This report explores the implications of the transition towards the circular economy for the Scottish labour market. It presents a baseline measurement of the number and geographical distribution of jobs currently related to the circular economy in Scotland and explores the types of circular jobs, roles and skills associated with opportunity areas in three value chains: construction, bioeconomy and capital equipment.
Circle Economy and Zero Waste Scotland designed this report to support enterprise agencies, workforce development, governments, universities, employers and other representatives to recognise the potential of the circular economy for the Scottish labour market and the related skills development needs of its workforce as part of a just transition.
This publication sets out the state of play of the circular economy concept in Serbia and identifies the main obstacles that may hamper the shift to the circular economy paradigm. It also includes circular economy initiatives in Serbia and an analysis of linkages between the circular economy concept and the Sustainable Development Goals.
Addressing the circular economy only through waste management shows that the circular economy concept is still in its infancy in Serbia. According to the conclusions, the circular economy goes beyond
Addressing the growing calls for a recovery response that is in alignment with other global challenges, these specifically selected opportunities all optimise the use and circulation of assets, materials and nutrients. As governments take the critical action necessary to safeguard national economies and work towards a transformation that is resilient to future global risks, the circular economy has never been more relevant.
A “Bach Forest” for the climate! To offset the CO2 footprint of the Bachfest, which every year draws Bach friends from all over the world to Leipzig (DE), organisers aim to plant 72 acres of mixed forest on a former opencast mining site over the next few years.
Concular disrupts the construction industry by developing a circular process for material flow. The system is based on an AI-driven platform that matches buyers’ demand for construction material with suppliers’ circular materials.
Saccharides are a valuable and readily available source of renewable carbon. There are unique opportunities to produce renewable intermediate chemicals and polymers from regionally available agricultural products and imported feedstock in the period up to 2050.
Industry in the Chemport region (Northern Netherlands) has several options to further reduce CO2 emissions, including recycling or circular chemistry and shifting towards bio-based feedstock, acting as a catalyzer for other industries.
Important focus areas of the saccharide roadmap are:
developing technologies/markets
strengthening/expanding feedstock production
developing incentives/regulations
further developing an integrated approach, cooperating and improving the knowledge base.
