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 />
Figure 14 Stakeholder ranking* on priorities for capture technology<br />
Page | 46<br />
Source: CCII Survey.<br />
According to stakeholder views, post‐combustion capture technology should be prioritised.<br />
However, pre‐combustion capture will likely become the dominant technology in the long term.<br />
Current R&D projects in China focus on post‐combustion capture and IGCC with initial plans for<br />
future storage. These projects tend to explore utilisation applications. Stakeholders indicate that,<br />
until 2020, project demonstration will likely be limited to those projects that provide a reference<br />
for government decision‐making on future CCUS policy emphasising aspects of utilisation.<br />
Stakeholders suggest that IGCC is not likely to play a significant role in the power industry in the<br />
near term, given the pace of existing and planned demonstration plants. As a result, precombustion<br />
capture will likely not be a first priority for early development in China, though<br />
continued R&D and demonstration are likely. Furthermore, IGCC relies on complex technologies<br />
such as high‐temperature purification, oxygen generation and advances in the power, chemicals<br />
and heavy machinery sectors, which, when coupled with issues of technology transfer (China’s<br />
gas turbines, compressors and high purification technology rely on imports), mean that IGCC may<br />
not be a strategic or mainstream technology for the power sector in the short‐term.<br />
Stakeholders commented current economic feasibility studies of post‐combustion capture favour<br />
cost structures for post‐combustion rather than IGCC and other pre‐combustion technologies in<br />
China. However, China’s comparatively low labour and construction costs suggest that it may be<br />
better suited for early commercial demonstration across technologies which may favour more<br />
intensive joint international programmes in advanced technologies that can be deployed in OECD<br />
countries.<br />
Survey results also suggested a strong interest in further clarifying costs and key economic drivers<br />
for CCS in China as a primary step. 6 Stakeholders suggested there are limited or no publicly<br />
available China‐specific cost models for CO 2 pipeline transportation, and related transportation<br />
and site‐specific costs are very unclear.<br />
Over 75% of respondents suggested that China lags far behind in terms of storage technology<br />
capability. At present, CCS research is focusing on CCUS pathways (including in the beverage<br />
industry) or for EOR/ECBM. The Shenhua Erdos CTL project is currently the only one with plans<br />
for storage, with 100 000 t/CO 2 to be stored annually in a saline aquifer. Potential plans for<br />
6 At present, China is pursuing early demonstrations of pre‐combustion and post‐combustion capture technologies. However, several<br />
discussions with stakeholders, including funding institutions, indicated a lack of clarity in related cost assessments for both<br />
technologies in the Chinese context. Results from demonstration projects by Huaneng Group and other state‐owned companies are<br />
expected to provide important reference for related CCS and domestic climate policy making in China. Meanwhile, wider availability<br />
of economic data from pre‐feasibility and technical studies of global CCS projects in commercial operation may provide impetus for<br />
the Chinese government, industry and researchers to clarify a strategic direction towards CCS development and deployment.