CIAB Market & Policy developments 2005/06 - IEA
CIAB Market & Policy developments 2005/06 - IEA
CIAB Market & Policy developments 2005/06 - IEA
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The $695 million, 455MW unit is the most technologically advanced coal-fired power<br />
plant built in Canada. It uses a supercritical pressure boiler in which higher temperature,<br />
higher steam pressure, and an efficient steam turbine combine to increase energy<br />
conversion efficiency. The $90 million clean air technology reduces NOx emissions by<br />
54%, SO 2 emissions by 60%, and CO 2 emissions by 18%. In total, greenhouse gas<br />
emissions have been reduced by 52% when compared to the emission levels of a<br />
standard coal-fired power plant.<br />
Australia<br />
317. The momentum established in 20<strong>06</strong> by the announcement of industry and federal and<br />
state government support for low emissions coal technology development was sustained<br />
and enhanced in 2007.<br />
318. A decision was made by the coal industry to extend the term of the COAL21 Fund and<br />
voluntary levy from five to at least ten years, with a concomitant increase in the<br />
estimated commitment to clean coal demonstration projects and related research from<br />
AU$300M to AU$1 billion.<br />
319. The industry and the Queensland Government agreed on the formation of a Queensland<br />
Clean Coal Council to make recommendations on the application of COAL21 Fund<br />
monies to low emissions coal technology projects in that state and/or other projects of<br />
national significance (including at least the CS Energy Callide Oxy-Fuel project and an<br />
IGCC project).<br />
320. Many new project proposals emerged, to encompass all key elements of the clean coal<br />
technology agenda, including:<br />
Japan<br />
• IGCC – National Gasification Pilot Plant proposal; Queensland IGCC project; HRL<br />
Integrated Coal Drying and Gasification Combined Cycle demonstration;<br />
• Oxy-fuel – Callide A Oxy-Fuel demonstration. This project is undergoing detailed<br />
front end engineering and design work prior to the construction phase commencing<br />
in 2008. Power generation is expected by early 2010 with geosequestration to start<br />
the following year. The project is a collaborative effort between a State-owned<br />
generator, CS Energy and a Japanese consortium comprising JCOAL, JPower and<br />
IHI; the Australian Coal Association’s COAL 21 Fund, Xstrata Coal, Schlumberger,<br />
the CO2CRC and the CRC for Coal in Sustainable Development. Australia’s Low<br />
Emissions Technology Demonstration Fund is also providing funding for this $150<br />
million project.<br />
• Post combustion capture – New South Wales PCC demonstration; Hazelwood<br />
Brown Coal Drying Demonstration and PCC Pilot project; Fairview Zero Carbon<br />
Power from Coal Seams demonstration;<br />
• Geological storage – Otway Geosequestration Trial; Queensland and New South<br />
Wales state-wide geological storage assessment proposals.<br />
Finalisation of government and industry funding arrangements for a number of these<br />
projects is expected in late 2007/early 2008.<br />
321. In Japan, most coal-fired power plants that have entered into operation after the mid-<br />
1990s have adopted Ultra Supercritical (USC) technology; and these twenty USC plants<br />
contribute to Japan having the highest average energy efficiency among developed<br />
countries.<br />
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