Research
Commissioned Study on PCI Research and Future Directions
Australian Coal Quality Impact Model
Evaluate Combustion Behaviour of Australian Export and Overseas Low Rank Coal Blends
Coal Characterisation for PCI
Prediction of NOx Emissions
Predicting Pulveriser Performance
Milling of Blends
PCI - Impact of Blast Furnace Operation
Coke Reactivity and Characterisation
Inertinite Fusibility Determination
Evaluation of the Edinburgh Cohesion Tester
Coal Quality Testing of Six Coals in a Pilot Scale Combustion Facility Upgraded to Simulate Modern Power Station Capabilities
Measurement Of The Plastic Properties Of Coals
Determination Of A Theoretically Based Coke Strength Index Or Indices Based On Drum Tests
The Classification and Interpretation of Coke Textures- A Literature Review
Relationship between Internal Pressure and Coke Strength and Implications for Semi Soft Coking Coals in Blends
Prediction of Electrostatic Precipitation Performance
Quality of Stamp Charged cokes and Stampability of Coals at Small Scale
Implications of Coking Conditions on CSR
Extension - Theoretically Based Coke Strength Index to Small Scale Coke Oven Samples and Adhesion Controlled Cokes
Characterise Cokes for Strength and Reactivity - Stage Two
Extension -Relationship Between Internal Pressure and Coke Strength and Implications for Semi Soft Coking Coals in Blends
This is a list of research projects undertaken for the Australian coal industry through the Australian Coal Association Research Program (ACARP) where Philip Bennett made a significant contribution.
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