LIFE Green Sewer is a LIFE Program funded project that aims to implement a new secondary wastewater treatment of industrial water.
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Waste management & Secondary Raw Materials
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.
The overall objective of the project is the "smart" exploitation of Petroleum Refinery Sludges (PRS) produced by the Refinery of Motor Oil Hellas in Corinth (Greece).
The report provides an overview of different organisations and an analysis of the local performances of 135 waste collection systems across Europe. It highlights the diversity of collection systems, with many different sorting systems and combination of collection modes (door-to-door, bring bank, combined, etc.).
This report is a publication of the ACR+ Waste Observatory whose objective is to allow consistent comparisons among local and regional authorities, in order to provide benchmarks on municipal waste management and identify effective waste strategies for quality recycling. The analysed data has been collected in the framework of the H2020 COLLECTORS project, aimed at identifying good practices to improve the quantity of sorted municipal waste leading to high quality recycling.
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).
"Chambers for a Circular Economy - Actions to Support SMEs' Transition to a Circular Economy" aims to offer a clear overview of the wide range of initiatives led or co-managed by Chambers in the field of the Circular Economy, with the intention not only to inform and share innovative actions, but also to spur and motivate synergies, triggering collaborations and the creation of new business models. The aim of each and every of these projects is to enable businesses to evolve from a linear to a circular mode of production and consumption.
This publication presents a total of 32 projects initiated or co-led by Chambers in 13 countries, and categorized under 5 main topics:
- circular skills,
- reuse & recycle and
- waste prevention.
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.
Le concours Design Zéro Déchet invite depuis 2012 les étudiants et jeunes diplômés en design, sciences de l’environnement, ingénierie et arts appliqués à réfléchir sur le sujet de l’écoconception et de la prévention des déchets à travers l’élaboration de biens ou services innovants et durables.
What does the circular economy (CE) mean from a territorial perspective?
This report by the ESPON CIRCTER project provides:
- a territorial definition of a CE based on resource consumption and waste generation intensities and trends across European NUTS2 regions
- a comparison with other socio-economic trends like employment dynamics and economic growth
- evaluation of the territorial factors most critical for CE transformations
- a description of the systemic mechanisms facilitating CE transitions at territorial levels
- an illustration of policy approaches and best practices supporting the transition towards a CE in various territorial contexts, and
- guidance supporting local and regional authorities in defining CE strategies.
Made in Moerwijk is a social circular initiative in The Hague that seeks to give new life to waste products.
To prevent plastic from entering the environment and reaching the Oslo Fjord and to remove existing plastic pollution, an action plan with short-term and long-term measures was co-created by many stakeholders in Oslo.
Thanks to its textile recycling techniques, Prato is considered one of the most advanced and innovative industrial cities in Italy.
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.
In February 2016, the government of Lithuania implemented a “deposit return system”, to give consumers an incentive to return used beverage containers for recycling. To combat litter and increase collection and recycling rates, consumers would pay a deposit amount of €0.10 when purchasing eligible drink containers, to be refunded when the empty container is returned for recycling.
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.
ZERO BRINE is running a pilot project to recover valuable resources from wastewater in the Polish mining industry so that they can be reused in other sectors.
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 Roman public transport provider, Atac, has launched +Ricicli +Viaggi (the more you recycle, the more you travel), a pilot scheme in which riders can pay for travel with PET plastic bottles.
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.
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.
Estonian company Gelatex Technologies has designed a new textile made of gelatine - a substance derived from livestock industry waste. Compared to other materials, this innovative textile is the closest thing to leather. The product is easily scalable, quick to produce and environmentally-friendly.
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.
M-LS by O.C.O Technology: a carbon-negative limestone aggregate created with residues from waste to energy residue
The company O.C.O Technology Limited recycles a hazardous by-product of waste incineration in order to produce a carbon-negative material for the construction industry.
With FarmacoAmico, CiboAmico and Cambia il Finale, the HERA has moved beyond its core business to actively prevent medicines, food and bulky goods from becoming waste.
Valorisation of urban biowastes into key strategic resources (proteins and fertilisers) in a cascading 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.
GIDA purification plant: PPP providing high-quality water for the textile industry while limiting water consumption
GIDA is a wastewater treatment plant that helps meet the needs of the local textile industry by supplying water of sufficiently high quality, while keeping water consumption to a minimum.
VertECO consists of a vertical ecosystem (vertical constructed wetland) treating greywater from handwash basins, showers, and laundries.
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.