VertECO consists of a vertical ecosystem (vertical constructed wetland) treating greywater from handwash basins, showers, and laundries.
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Waste management & Secondary Raw Materials
ecoHORNET develops multi-system burner with ecological combustion procedure to create pyrolysis gas, oil and biochar
ecoHORNET, a Romanian SME, has developed a recycling station that uses pyrolysis technology to transform industrial biomass, household waste and sewage sludge into bio-gas, bio-oil and biochar in addition to creating thermal energy for hot water and air generators.
A new pyrolysis process for ELT delivers high grade secondary raw materials at a lower environmental cost
Tyrebirth has developed a new technological approach for the management of ELT (end-of-life tyres) through the production of microwave pyrolysis plants. The process uses microwaves and infrared radiation to activate the pyrolysis on the tyres, generating second raw materials with an extremely low environmental impact.
From the production of agricultural lime to summer barbecues, olive pits make a perfect circular fuel
KLIMIS has been using the woody part of Greek olive pits as heating fuel for its kiln in order to bake lime stones since 1968. In 1992, it developed a patented process to recycle the residual material from this combustion into highly-efficient, low-emission barbecue briquettes.
3SIXTY upcycled end of life, single use plastic bottles and ocean waste into towels for the hotel industry.
SK-Tex takes old clothing and turns it into products that can be used in cars, furniture and buildings. The company has been in operation since 1998, beginning as a textile raw materials trading company before developing into a recycling company.
The ReWeee Project aims to prevent the creation of Waste Electrical and Electronic Equipment (WEEE) and to demonstrate that WEEE can be efficiently sorted and re-used.
Genesis Biopartner has built a plant for the co-generation of thermal energy (heat) and mechanical energy (electricity) from biogas in Romania.
Green Group Holding: integrated waste management solutions for six main waste streams associated with households and SMEs (WEEE, plastics, PET, glass, lighting bulbs, cardboard) are now available in Romania as a pioneer development for South Eastern Europe via a private investment starting back in 2012.
Every year, 2.5 billion tonnes of waste is produced in Europe. Thanks to its production process, the cement industry is able to use waste both as a fuel source and for secondary mineral materials.
Vienna's Municipal Department 48, responsible for the city's waste management, has been active in re-use since 1989, when the city’s first re-use shop was founded. In Summer 2015, the Department opened the 48-er Tandler: a mobile re-use shop where citizens can buy affordable, quality second-hand goods and whose proceeds go entirely to charity.
Orange Fiber has closed the loop for oranges by patenting a technique to squeeze orange peel and citrus waste into cellulose fibre. With growing demand for sustainable fashion, the company is well placed to commence production in 2019, having already prototyped a collection with Salvatore Ferragamo and won the Global Change Awars
Wastly is a B2B online platform for the marketing of secondary raw materials (SRM) resulting from waste recovery and recycling.
8 millions of cigarette stubs are generated each minute in the world, and 66% of them currently end up in the environment, where they take up to 15 years to decompose. In addition, chemical components in cigarette filters generate residual pollution.
MéGO! offers a pragmatic answer with a service for collecting, sorting and recycling cigarette stubs.
The ECOALF foundation has embarked upon its most ambitious project to date: Upcycling the Oceans, an unprecedented worldwide adventure that is helping to remove up to 200 tonnes of waste from the bottom of the oceans thanks to the support of over 3000 fishermen.
London is among one the world’s most cosmopolitan and oldest cities, and one of the most cosmopolitan. As Britain’s largest city and country’s economic, transportation and cultural capital, over 8 million people live in London. A more flexible and sustainable approach to products, housing, office space and critical infrastructure is crucial to London’s ability to adapt and grow.
Genoa set itself an objective to close the loop on waste materials by taking advantage of treatment plants in the city's immediate vicinity. By adopting a long-term and territorially integrated approach, the city intends to achieve higher recycling rates within five years and strengthen the circular economy locally.
Sfridoo.com is an Italian B2B publishing platform for purchasing and selling scrap materials. Using sharing economy princples to turn the circular economy into a reality, Sfridoo has already enabled more than 100 businesses to recycle and reuse industrial scraps.
Oslo has been developing a waste management system based on circular principles to ensure separate waste collection is maximised and transform waste into secondary raw materials. To do so it has actively engaged with citizens, farmers as well as with its city’s public transportation company.
Facing dramatic deindustrialisation and an uncertain future, the city of Turin implemented processes that paired physical redevelopment with strategic planning to promote citywide revitalisation and economic restructuring in the 1990s. While the transformation has been profound, current challenges call for more circular strategies and an inclusive approach.
In 2015, Amsterdam commissioned an in-depth study on the potential of a circular economy. The project was the first large-scale research study in the world that uses the ‘city circle scan’ methodology. The scan identifies the areas in which the most significant, tangible progress in realising a circular economy can be achieved.
Terra Humana's 3R zero emission pyrolysis and nutrient recovery technology transform animal by-products into safe and high value Bio-Phosphate fertiliser.
The PerFORM WATER 2030 project will cover the following 4 main thematic areas and will focus on different study activities and pilots (TRL 4 to 7) implementation:
- Water pathway
- Biosolids valorization pathway
- Material and energy recovery pathway
- Economic sustainability and social acceptability of new technologies.
The overall objective of PAPERCHAIN is to deploy five novel circular economy models centred in the valorisation of the waste streams generated by the Pulp and Paper Industry (PPI)
CAP HOLDING, at the Bresso/Niguarda wastewater plant, has installed two sewage sludge biomethane upgrade plants, one based on membrane technology and the other on zeolite filtration. The ultimate aim of the project is to evaluate the technical feasibility of biomethane production from sewage sludge accordingly to CEN standards.
The Granada Sur Biorefinery of Emasagra has set up an ambitious environmental strategy in order to become European circular economy reference in the field of sanitation and wastewater treatment.
After several years of research, a pilot plant has been constructed and gone into operation within Covesto’s project Cycles (funded by German Federal Ministry of Environment (BMUB)), to demonstrate the reuse of low-concentrated salt-containing wastewater streams.
Offcuts and wood waste generated during production at the Herman Miller production facility in Wiltshire is collected and delivered to Timberpak, utilising empty vehicle space and back loading to minimise their environmental footprint.
The use of alternative resources has a long tradition in the Austrian Cement Industry. The success story originally started with the processing of alternative main constituents for cement production. The recent trend reaches out further for the substitution of natural raw materials for the clinker production. For every ton of cement, almost 500 kg of alternative resources have been reused.
Skaff Dairy Farm is a small-sized enterprise producing around 840 t of dairy products annually for the local market. Skaff Dairy Farm joined the MED TEST II project in order to improve quality and reduce defects, to drive out waste and continuously improve cost efficiency. The main problems the company faced was energy and finished products losses.