NAFIGATE’s Hydal Biotechnology uses waste cooking oil to produce a fully biodegradable and biocompatible PHA biopolymer named Hydal (Polyhydroxyalcanoates). This is the first biopolymer of its kind being produced on an industrial scale at an affordable price.
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Genesis Biopartner has built a plant for the co-generation of thermal energy (heat) and mechanical energy (electricity) from biogas in Romania.
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.
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
Composting is the most natural method to create fertilisers, but not many people use it as it's a slow and complex process. To encourage composting, Compastor Technology has bred a genuine composting worm. When this worm is combined with a compost inoculant, green and organic waste is turned into fertiliser quickly and efficiently while using fully natural ingredients.
On November 21, Romania's Institute for Research in Circular Economy and Environment "Ernest Lupan" is organising a workshop on bio-waste in a circular economy, which aims to engage all relevant and stakeholders at the national level to provide reccomendations on composting policy.
Copa and Cogeca, Europe's leading interest group for farmers, is organising a workshop in Brussels to present best practice in combating food loss and food waste from across EU farms and cooperatives, with participation of EU Commissioner for Health and Food Safety Mr Vytenis Andriukaitis.
The BioRegions Forum 2018 will take place in Barcelona on 13 November 2018.
The updated bioeconomy strategy for Europe was launched on Monday 22 October as part of an event held under the Austrian Presidency.
The European Coatings Technology Forum will take place in Berlin in October 2019.
Examining the role of selective waste collection in a CE by focusing on two different waste streams (plastics and bio-waste) while also granting consideration to the future of highly selective collection streams.
The first Slovenian Circular Economy Roadmap paves the way towards a circular economy in Slovenia.
The 6th edition of ACI's European Biopolymer Summit will bring the participants up to date on environmental projects, feedstock’s landscape, and the role of biopolymers in the circular economy.
'The circular economy and the bioeconomy — Partners in sustainability' is the third EEA report on the circular economy. It aims to support the framing, implementation and evaluation of European circular economy policy from an environmental perspective. It shows that the two policy agendas have similar objectives and areas of intervention, including food waste, biomass and bio-based products, and that they would benefit from stronger links, particularly in product and infrastructure design, and collaboration throughout the value chain.
The increasing demand for food, feed, biomaterials and bioenergy resources could worsen the over-exploitation of natural resources. By extending the lifetime of products and recycling materials, a circular, bio-economy approach can help retain material value and functionality for longer time as well as avoid unrecycled biowaste.
Promising innovations and strategies for circular biomass use include biorefinery, 3D printing with bioplastics, multi-purpose crops, better use of residues and food waste, and biowaste treatment. Consumers can also contribute by eating less animal-based protein, preventing food waste and separating biowaste from other waste streams.
Implementing the circular and bio-economy in tandem, by applying specific design principles within a systemic approach, would improve resource efficiency and reduce environmental pressures.
The emerging bioeconomy is moving from a research niche to market norm and Europe needs to maintain its current global leadership. The update of the EU Bioeconomy Strategy is a major European Commission wide policy initiative which will be presented and discussed during the Bioeconomy Conference on October 22, in Brussels.
The European Bioeconomy Congress Lodz 2018 will be held on September 24th, 2018, in Lodz, Poland to support the development of a bioeconomy in the Central and Eastern European Bioregions.
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
Specialized for concentrated Phosphorus nutrient recovery processes and products: ABC Animal Bone Char and Struvite.
3R innovation EVOLUTION for green technology REVOLUTION through Zero Emission pyrolysis processing & carbon refinery.
High level conference with three panels:
(1) Plastics in the circular economy;
(2) Circular bio-economy;
(3) Circular economy in cities.
Video highlights of the 3rd Circular Change Conference
The Holland Circular Economy week brings together a delegation of approximately 150 foreign knowledge institutions, business and government representatives with a special interest in CE.
Achieving the 2030 UN Sustainable Development Goals and Paris Agreement climate targets will hinge upon the global transition to a low-carbon circular economy. Replacing finite and fossil-based materials with responsibly managed renewable materials could decrease carbon emissions whilst reducing dependency on finite resources.
However, the role that renewable materials can play in the circular economy is often under-rated, and, so far, most of the conversation has focussed on biodegradability, instead of the role they could play in reuse, remanufacturing, and recycling streams. The aim of the Collaborative Project was to start a conversation on the role of renewables in the circular economy, and in order to do this, set out the opportunities and challenges that companies face when using/shifting to renewable materials today and propose a shared vision for the future.
12 firms, led by Aquafil, secure 7.1 million euros from the European Union H2020 program.
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: optimization of waste water treatment processes with innovative process technologies in order to meet the most stringent effluent discharge standards, monitoring of emerging contaminants and emissions in the atmosphere, drinking water quality monitoring and supply network optimization;
- Biosolids valorization pathway: reduction of extra sludge production, thermal valorization and recovery of energy and material;
- Material and energy recovery pathway: recovery of water, material and energy resources, biogas upgrade and anaerobic digestion optimization;
- Economic sustainability and social acceptability of new technologies through stakeholder engagement, advanced costs and tariffs analysis.
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.