Low Emission Coal Use
This area of work no longer sits within ACARP’s charter since responsibility for research in this area was passed to ACALET in December 2008.
The final reports for projects undertaken by ACARP are available.
Low Emission Coal Use (9 Reports)
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| C15078 | 30/11/2007 |
| Author: APEC Energy Working Group | Asia-Pacific Economic Cooperation |
ACARP provided a funding contribution to establish this international study under APEC. It is not an ACARP report as such and hence will not be published in the normal manner. Copies can be obtained from the APEC Expert Group on Clean Fossil Energy web-site (www.saic.com - go to .... read more |
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| C15079 | 18/03/2009 |
| Author: Can Ozer, Frank Shi, Bill Whiten | JKMRC |
The objective of the research is to improve the efficiency of power station fine coal grinding circuits through the application of modelling and simulation technology. The overall project is expected to complete in 3.5 years as a PhD study program. ACARP funded the first two years (Project .... read more |
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| c16008 | 15/09/2008 |
| Author: Rod Boyd | Connell Wagner |
In January, 2007 Connell Wagner completed a report which reviewed Hyper Coal, Ultra Clean Coal (UCC) and Rotating Kiln technology (Report 1). An extension to the earlier work was requested by ACARP to address recently published statements on the use of ultra clean coal for distributed .... read more |
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| C17002 | 01/10/2007 |
| Author: Peta Ashworth, Melissa Mayhew, Frances Millar, Naomi Boughen | CSIRO, cLET |
Heavy investment into research and development of clean coal technologies is occurring around the globe. However, surveys of public attitudes suggest most of the general public are unaware of any advanced coal technologies including carbon dioxide capture and storage (CCS). This lack of .... read more |
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| C17059 | 06/03/2009 |
| Author: Rob Korbee, Matt Barlow, Lionel Marshall, Elizabeth Hodge, Alicia Constable, Scott Salter | HRL Technology Pty Ltd |
Optimisation of fuel and air distribution in a black coal fired utility boiler is one way to reduce the consumption of fossil fuel and abate CO2 emissions. HRL Technology (HRLT), six Australian Generators and the Australian Coal Association Research Program (ACARP) funded a .... read more |
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| C17060A | 01/12/2009 |
| Author: Terry Wall, Rohan Stanger, Yinghui Liu | University of Newcastle |
The status of oxy-fuel technology for first-generation plant is indicated, this using an ASU for oxygen supply, standard furnace designs with externally recirculated flue gas, and limited thermal integration of the ASU and compression plant with the power plant. This includes the currently .... read more |
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| C17060B | 01/01/2010 |
| Author: Daniel Roberts, Alex Ilyushechkin, Alexander Tremel*, Peter Beavis, Mark Kochanek, David Harris | CSIRO Energy Technology, *Department of Energy Systems, Technical University of Münich |
Four Australian coals were trialled in the Siemens 5 MWth pilot scale gasifier in Freiberg, Germany, in August 2007. A summary report of these trials was issued by the former CCSD, which gave an overview of the results of the trials and some preliminary links between existing, laboratory-scale .... read more |
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| C18001 | 19/09/2008 |
| Author: Wyld Group | HRL Technology |
The coal production and power generation industries in Australia face a number of common challenges including conducting business in a carbon-constrained environment; controlling/reducing costs while operating in highly competitive markets; and ageing workforces, particularly in the power .... read more |
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| C18007 | 09/09/2009 |
| Author: Andrew Beath | CSIRO Energy Technology |
This report consists of a broad review of underground coal gasification, covering basic principles and techniques, but with an emphasis on environmental issues and a summary of the current status of worldwide activities. Underground coal gasification is a technology that was first envisaged in .... read more |