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A review of land application of CSG water to soil was undertaken to aid in assessing the potential of using CSG water for dust suppression. An assessment of the use of salts for dust suppression and snow melt was undertaken...
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The objective of this bench-scale investigation is to assess the potential of using bicarbonate-rich CSG water as a medium for growing Dunalliella tertiolecta for biofuel production. The rates of microalgal growth and carbon sequestration were found to be 49.7 mg...
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This project will: Identify risks of damage to agricultural soils and methods to avoid this damage by changes in management and design Assess the existing methods for ameliorating damage that is likely to occur Incorporate these insights into clear and...
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Preliminary investigation to assess the potential of using bicarbonate rich CSG water as a medium for growing salinity tolerant microalgae for biofuel production. Rates of microalgal growth, carbon sequestration, nutrient removal potential and lipid contents were evaluated in a batch...
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PhD Student project to improve quantification of soil structure degradation under sodic conditions and enhance the modelling of water and solute movement under sodic conditions.
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USQ strategic funding for core salaries and infrastructure to enable independent hydrogeological assessments of CSG impacts on groundwater systems in southern Queensland.
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Student project investigating the volume and time required for soil equilibration with percolating solutions on the basis of solution concentration and pore volume.
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This project is just commencing with the experimental design having been initiated in the field. This project is currently commercial in confidence.
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Commercial in confidence
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No summary available.
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No summary available.
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No summary available.
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No summary available.
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No summary available.
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No summary available.
