Circular economy will profoundly impact business. The Circular Economy Research Center of the Paris based École des Ponts Business School wants to enable current and prospect students as well as the alumni of the School to sharpen their knowledge on the upcoming transformation and to be enabled to understand it, embrace it and prepare for it in their domains of professional interest.
The cleanSpot application provides users with an easy way to search for recycling centres and specialised recycling containers where they can drop off their non conventional urban waste for correct recycling.
C123 is an EU-funded project aiming at transforming the largely available and unexploited methane resources into C3 hydrocarbons, particularly propylene.
The Circular Economy for the Data Centre Industry (CEDaCI) is a European project focusing on circular data centres. The project is of increasing collaboration and communication to drive sustainability in the data industry.
AIMPLAS, the Spanish Plastics Technology Centre, is coordinating the LIFE CIRC-ELV project (other participants are Desguaces Cortés, Sigit and Sigrauto from Spain, Indra from France, and Isolago from Portugal) with the aim of creating a new, technically and economically viable network in Europe for reuse and recovery of at least 95% by weight of end-of-life vehicles.
PackAlliance is a Knowledge Alliance that brings together academic and industry partners from 4 EU countries (ES, PL, FI and IT) committed to fostering Academia-Industry collaboration for the development of new skills and competence building for innovation towards the transition of the plastics packaging industry to a circular economy model.
AIMPLAS, the Plastics Technology Centre, and OLIPE, Olivarera de los Pedroches, have carried out a project entitled GO-OLIVA, aimed at finding a high value-added application for olive stone waste by producing a new sustainable material for oil product packaging.
In the third year of the RepescaPlas project, chemical recycling will be used to turn marine litter into fuel for fishing boats. During the first two years of the RepescaPlas project, five tonnes of marine litter were recovered through mechanical recycling operations.
Excess Materials Exchange (EME) is a young and innovative technology company whose digital matching platform aims to find new high-value reuse options for materials or (waste) products for companies.
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.
LIFE Green Sewer is a LIFE Program funded project that aims to implement a new secondary wastewater treatment of industrial water.
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.
The PLATIRUS project seeks to address the European shortage of Platinum Group Metals (PGMs) by recovering PGMs from alternative secondary resources. It has the potential to offer a substitute for a large proportion of these critical raw materials which are becoming ever more scarce.
ETV4INNOVATION is a two-and-a-half-year long European Commission funded vocational education and training Strategic Partnership project under Erasmus+ programme. It has been designed with the aim to support the development and the implementation of an innovative practice and a new training path in the field of Environmental Technology Verification (ETV).
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).
RacionaLUSO offers a compact system that meets the recently-introduced Portuguese quality legislation for water reuse. With the availability of just 2m2, the system can treat 15m3 of water per day with a recovery efficiency of 80 % of water and 45.6 % of energy (thermal).
The campaign “Be a Miljönär” [a pun which merges miljö (environment) with miljonär (millionaire)] has a long-term goal: reducing waste and making sustainable consumption a habit among people aged between 18 and 30.
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.
Contaminated sediment from the Port of Dunkirk has been re-used in road structures since 2002, when the Port started to cooperate with the Ecole des Mines de Douai and various industrial partners in order to design alternative materials for stabilised sub-base road layers.
Tarpaper Recycling is a recycling specialist minimising the environmental impacts of construction waste. It has developed a patented method to recycle bitumen from roofing-felt waste by converting it into a material that can be used as a binder in asphalt production.
The BlueCity business park is one of Rotterdam's unique landmarks: formerly a water park resort, the complex is now a circular incubator housing over 30 startups experimenting towards a sustainable future.
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.
CuanTec is a Scottish blue biotech company that replaces plastic with natural alternatives. Sourced from waters of the Atlantic, CuanTec takes waste from fisheries and obtains the natural biopolymer chitin. Their process uses biology rather than chemistry to create chitin and chitosan of high quality and purity, which are in demand for over 3,000 industrial uses around the world.
Sulapac has developed a fully biodegradable and microplastic-free material innovation to replace plastic. The wood-based material is both recyclable and mass-producible.
Valorisation of urban biowastes into key strategic resources (proteins and fertilisers) in a cascading process.