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 />
storage in the GreenGen project post 2015 have been discussed, but lack detailed planning at this<br />
point. Information on storage capacity, site selection standards, and site investigation and<br />
injection safety were seen as lagging far behind international developments in these areas.<br />
Figure 15 Stakeholder ranking* on CO 2 storage priorities and options to 2050<br />
Page | 47<br />
Source: CCII Survey.<br />
Survey Finding (Figure 15): EOR and ECBM seen as key initial drivers for CCUS, though with<br />
limited long‐term role. Experience in geologic storage of CO 2 in China has been closely linked to<br />
EOR, which is increasingly discussed for pilot CCS projects, along with ECBM. Given China’s focus<br />
on CCUS, activities are likely to begin with CO 2 resource recycling, including usage in EOR, ECBM<br />
and Enhanced Gas Recovery (EGR) and in the chemical and food industries. Many respondents<br />
felt that EOR/ECBM/EGR will be a major focus of R&D and deployment policies between 2010<br />
and 2020 along with new technologies and methods for industrialising CO 2 utilisation, however,<br />
technical issues and CO 2 leakage concerns still remain.<br />
Many stakeholders suggested that, in China, although EOR and ECBM utilisation may be a priority<br />
out to 2020, the volume of CO 2 utilisation through EOR, ECBM and EGR is rather limited relative<br />
to CO 2 storage required to meet climate change imperatives (Figure 15). Therefore, storage in<br />
saline aquifers was seen as a priority from 2020 to 2050. Stakeholders also suggested that China’s<br />
offshore storage sites were inadequate for the medium and long term (2020‐50), with issues of<br />
cost and oceanic impacts. Note, that the views on distribution of storage potential displayed here<br />
do not necessarily reflect actual storage capacity in China.<br />
China’s industry readiness and leadership in CCS<br />
Just under 45% of stakeholders indicated that the overall level of Chinese CCS technology lags<br />
behind an advanced international standard (Figure 16). However, almost 37% felt that China’s<br />
technical development was on par with an international level, and just over 6% were of the<br />
opinion that China currently surpasses other international technology leaders. Views differ from<br />
international organisations and local stakeholders on whether China has the components to<br />
develop an industry ecosystem for CCS. Given the increasing development of technical projects<br />
and international collaborations on advanced research, it is likely that these views reflect China’s<br />
existing and growing leadership in the global industry.