Optimizing space resulting in carbon footprint reduction

Through smarter packaging & storage we are committed to efficiency, resulting in space optimization. When developing packaging or storage solutions, we prioritize warehouse space, minimizing transport volume and reducing our environmental footprint. Through our 5R principle in returnable packaging, we enhance nesting and packaging density, enabling a 1:4 return ratio during product transportation. This, in turn, results in a remarkable 75% reduction in transport. With our high-density storage system, we achieve a 40% reduction in carbon footprint, saving an average of 40% space.  

*Building sector emissions hit record high, but low-carbon pandemic recovery can help transform sector – UN report (unep.org)

By optimal nesting of our packaging, we increase its density, resulting in reduced spatial occupancy within buildings. According to the United Nations*, the construction of buildings and its operations account for nearly 40% of the world’s annual CO2 emissions. We know that a simultaneous increase in density leads to a reduction in packaging volume, subsequently lowering transportation expenses. Therefore, optimal nesting not only amplifies density and reduces spatial requirements, but also decreases costs, ultimately leading to a significant positive influence on the carbon footprint.