Finnish energy company Fortum had developed a circular renewable energy service, dubbed HorsePower, that used recycled materials to provide a bedding management service for stable-owners, as well as using manure for energy.
ROSi has developed innovative processes producing high quality recycled materials including silicon and other metals from PV industry production and product waste. The materials are returned to industrial value chains, leading to a circular raw material lifecycle.
Forest Sharing is a platform for the shared and innovative management of privately-owned forests.
It follows PEFC standards, and helps people who own woodland but do not know how to manage it effectively. The platform forges links between owners and economic operators in the supply chain. It creates the economies of scale needed to make forest activities (sale of wood or derived products, recreational areas, adventure parks, thematic routes, management of Rural Development Plans etc.) economically viable.
The project promotes the sustainable management of Italian woodland, by tackling parcels of forest as a whole and applying circular and sharing economy principles.
The Großes Walsertal region has developed a Circular Economy Strategy: it has set itself the objective of introducing circularity at every stage of the value chain, from production to consumption, repair and waste management. Smart product design and increased recycling and reuse activities will contribute to gradually close the loop of each product life-cycle in the region.
The Großes Walsertal communities act as role models by sharing tools, offering vouchers for local food stores (as part of the leisure activities funding) and implementing binding green criteria for events organised on their territory.
Giving value to waste as a precious renewable resource: for the first time, agri-food waste can be exploited to create photovoltaic cells that produce sustainable electricity. From the residues derived from winemaking (normally disposed of without any other use), researchers can extract natural dyes that capture solar energy, transforming them into a regenerated green resource.
