Distribution activities arising from supply-chains of chemical and food industries involve the shipping of products directly and/or via distribution-centers. Also, due to growing ecology concerns, the recycling of recoverable-materials is becoming a common practice. In this paper, a distribution and recovering problem has been studied and modeled. The solution to the problem-model computes the forward and backward flows on a supply-chain network of a company that take into account 'green logistics' considerations. In this problem, vehicles departing from plants/distribution-centers perform delivery of products and pick-up of recyclables at the lowest network-level. At a higher level, larger vehicles resupply distribution-centers with products and bring back to plants recyclable goods. The operation must coordinate the vehicles-tours to assure efficient forward and backwards flows. The paper presents a column-generation based decomposition-approach for finding near-optimal solutions to the problem. We also present computational results on test problems derived from a real case-study. (C) 2016 Published by Elsevier Ltd.