FFCRC Research Archive
- All project codes
- RP1.1-01
- RP1.1-02
- RP1.1-02B
- RP1.1-03
- RP1.1-04
- RP1.1-05
- RP1.1-07
- RP1.2-01
- RP1.2-02
- RP1.2-02B
- RP1.2-03
- RP1.2-04
- RP1.2-05
- RP1.2-06
- RP1.2-07
- RP1.3-01
- RP1.3-02
- RP1.3-03
- RP1.3-04
- RP1.4-01
- RP1.4-01B
- RP1.4-01C
- RP1.4-02
- RP1.4-03
- RP1.4-04
- RP1.4-06
- RP1.4-07
- RP1.4-08
- RP1.4-09
- RP1.4-10
- RP2.1-01
- RP2.1-02
- RP2.1-03
- RP2.1-04
- RP2.1-05
- RP2.1-06
- RP2.1-07
- RP2.1-10
- RP2.1-11
- RP2.2-01
- RP2.2-03
- RP2.2-04
- RP2.2-05
- RP2.3-02
- RP2.3-03
- RP2.3-04
- RP2.3-05
- RP2.3-06
- RP2.3-07
- RP2.3-08
- RP2.4-01
- RP2.4-02
- RP3.1-01
- RP3.1-02
- RP3.1-03
- RP3.1-04
- RP3.1-05
- RP3.1-06
- RP3.1-07
- RP3.1-08
- RP3.1-09
- RP3.1-10
- RP3.1-11
- RP3.1-12
- RP3.1-13
- RP3.1-14
- RP3.2-01
- RP3.2-02
- RP3.2-03
- RP3.2-04
- RP3.2-04B
- RP3.2-05A
- RP3.2-05C
- RP3.2-06
- RP3.2-07
- RP3.2-08
- RP3.2-09
- RP3.2-11
- RP3.2-12
- RP3.2-13
- RP3.2-14
- RP3.3-01
- RP3.3-02
- RP3.3-04
- RP3.3-05
- RP3.4-01
- RP3.4-01B
- RP3.4-02
- RP3.4-03
- RP3.4-03B
- RP3.4-04
- RP3.4-04B
- RP3.4-05
- RP3.4-07
- RP3.4-08
- RP3.4-09
- RP3.4-10
- RP3.4-11
182 reports found
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RP1.2-07 Final Report Members
Realising the potential of renewable gas through hydrogen methanation
Mohsen Talei University of Melbourne
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RP1.3-01 2 Page Summary Members
Solar Photocatalytic Hydrogen Production Technology Development
Greg Metha University of Adelaide
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RP1.3-01 Final Report Members
Solar Photocatalytic Hydrogen Production Technology Development
Greg Metha University of Adelaide
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RP1.3-02 2 Page Summary Members
Novel H2/CH4 Separation Technology Development
Kevin Gang Li University of Melbourne
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RP1.3-02 Final Report Members
Novel H2/CH4 Separation Technology Development
Kevin Gang Li University of Melbourne
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RP1.3-03 2 Page Summary Members
Novel technology to produce low-cost hydrogen via methane pyrolysis
Mehdi Jafarian University of Adelaide
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RP1.3-03 Final Report Members
Novel technology to produce low-cost hydrogen via methane pyrolysis
Mehdi Jafarian University of Adelaide
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RP1.3-04 2 Page Summary Members
Efficient conversion of hydrogen to alternative future fuels
Colin Scholes University of Melbourne
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RP1.3-04 Final Report Members
Efficient conversion of hydrogen to alternative future fuels
Colin Scholes University of Melbourne
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RP1.4-01 Final Report Members
Future Fuels End-use - Type A Appliances Test Program
Peter Ashman University of Adelaide
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RP1.4-01 Summary Report Members
Future Fuels End-use - Type A Appliances Test Program
Peter Ashman University of Adelaide
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RP1.4-01B Final Report Members
Room carbon monoxide levels in lit-under burner situations
Peter Ashman University of Adelaide
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RP1.4-01C Report Members
Light-under testing and CO modelling of cookers at 20% hydrogen blending levels
Peter Ashman University of Adelaide
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RP1.4-02 Final Report Members
Future Fuels End-use - Type B Appliances and Industrial Equipment
Neil Smith University of Adelaide
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DownloadRP1.4-02 2 Page Summary Public
Future Fuels End-use - Type B Appliances and Industrial Equipment
Neil Smith University of Adelaide
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DownloadRP1.4-03 Final Report Public
Pathways for H2 adaptation to Industrial Processes
Paul Medwell University of Adelaide
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DownloadRP1.4-03 2 Page Summary Public
Pathways for H2 adaptation to Industrial Processes
Paul Medwell University of Adelaide
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DownloadRP1.4-04 Final Report Public
Hydrogen gas specification and review of end-user instrumentation
Neil Smith University of Adelaide
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DownloadRP1.4-06 Final Report Public
Planning detailed assessment of Type B appliances with blends of hydrogen and natural gas
Peter Ashman University of Adelaide
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RP1.4-07 2 Page Summary Members
Biomethane injection into the gas network: impact of impurities on the performance of end-use appliances
Mohsen Talei University of Melbourne
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RP1.4-07 Final Report Members
Biomethane injection into the gas network: impact of impurities on the performance of end-use appliances
Mohsen Talei University of Melbourne
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DownloadRP1.4-08 2 Page Summary Public
Detailed assessment of Type B appliances with blends of hydrogen and natural gas and 100% hydrogen
Neil Smith University of Adelaide
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DownloadRP1.4-08 Final Report Public
Detailed assessment of Type B appliances with blends of hydrogen and natural gas and 100% hydrogen
Neil Smith University of Adelaide
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RP1.4-09 2 Page Summary Members
Industrial pathways to 100% hydrogen
Neil Smith University of Adelaide
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RP1.4-09 Final Report Members
Industrial pathways to 100% hydrogen
Neil Smith University of Adelaide
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RP1.4-09 Final Report Members
Industrial pathways to 100% hydrogen
Neil Smith University of Adelaide
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RP1.4-09 Final Report Members
Industrial pathways to 100% hydrogen
Neil Smith University of Adelaide
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RP1.4-09 Final Report Members
Industrial pathways to 100% hydrogen
Neil Smith University of Adelaide
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DownloadRP1.4-10 Summary Report Public
Assessment of hydrogen flame visibility
Paul Medwell University of Adelaide
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DownloadRP1.4-10 Final Report Public
Assessment of hydrogen flame visibility
Paul Medwell University of Adelaide
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