Wright, P. (1998). Pan stage productivity and efficiency gain at South Johnstone, The reduction of ethanol levels in raw sugar factory cooling waters, Computational modelling of a bagasse-fired furnace - effects of fuel moisture, Benchmarking irrigation practices in the Ord sugar industry, Modelling growth rate dispersion (GRD) in sugar crystallisation. Watson Ferguson and Company.
Chicago Style (17th ed.) CitationWright, P.GWoodfield. Pan Stage Productivity and Efficiency Gain at South Johnstone, The Reduction of Ethanol Levels in Raw Sugar Factory Cooling Waters, Computational Modelling of a Bagasse-fired Furnace - Effects of Fuel Moisture, Benchmarking Irrigation Practices in the Ord Sugar Industry, Modelling Growth Rate Dispersion (GRD) in Sugar Crystallisation. Watson Ferguson and Company, 1998.
MLA (8th ed.) CitationWright, P.GWoodfield. Pan Stage Productivity and Efficiency Gain at South Johnstone, The Reduction of Ethanol Levels in Raw Sugar Factory Cooling Waters, Computational Modelling of a Bagasse-fired Furnace - Effects of Fuel Moisture, Benchmarking Irrigation Practices in the Ord Sugar Industry, Modelling Growth Rate Dispersion (GRD) in Sugar Crystallisation. Watson Ferguson and Company, 1998.