Redesigning Shipping Containers To Reduce Food Costs

The cost of food distribution is an important element in food costs. Processed and fresh products for retail sale are transported in shipping containers to their destinations. The variety of container sizes and shapes has made it difficult to develop efficient handling techniques.

Modularization, a concept that geometrically relates food shipping container sizes to one another, offers a way of reducing food costs. This concept has been used in European countries with good results, but little has been done in the United States to implement such standardization. If used, it would permit more efficient transportation and handling of goods, eliminating wasted space and resulting in less damage to goods. Because of diverse package sizes and large capital investments in the packaging industry, modularization can involve high initial equipment costs, but costs can be reduced as size changes are coordinated with new products and normal equipment replacement. Manufacturers would bear the greatest burden of conversion costs and benefit least, while wholesalers would benefit most. Conversion to the metric system would simplify geometric relationships which could help in modularization. If the food industry should convert to the metric system, some manufacturers may design new packages in modular units. Increased food system efficiency could lead to lower food prices, but with neither government nor industry promoting modularization, this is unlikely.

Recommendations

Our recommendations from this work are listed below with a Contact for more information. Status will change from "In process" to "Open," "Closed - implemented," or "Closed - not implemented" based on our follow up work.

Director: No director on record Team: No team on record Phone: No phone on record