

The Danish deposit system can be seen as an inspiration source to increase recycling rates and support the circular economy, especially in order to reach the EU goal of 90 % collection goal of plastic bottles by 2029. Cooperation between producers, consumers and the Danish Return System is effective, resulting in a high return rate.Recycling cans means less bauxite is extracted to produce aluminium.Producing cans from recycled materials uses 95% less energy than virgin materials.The deposit and return system creates several circular economy benefits: A common circular return system, making it possible to turn in your used beverage containers in supermarkets and kiosks across Denmark while receiving a deposit in return as cash. This was largely due to Dansk Retursystem: The Danish deposit and return system for recycling drink cans and bottles. In 2021, Denmark reached a 93% return percentage of disposable packaging, recycling 1.9 billion cans and bottles for reuse. Read more: Industrial symbiosis: A model for growth in the circular economy Each symbiosis created reduced CO 2 emissions by 800 tonnes – corresponding to CO 2 emissions of 100 Danish residents.The collaboration contributed to a reduction of annual CO 2emissions by 10,000 tonnes.Each company saved 264 MWh of energy – corresponding to the energy consumption of eight households.Materials consumption was reduced by approximately 2.600 tonnes of FE-equivalents.

Energy consumption was reduced by 11.000 gigajoules.Additionally, extra income was generated through product innovation and new products, as well as creating new markets and/or customer groups.Īdditionally, several positive environmental results have been achieved:

For example, an exchange of surplus resources has resulted in direct benefits, such as reduced waste management and materials procurement costs. The companies involved in the symbiosis have experienced a range of benefits. The project was designed to improve the competitiveness of SMEs in Aalborg East by developing green business models that would improve energy efficiency and resource efficiency through a facilitated industrial symbiosis. Through the “Sustainable Synergies” project facilitated by Port of Aalborg, Aalborg University and energy cluster House of Energy, 25 Danish companies have exchanged residual and surplus products such as water, energy, or materials. "%prefix% &b%rank%.Industrial symbiosis is a method for using scarce materials effectively and sustainably, representing a way for companies to lower environmental impact and production expenses. "%prefix% &cThere are not enough players!"

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