Abstract

1. Optimization/simulation-based Framework for the Evaluation of Supply Chain Management Policiesin the Forest Product Industry Elaine Mosconi, M.Sc., M.L.I.S. Étudiante au doctorat , Université Laval Directrice: Sophie D’Amours, professeure, Université Laval Codirecteur; Luc LeBel , professeur, Université Laval • Abstract Approach / Methodology • The LogiLab optimization software provided an aggregated production and transportation plan over a multi-period horizon (typically 52 one-week periods). It specifies, for each mill and each product, the manufactured volume per period and the processes to use. • This project aims to understand the information and knowledge required for planning a typical wood supply chain to formulate a mathematical model that meets the needs of forestry companies. • Context/Needs/Motivations Preliminary Results/Estimation of saving In real life, actual performance also depends on execution policies (ex: rules to be used for truck loading and dispatching). Using simulation, these execution policies can then be evaluated in conjunction with the product flow policies extracted from the tactical plan. • The case studyis a network constituted by a group of sawmills in Canada thatproducelumber. Concluding Remarks / Next Step Most of the data and knowledge used in the model are available in the industrial process. Some information however, will need to be adapted before being used. • Objectives • The LogiLab optimization software provided an aggregated production and transportation plan over a multi-period horizon (typically 52 one-week periods). It specifies, for each mill and each product, the manufactured volume per period and the processes to use. Collaboration • FPInnovations, Maibec