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Capture images

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Capture applications

 Pre-combustion and post-combustion processes for carbon dioxide capture. _ Capture applications (after CO2C Capture Project and IEA GHG R&D PROGRAM)
natural gas Schematic representation of CO2 capture in natural gas processing. industrial process Schematic representation of CO2 capture from industrial processes.
precombustion Schematic representation of pre-combustion CO2 capture. post combustion Schematic representation of post-combustion CO2 capture.
oxyfuels Schematic representation of CO2 capture by oxyfiring. adsorption principles

Principle of adsorption capture.

 
multi-layer adsorption beds: two beds Multi-layer adsorption bed: two adsorbent beds. multi-layer adsorption beds: htree beds Multi-layer adsorption bed: three adsorbent beds.
absorption column CO2 solvent removal plant. solvent absorption Solvent-based absorption CO2 capture.
membrane Schematic representation of three of the different possible mechanisms for membrane gas separation (after Scholes, Kentish and Stevens). Spiral wound membrane Membrane gas separation
Spiral Wound module.
hollow fiber membrane Membrane gas absorption: hollow fibre module. flatsheet membrane Gas separation membrane: flatsheet module.
zeolite

Zeolites are hydrated aluminosilicate minerals which form regular, porous structures which act as a molecular sieve. They may be readily modified to include a large variety of metal cations through a simple ion-exchange process. These modifications lead to large changes in CO2 sorption capacity, selectivity and water tolerance.

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Clare Anderson of CO2CRC / Melbourne University working on new technologies for capturing and separating carbon dioxide from other gases.
>CO2CRC/HRL Mulgrave Capture Project.Back to top
Mulgrave solvent rig CO2CRC researchers are using this solvent rig to evaluate and improve solvent technologies for separating carbon dioxide from syngas during the CO2CRC/HRL Mulgrave Carbon Capture Project. Mulgrave solvent rig Solvent absorption is one of three carbon dioxide separation technologies being evaluated through the CO2CRC/HRL Mulgrave Carbon Capture Project.
Mulgrave solvent rig CO2CRC researcher Kohei Endo, from the University of Melbourne, adjusts the solvent rig that is part of the Australia's first pre-combustion carbon capture project - the CO2CRC/HRL Mulgrave Capture Project. Mulgrave solvent rig This solvent rig is one of three CO2CRC rigs in use at the CO2CRC/HRL Mulgrave Capture Project. These rigs capture CO2 from syngas, the product of the brown coal gasifier, using three innovative new technologies.
Mulgrave solvent rig During the CO2CRC/HRL Mulgrave Capture Project CO2CRC researchers will use three innovative new technologies in an evaluation of pre-combustion capture of CO2. Pictured here is the membrane rig, on the left, and the adsorption rig, right. Mulgrave solvent rig CO2CRC researcher Dr Colin Scholes, from the University of Melbourne, adjusts the membrane rig that is part of the Australia's first pre-combustion carbon capture project - the CO2CRC/HRL Mulgrave Capture Project.
Mulgrave solvent rig CO2CRC researcher Dr Colin Scholes, from the University of Melbourne, adjusts the membrane rig that is part of the Australia's first pre-combustion carbon capture project - the CO2CRC/HRL Mulgrave Capture Project. Mulgrave solvent rig CO2CRC researcher Kaustubh Joshi, from Monash University, adjusts the adsorption rig that is part of the Australia's first pre-combustion carbon capture project - the CO2CRC/HRL Mulgrave Capture Project.
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>CO2CRC H3 Capture Project.Back to top
Post-combustion capture demonstration The CO2CRC H3 Capture Project is Australia’s most comprehensive CO2 capture research facility. The project utilises the solvent capture plant (pictured at back) installed by International Power as part of the Hazelwood Carbon Capture Project , as well as a CO2CRC adsorption rig (front left) and membrane rig (front right). H3 membrane rig

The CO2CRC H3 Capture Project, at International Power’s Hazelwood Power Station in Victoria’s Latrobe Valley, was launched by Victorian Energy and Resources Minister Peter Batchelor in conjunction with International Power's Hazelwood Carbon Capture Project on Wednesday 8 July 2009.
H3 membrane rig The membrane rig pictured here is part of the Australia’s most comprehensive CO2 capture research facility - the CO2CRC H3 Capture Project. H3 membrane rig CO2CRC researcher Dr Colin Scholes, from the University of Melbourne, adjusts the membrane rig that is part of the Australia’s most comprehensive CO2 capture research facility - the CO2CRC H3 Capture Project.
H3 adsorption rig Vacuum swing adsorption is one of three carbon dioxide separation technologies being evaluated through the CO2CRC H3 Capture Project. H3 adsorption rig Vacuum swing adsorption is one of three carbon dioxide separation technologies being evaluated through the CO2CRC H3 Capture Project.
>> More about this project
>CO2CRC Capture Laboratories
_ CO2CRC researcher Clem Powell working in the Capture Program laboratory at Melbourne University. _ CO2CRC Researcher Hiroaki Habaki adjusting the operating parameters for a pilot scale absorption column at the University of Melbourne.
_ CO2CRC Researcher Hiroaki Habaki working on separating CO2 using a pilot scale absorption column at the University of Melbourne. _ Close up of the pilot scale absorption column at the University of Melbourne.
_ CO2CRC researcher Julianna Franco calculating the concentration of CO2 separated from other gases using a gas chromatograph at the University of Melbourne. _ CO2CRC researcher Julianna Franco recording data on the efficiency of CO2 separation from a membrane-gas absorption unit at the University of Melbourne.
_ CO2CRC researcher Sjoerd van Zijll de Jong prepares solutions for analysis at the University of Melbourne. _ CO2CRC researcher Clare Anderson working in the capture laboratory at Melbourne University.

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