The Grand-Duchy of Luxembourg is a frontrunner in many economic sectors, including finance, construction, data-driven innovation and space resources.
In recent years, the country has sought to position itself as a hotspot for the circular economy (CE) and many ongoing public and private initiatives support this claim.
Based on these fruitful experiences and the recognition of the CE as a high priority by the Luxembourg government, which has made it a major feature of the 2018-2023 Government agreement, the current strategy aims to take the CE in Luxembourg to the next level. It identifies proven regulatory, financial and information management methods and tools for boosting circular initiatives, and proposes a methodology for using them in a number of key economic sectors.
The Italian project BIOCOSI (BIOdegradable and COmpostable packaging for sustainable, circular and smart industry) has come up with a revolutionary solution to the problem of wastewater in the dairy sector.
Take part in the evaluation and validation of CIRC4Life developed CEBMs, key innovations and demonstrations, as well as the identification of future market opportunities! Deadline for applications: 3 May 2021.
New sustainable packaging will extend guacamole’s shelf life by 15% thanks to labels and additives extracted from the avocado itself. The GUACAPACK Project aims to use renewable sources to develop an innovative biodegradable packaging system that includes barrier labels and antioxidant additives from avocado waste.
Fishing industry by-products and municipal solid waste are transformed into bioplastics in the European DAFIA project, coordinated by AIMPLAS. DAFIA provides the automotive and food packaging industries with sustainable solutions by developing biopolymers, flame-retardant additives and barrier packaging.
Sitra commissioned this study to investigate whether and under what assumptions and policy measures the decoupling of CO2 emissions from economic growth could occur at a sufficient rate for CO2 emissions to decline to net zero by 2050. The analyses were carried out on a global level.
The results of this study show that deep CO2 emission cuts in line with the 1.5 °C target and positive GDP growth can occur at the same time.
A natural next step would be to analyse in detail the decoupling of other harmful environmental impacts from economic growth. For example, a global shift to more circular business models could reduce CO2 emissions and help cut the use of materials and natural resources while maintaining economic growth.
The study The winning recipe for a circular economy by Sitra set out to find diverse circular economy solutions that are viable and scalable, that drive systemic circularity, and that have exceptionally positive environmental and social impacts. Over 200 organisations around the world submitted their solutions for consideration.
The study presents 39 outstanding examples of circular economy solutions that are closing material loops and driving the circular transition while being very relevant to their own environment. These solutions demonstrate the benefits of circular business operations and how different organisations across society can use circular thinking to improve the value of their business and progress towards achieving the UN’s Sustainable Development Goals.
Cikautxo worked with the TAPA (ThermoplAstic fluid handling Pipes for cooling circuits in Automotive sector) project, funded by EIT RawMaterials, to develop new materials for pipes and hoses. They substituted natural rubber with a 100% recyclable thermoplastic material (thermoplastic elastomeric, TPE), using energy-efficient extrusion technology.