Facing China's Coal Future - IEA
Facing China's Coal Future - IEA
Facing China's Coal Future - IEA
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© OECD/<strong>IEA</strong> 2012 <strong>Facing</strong> China’s <strong>Coal</strong> <strong>Future</strong><br />
Prospects and Challenges for Carbon Capture and Storage<br />
strong potential to raise international funds. The Chinese government is also highly organised<br />
and effective at accessing multilateral development funds, making the country an attractive<br />
location for CCUS demonstration projects. Broadly speaking, potential international financing<br />
mechanisms fall into four categories: bilateral government funding; multilateral institutions;<br />
multilateral development banks; carbon finance.<br />
Bilateral government funding<br />
The European Union and several EU countries, Australia, Japan and the United States currently<br />
have bilateral activities with China on CCUS RD&D which, in many cases include the broader<br />
portfolio of clean coal technologies. As noted previously, these activities have focused on studies,<br />
modelling, geologic storage assessments, test pilots etc. This is in large part because of funding<br />
limitations but also because of China’s early stage of CCUS development. Now that China has<br />
established a foundation for CCS, it is prudent to advance large‐scale demonstration activity and<br />
more substantial financing support. While current bilateral financing levels are too low for any<br />
meaningful large‐scale projects, bilateral arrangements offer funding vehicles that could<br />
potentially be leveraged. Prominent examples of bilateral activities include:<br />
China and the European Union: In September 2005, the EU‐China Partnership on Climate Change<br />
was established to provide a high‐level political framework for co‐operation between the<br />
European Union and China. Several areas of CCS co‐operation were launched under this<br />
framework including the China‐UK Near Zero Emissions <strong>Coal</strong> Initiative (NZEC), Co‐operation<br />
Action within CCS China‐EU (COACH) and the Support to Regulatory Activities for Carbon Capture<br />
and Storage (STRACO 2 ). NZEC and COACH have both helped lay the foundation for large‐scale<br />
CCUS demonstration. Funding is delivered through the European Union’s Sixth Framework<br />
Programme. The overall budget for COACH is USD 3.7 million over three years.<br />
China and the United States: Bilateral co‐operation on CCUS between China and the United<br />
States is guided under two principal agreements: the US‐China Fossil Energy Protocol (Shengli<br />
Consulting, 2010) and the Protocol for Cooperation on a Clean Energy Research Center. The Fossil<br />
Energy Protocol was established in 2000 between the US Department of Energy (US DOE) and<br />
MOST and includes six annexes under which joint projects are conducted (CCUS cuts across all of<br />
the annexes but is focused in Annex II: Clean Fuels and Annex IV: Energy and Environmental<br />
Control Technologies). In November 2009, the high‐level US‐China Clean Energy Research Center<br />
(CERC) was established with USD 150 million in equal joint funding that will support institutions<br />
and researchers in the two countries. CERC’s Advanced <strong>Coal</strong> Technology Consortia (CERC‐ACTC)<br />
have developed a five‐year joint work plan that includes CCUS (US DOE, 2011).<br />
China and Australia: Most bilateral CCUS activities take place under the Australia‐China Joint<br />
Coordination Group on Clean <strong>Coal</strong> Technology, which was established in 2007. The China<br />
Australia Geological Storage of CO 2 (CAGS) Project (2009‐11) is supported through the Cleaner<br />
Fossil Energy Task Force of the Asia‐Pacific Partnership on Clean Development and Climate<br />
(funded by the Australian Government) and jointly managed by Geoscience Australia and<br />
MOSTS’s ACCA21 (Australian funding of AUD 4 million). Australia’s Commonwealth Scientific and<br />
Industrial Research Organisation (CSIRO) was also involved in China’s first post‐combustion<br />
capture plant with Huaneng Group and has projects relating to geological storage assessments.<br />
China and Japan: Co‐operation between China and Japan is directed under China’s NDRC and<br />
Japan’s Ministry of Economy, Trade and Industry (METI). It currently focuses on a USD 300 million<br />
CO 2 EOR project that plans to capture and utilise 3 Mt to 4 Mt of CO 2 per year from two 600 MW<br />
coal‐fired power plants in China’s north‐east province of Heilongjiang. Lead partners include<br />
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