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.
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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.
REDEL is an energy provider in Italy. Its activities comprises decommissioning outdated energy installations (de-risking), generating a vast amount of discarded power cables. The PVC Upcycling project aims to initiate a circular model for reclaiming resources by:
- de-manufacturing: recovering the PVC of electric cables coming from decommissioned energy plants;
- re-manufacturing: recycling of the same PVC in products with low environmental impact.
Along with PVC, copper and aluminium are also reclaimed and turned into metal granules for new production purposes.
CEMBUREAU is organising a pop-up event that will show participants how everyday materials can be recycled and recovered for energy through co-processing.
Ultra Thin White Topping is a road hardening innovation, applied to pilot projects in Frysland and Overijssel by Schagen Infra BV. To replace damaged asphalt sustainably, the company renovated the degenerated road surface using a thin layer of cement with polyseter fibers mixed in, thus reducing resource consumption and enabling full material recovery at end-of-life stage.
MaterialDistrict is a unique platform for innovative materials which empowers global innovation by match-making material needs with material solutions in the name of circularity. R&D and design professionals of all industrial sectors use this platform to discover new material solutions daily via MaterialDistrict's independent collection of materials, annually at MaterialDistrict Rotterdam and periodically throughout the year with travelling MaterialDistrict Expo, MaterialDistrict Talks and MaterialDistrict Pop-Up events.
Europe has an ambitious vision of a carbon-neutral future, a vision that integrates energy-intensive industries as well as the construction sector and its entire value chain.
Cement, which binds concrete together, is at the heart of solutions to turn this vision into reality. These solutions span over the entire cement and concrete value chain: from raw materials to production, use, re-use, and recycling.
CEMBUREAU, the European Cement Association, as part of its effort to move towards a carbon-neutral construction sector, has taken stock of progress done since the publication of its 2050 Low Carbon Roadmap in 2013 and mapped routes to a resource-efficient and carbon-neutral built environment.
LOOP-Ports aims to facilitate the transition to a more circular economy in the port sector, providing an innovation ecosystem around port activity fostering circular economy initiatives, and facilitating the exchange of experiences and good practices. This network will focus on high-emitting materials, mainly metals, plastics, cements and biomaterials and has begun the following activities:
- Compilation of a wide range of examples of circular economy activities already implemented in the port sector at EU level as well as some additional best practices around the world;
- Analysis of the main drivers (legal, policy, finance, market structures,...) to identify the opportunities for intervention and to formulate specific recommendations in order to boost the development of circular economy activities in port ecosystems;
- Preparation of tailored training materials and development of training pilots to improve skills, knowledge and innovation capacities both within and among different port clusters;
- Establishment of a database with all the information collected from the EU ports (following the variables considered relevant to map EU ports in terms of circular economy);
- Developing a web tool for circular economy showing project results, enabling the exchange of information among the members of the network, stakeholders and the general public;
- Creation of a pan-EU network of ports focused on circular economy activities, including workshops/roundtables with stakeholders to gather interests, points of view and expectations;
- Development of business models - real-use cases selected during the project - analysing their replicability in other ports with similar characteristics.
All port stakeholders are welcome to join the Circular Economy Network of Ports, which is funded by the EIT under its Climate-KIC Programme.
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.
The Upper Autrian Cleantech-Cluster networks all actors from the resource supplier, to the manufacturer, industrial researcher, to mechanical engineers, recyclers, and disposers in order to find joint solutions and develop new technologies. We cooperate with our 10 cluster initiatives in the Upper Austrian business support agency and 2000 partner companies, whose activities range from plastics, to automotive, furniture and wood construction, food, medical technology, mechatronics, IT, logistics, and HR, In order to support projects for SMEs in particular, the cluster also supports EU funding applications, thus offering its partners an internationally mature circular economy toolbox.
THEMES and EXPERTISE in the network:
- Material efficiency in production
- Circular design
- Business Models
- Initial and continuing education
- Cross-sector networking with researchers, companies, associations (regional, national, international)
- Project development
- Project Management
- Process support through conception, moderation of workshops, work meetings, events
- Funding advice
For the past 2 years, the CIRCULAR IMPACTS project has been collecting evindence on the impacts of moving towards a Circular Economy in Europe. On September 5th the project team will present its final report at an afternoon conference in Brussels with live feedback from the European Commission, whom these assessments aim to help in discussions with member states and civil society on progress in this field.
This report investigates how a more circular economy can contribute to cutting CO2 emissions. It explores a broad range of opportunities for the four largest materials in terms of emissions (steel, plastics, aluminium, and cement) and two large use segments for these materials (passenger cars and buildings). The key conclusion is that a more circular economy can make deep cuts to emissions from heavy industry: in an ambitious scenario, as much as 296 million tons CO2 per year in the EU by 2050, out of 530 Mt in total – and some 3.6 billion tonnes per year globally. Making better use of the materials that already exist in the economy thus can take EU industry halfway towards net-zero emissions. Moreover, doing so often is economically attractive. Initiatives for a more circular economy therefore deserve a central place in EU climate and industrial policy.
WASCON is the reference international conference on the use of alternative materials in construction.
The German Sustainable Building Council (DGNB) is the German and international knowledge platform for sustainable building, counting more than 1,200 members.
French cement producers plan to increase alternative fuels use from 44 % of the fuel mix to 50 %, by 2025. To support this initiative, they aim, in collaboration with construction and recycling trade organisations, to double the amount of wood waste used in the energy supply of cement plants. In this context, a Green Deal has been signed by the French Ministry for Environment, the French Ministry for Industry, and the project stakholders.
Tthis event will discuss the key barriers to the market transformation and the policy mix needed to remove these barriers and accelerate a large scale adoption of circular economy business models, technologies and practices.
The circular economy is attracting significant interest worldwide, as evidenced by the numerous government strategies, business commitments and partnerships devoted to its development. At the EU level, the Action Plan for the Circular Economy and several other policy documents have demonstrated a strong commitment to move towards a low-carbon and circular economy. While the calls for a new economic model grow louder, it is clear that the transformation of markets and industries on a large scale will not be an easy achievement. It will require well-designed and ambitious policies to foster the transition as well as new business models. Against this background, CEPS brought together executives from major multinational companies as well as representatives of business associations, non-governmental organisations and research institutes to form a Task Force charged with tackling the immense challenges associated with the circular economy. This report is the outcome of their deliberations. It analyses the key obstacles that need to be addressed, explores numerous policy areas at the EU and national level where support can act as a catalyst for market transformation, and puts forward actionable policy recommendations.
The EU cement industry supports the promotion of industrial symbiosis and the recognition of energy recovery as a waste management solution for non-recyclable waste. The use of waste materials in the cement industry with a simultaneous energy recovery and material recycling, referred to as co-processing, contributes towards achieving the objectives of the circular economy.
The FISSAC project involves stakeholders at all levels of the construction and demolition value chain to develop a methodology and software platform, to facilitate information exchange, that can support industrial symbiosis networks and replicate pilot schemes at local and regional levels.
The use of alternative resources has a long standing 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 that has been produced in Austria, almost 500 kg of alternative resources have been reused.