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Repairability ensures extension of life cycle of products

The transition to a circular economy aims at closing material loops in order to reduce waste, use resources more efficiently and minimize the environmental impacts. But what are the strategies that the companies can establish to achieve this? In this respect, Potting et al. (2017) apply a useful framework (Fig.1) that defines 9 R-strategies, group them in three main circularity…

Post-industrial recycling of reusable plastic crates

Plastic is a synthetic material, made from organic polymers, that has become essential in current supply chains due to its beneficial properties – light weight, durable and easily shaped – and low cost. Since the 1960s, plastic production has increased by 20 times, with a global manufacture of 360 million tonnes in 2018, 40% of which were used for packaging…

Reusable plastic crates generate 88% less CO2 emissions and consume 57% less energy than single-use cardboard boxes in the distribution of fruit and vegetables in Spain

The environmental impact study based on the Life Cycle Analysis carried out by the UNESCO Chair of ESCI-UPF and published in the scientific journal Resources, Conservation and Recycling revealed the advantages of this system. • The life cycle analysis of the boxes will allow further improvement of their environmental performance.