
objectives of CCS as a climate‐change mitigation tool.<br />
Determining the most efficient path for CCS technology development, while evaluating China’s<br />
context, and understanding the importance of timely action to meet rapidly accelerating carbon<br />
emissions is a near‐term priority.<br />
Next steps<br />
CCS development in China is critical for global GHG mitigation based on current scenarios. China<br />
is already engaged in an ambitious effort on CCS research, development and demonstration. It<br />
has the right conditions and political will to enhance these efforts provided that international<br />
support and global climate policy also expand.<br />
Box 6 Next Steps for R&D<br />
Building on existing work, China may benefit further from directing resources to priority R&D<br />
areas such as:<br />
‐ Reducing efficiency penalty during capture;<br />
‐ Assessing storage capacity;<br />
‐ Assessing opportunities for CCS in industrial applications;<br />
‐ Testing co‐benefits and costs of CCS‐EOR and CCS‐ECBM; and<br />
‐ Implementing related pilot projects.