Dear Friends,
Recently, a client approached me to streamline the demand for their product. The brief about the client is given below.
The client purchases imported Palmolive oil in crude form. They refine it and sell it to traders, who then sell the refined oil to end-users such as retail customers, shopkeepers, caterers, and hoteliers. The issue the client faces is that their customers, the traders, do not have uniformity in their demand patterns. Sometimes, all of them place their orders at once, leading to potential sales loss. Conversely, there are times when no orders are placed, leaving the capacity idle.
To avoid the cost of stock-outs, the client is unable to store an inventory of refined oil. The price of Palmolive oil at the commodity exchange fluctuates. Purchasing the oil at a higher price poses the risk of losses if prices fall later. Conversely, buying at a lower price and selling at a higher price could result in increased profits. However, the client is risk-averse and prefers not to deal with fluctuations in oil prices.
Additional restrictions stem from the total lead time. The total import cycle includes the time required for import, processing, and delivery to the client.
Apart from traditional mathematical tools like moving averages, weighted moving averages, and regression analysis, could you suggest other solutions?
Thanks,
Dinesh Divekar
Recently, a client approached me to streamline the demand for their product. The brief about the client is given below.
The client purchases imported Palmolive oil in crude form. They refine it and sell it to traders, who then sell the refined oil to end-users such as retail customers, shopkeepers, caterers, and hoteliers. The issue the client faces is that their customers, the traders, do not have uniformity in their demand patterns. Sometimes, all of them place their orders at once, leading to potential sales loss. Conversely, there are times when no orders are placed, leaving the capacity idle.
To avoid the cost of stock-outs, the client is unable to store an inventory of refined oil. The price of Palmolive oil at the commodity exchange fluctuates. Purchasing the oil at a higher price poses the risk of losses if prices fall later. Conversely, buying at a lower price and selling at a higher price could result in increased profits. However, the client is risk-averse and prefers not to deal with fluctuations in oil prices.
Additional restrictions stem from the total lead time. The total import cycle includes the time required for import, processing, and delivery to the client.
Apart from traditional mathematical tools like moving averages, weighted moving averages, and regression analysis, could you suggest other solutions?
Thanks,
Dinesh Divekar