The overall objective of BIORECOVER is the research and development of a new sustainable and safe process, essentially based on biotechnology, for selective extraction of a wide range of critical raw materials (CRMs) such as Rare Earths, Magnesium or Platinum Group Metals.
This case study is a part of the MBB LIFE+ Investing in Water project. APS Bank decided to invest in a holistic on-site water conservation programme. The aim of the programme was to put the bank’s sustainability policy into practice, reduce operational costs and help conserve scarce national resources.
In 2018, the City of Antwerp kick-started the Circular South project. The aim is to encourage more efficient use of energy, water, waste and materials by the citizens of the New South district of Antwerp through an innovative community-driven approach.
Rare Earth Elements (REEs) are considered as "key enablers" of green technologies. However, they are also the elements with the highest supply risk.
The EU funded project REE4EU has developed processes that may help to regain REEs from RE-containing waste streams.
The EU-funded CABRISS project aims at pioneering a circular economy dedicated to handling the critical situation of recycling the considerable amount of photovoltaic waste for the photovoltaic, but also for the electronic and glass industry.
The EU-funded RE4 project has developed prefabricated energy-efficient building concepts containing up to 85 % of recycled materials and reused structures from construction and demolition waste (DMW).
The SaltGae project has established real scale demonstration sites in Slovenia, Italy and Israel that show the long-term techno-economic performance of microalgae technology for the efficient treatment of saline wastewaters from the food and beverage industries.
By identifiying good practices in turning biomass to heat or power, the uP_running project is unlocking the strong potential of woody biomass residues produced by Agrarian Pruning and Plantation Removals.
AgriChemWhey seeks to build first-of-a-kind bio-refinery with a view to transforming dairy waste into added-value bio-based products.
Sulapac has developed a fully biodegradable and microplastic-free material innovation to replace plastic. The wood-based material is both recyclable and mass-producible.
Votechnik has created a unique state-of-the-art recycling technology, the ALR 4000 machine, which safely removes hazardous waste materials from LCD flatscreen panels and monitors through a fully automated process.
Cycle Terre project aims to set up an industrial process to reuse soil extracted from the excavation sites of the new subway and other construction sites in Sevran, France.
REDEL is an energy provider in Italy. Its activities comprise decommissioning outdated energy installations. The PVC Upcycling project aims to initiate a circular model for reclaiming resources by:
In September 2018, the Danish inter-municipal waste management company AVV, which serves two Danish municipalities, visited the City of Brussels and its surroundings as part of a study visit on setting up effective repair and reuse systems. The visit was carried out within the framework of the TAIEX Peer-2-Peer EU Programme and with the support of Municipal Waste Europe and Bruxelles Environment.
The Super Circular Estate project addresses the challenge of changing housing needs. The Parkstad Limburg region’s population, is estimated to shrink by 27% in the next 30 years, calling for a radical reorientation in housing facilities. The project aims at demolishing vacant outdated high-rise apartment buildings, and reuse their components to establish new social housing units.
VertECO consists of a vertical ecosystem (vertical constructed wetland) treating greywater from handwash basins, showers, and laundries.
Greenrail sleepers consist of an outer cover made of a blend of ELTs and recycled plastic, and an inner core of pre-stressed, reinforced concrete.
C-SERVEES is a European project that aims to boost a resource-efficient circular economy in the electrical and electronic (E&E) sector through the development, testing, validation and transfer of new circular economic business models based on systemic eco-innovative services.
Use of recycled plastic material (rPM) in North West Europe is homogeneously low. In packaging and building, the highest plastic-consuming sectors, only 8% of plastic employed is recyclate (Plastics Europe 2016). The Interreg NWE research project Di-Plast develops digital technology to enable complete documentation and quality assurance of recycled plastic material flows.
The LIFE EPS SURE project aims to offer a technically, environmentally and economically viable solution that allows EPS fish boxes to be collected, washed and converted into new PS food contact packaging, thus closing the loop.