The Market-driven Circular & Bioeconomy EU Green Week Partner Event on 8 June 2021 brings together representatives of European projects based on industry-academic partnerships in the fields of biodiversity, forestry, engineering, chemistry, agriculture, and transport.
Welcome to Green Tech Valley, focussing on Climate and Circular Solutions. The Green Tech Valley is located in the south of Austria and is internationally regarded as the hotspot for innovative energy and environmental technology.
The Green Tech Cluster initiates growth through innovation. It brings together around 220 companies and research institutions shaping green solutions of the future. With 20 global technology leaders within an hour’s drive, the location forms one of the highest concentrations of companies in this industry.
Have a look at their Don't waste / Invest campaign: One-stop-shop recycling solutions for a wide range of waste fractions derived from Austrian excellence in achieving one of Europe's highest recycling rates.
Commissioned by the Scientific and Technical Advisory Panel (STAP), which advises the Global Environment Facility (GEF), and co-authored by Circle Economy and Shifting Paradigms, this report uncovers the range of socio-economic and environmental co-benefits that circular mitigation interventions can bring to GEF countries of operation.
The report supports strategic advice by the STAP to the GEF and its implementing partners, and helps carve out a role for these bodies in accelerating the transition to a low-carbon circular economy. Its findings will be highly relevant to the development of future GEF projects and programmes across its different focal areas.
Alchemia-nova, the Institute for innovative phytochemistry and closed loop processes, has colloborated with vertECO, GRETA and LooPi to develop three types of green walls, which treat wastewater to service water standards and create plant biomass and fertiliser.
Vanheede Biomass Solutions processes packaged or unpackaged food items that, for various reasons, are no longer fit for human or animal consumption. Fermentable residue is gathered and processed at a bio-methanisation plant in order to generate green energy.
Circularity can reduce the land consumption footprint and contribute to ecosystem restoration. Safe, sustainable and circular use of excavated soils can reduce pressures on biodiversity. The European Commission has therefore launched an online public consultation on the development of a new EU Soil Strategy.
The Ellen MacArthur Foundation develops and promotes the idea of a circular economy. It works with, and inspires, business, academia, policymakers, and institutions to mobilise systems solutions at scale, globally.
Its vision is a new economic system that delivers better outcomes for people and the environment. Business models, products, and materials are designed to increase use and reuse, replicating the balance of the natural world, where nothing becomes waste and everything has value.
A circular economy, increasingly built on renewable energy and materials, is distributed, diverse, and inclusive. The Foundation’s work focuses on six interlinking areas:
The Circular Navarre Catalogue is a booklet showcasing 20 organisations - based on circular business models - in the Navarre region, who are looking for international cooperation.
Always wondered how the circular economy could help your city/region in its energy transition? This FEDARENE webinar on The energy dimension of the circular economy is for you!
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:
ZERO BRINE proposes a circular economy approach to reduce the negative impacts of brine from process industries and create economic value from the reuse of its constituents, such as sodium chloride, magnesium, calcium, sulphates, sodium bicarbonate, heat and fresh water.
Alberto Arroyo Schnell is responsible for policy and programmes at the European Regional Office of the International Union for Conservation of Nature (IUCN). He has held leading positions on EU environmental policy for the past 15 years. His current focus is working together with the key sectors related to / impacted by / benefiting from biodiversity and nature, aiming to find ways to achieve the environmental targets jointly and to ensure ownership of these targets by all stakeholders. He is Spanish, with a background in Forestry Engineering.
The third of the four Thematic Working Groups created by the Interreg MED's Green Growth community addressed waste reduction, prevention and management.
This White Paper promotes solutions to reduce organic (livestock) and inorganic waste, and maps technologies, systems, and strategies for proper waste management. It illustrates issues - e.g. over-production/application of high-nitrogen slurry and manure and need to treat it, as well as lack of treatment of agrifood waste - and highlights the projects’ contributions to achieve full use of resources through their life cycle to create a circular economy.
Among the results: policy guidelines based on four Struvite Precipitation (SP) plants to stimulate innovation and set up a common legal framework for struvite as fertilizer.
Enrich manufactures organic compost in an open windrow system using source segregated green waste such as garden clippings and landscaping materials.
LIFE REFOREST is a project funded by the LIFE Programme that aims to mitigate the soil loss associated with post-fire episodes in forest areas.
The Dublin City University VALOR project is investigating potential recovery options for the Organic Fraction of the Municipal Solid Waste (OFMSW) and Bio-Stabilised residual waste (BSRW). The project fully diagnoses the recovery options for municipal solid waste and validates their use by determining their benefits and potential environmental risks.
The Finnish city of Lahti has been pioneering industrial symbiosis at the Kujala Waste Treatment Centre where all sorts of waste are reused. Several companies have established interconnected material flows, thus making one’s residues another one’s raw materials.
Lyon Métropole, which includes 59 municipalities and 1 300 000 inhabitants, wants to build a sustainable future for its citizens. The Métropole relies on green investments to face environmental challenges. Lyon is also committed to building circular solutions for the region and has been recognised as a ‘zero waste territory’ (territoire zéro déchet, zéro gaspillage) since 2015.
SubsTer can be used to preserve natural spaces and recreate landscaped areas.
