Article ID: | iaor20091126 |
Country: | United Kingdom |
Volume: | 96 |
Issue: | 1/3 |
Start Page Number: | 64 |
End Page Number: | 74 |
Publication Date: | Mar 2008 |
Journal: | Agricultural Systems |
Authors: | Meyer E., Gal P.-Y. Le, Lyne P.W.L., Soler L.-G. |
Keywords: | scheduling, supply & supply chains, simulation: applications |
The South African sugar industry has to improve its efficiency in order to remain competitive internationally. There is a potential to enhance profitability by examining the interactions between stakeholders within the supply chain at the mill area level. Three parties are generally involved: the grower, the haulier and the miller who operate as independent entities in order to harvest, transport and process the sugarcane from the fields to the mill. The sugar production depends on the way cane delivery is managed according to parameters such as capacities along the chain and the quality of the sugarcane in terms of RV % cane index (recoverable value as a percentage of the sugarcane mass). This study investigates the opportunity to exploit the geographical and temporal variations in RV production by modifying cane supply schedules during a season. A decision support tool known as Magi® was used to model the supply chain and compare supply scenarios sourcing cane from various areas in order to maximise the RV yield.