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The 2021 ACI European Food & Beverage Plastic Packaging Summit will focus on reusing and recycling plastic packaging and future directions and scientific development in this field. It will also review relevant European legislation.
Saccharides are a valuable and readily available source of renewable carbon. There are unique opportunities to produce renewable intermediate chemicals and polymers from regionally available agricultural products and imported feedstock in the period up to 2050.
Industry in the Chemport region (Northern Netherlands) has several options to further reduce CO2 emissions, including recycling or circular chemistry and shifting towards bio-based feedstock, acting as a catalyzer for other industries.
Important focus areas of the saccharide roadmap are:
- developing technologies/markets
- strengthening/expanding feedstock production
- developing incentives/regulations
- further developing an integrated approach, cooperating and improving the knowledge base.
ZERO BRINE proposes a circular economy approach to reduce the negative impacts of brine from process industries and create economic value from the reuse of its constituents, such as sodium chloride, magnesium, calcium, sulphates, sodium bicarbonate, heat and fresh water.
Unveiling a Recycling-Sourced Mineral-Biocellulose Fibre Composite for Use in Combustion-Generated NOx Mitigation Forming Plant Nutrient: Meeting Sustainability Development Goals in the Circular Economy
Unveiling a recycling-sourced composite to help meet Sustainable Development Goals in the circular economy
NOx (nitrogen oxides) are emitted during combustion in air at high temperatures and/or pressure; if they exceed recommended levels, this has a negative impact on the population. The authors found that when moist, limestone (CaCO3) readily sorbs NO2 to form calcium nitrate, which provides the basis for developing a surface flow filter. The substrate was made from “over-recycled” cellulose fibres such as newsprint, magazines and packaging fibres which are too weak for further recycling. The substrate was coated with fine-ground calcium carbonate and micro-nano-fibrillated cellulose, which was used as a binder and essential humectant to prevent a stagnant air layer forming. Pre-oxidation countered the action of denitrification bacteria colonising the cellulose substrate.
Want to discover the latest on industrial symbiosis and the future of sustainable industrial practices? Join this event on 27 October to learn about experiences and case studies regarding successful implementation of industrial symbiosis, find out about tools and gain access to guidelines to kick-start resource efficiency in your own industry.
A solvent-free adhesive that is suitable for recycling and also for bonding of recycled plastic films has been developed by Henkel to be used for multilayer packaging.
Saperatec is able to reclaim all individual raw materials from composite materials, thus making them available for recycling.
Innovative plastic materials, natural additives and novel irrigation technologies will improve the performance of Mediterranean greenhouses
The AZMUD Project proposes innovations which will help reduce the consumption of water, energy, nutrients and pesticides, and promote the use of waste water in greenhouse cultivations.
The European Association of Chemical Distributors (Fecc) acknowledges the Circular Economy Action Plan (CEAP) and supports the initiative for a more sustainable approach by ensuring that used resources are kept in the EU economy for as long as possible.
However, on behalf of the European chemical distribution sector, particularly the numerous SMEs it represents, Fecc would like to raise the following points:
- increasing recycled content in products while ensuring their performance and safety is paramount
- stakeholders from across the board – private companies, academia, and public bodies – can all benefit from circularity in the distribution sector
- promoting circular public procurement to empower consumers and public buyers is necessary and must be supported post-COVID-19.
The Alliance for Flame Retardant Free Furniture position paper - Unwanted toxic flame retardants preventing circularity and increasing fire toxicity
The Alliance for Flame Retardant Free Furniture states its position: Unwanted toxic flame retardants prevent circularity and increase fire toxicity
The Alliance for Flame Retardant Free Furniture welcomes the new Circular Economy Action Plan and calls on EU institutions to address the unnecessary use of chemicals preventing circularity and the achievement of climate goals, such as toxic flame retardants in furniture, which endanger people’s and firefighters’ health as they migrate out of products and can lead to increased fire toxicity.
The use of such retardants is a historical, hazardous and ineffective practice which is not proven to reduce the number of fires. It is at odds with circularity objectives and their presence in furniture runs counter to the ambition to introduce and increase circularity.
Ensuring fire safety is a must, but it needs to be done in ways that are not hazardous.
A Better Life with MgO: a flue gas desulphurisation process with a positive net environmental impact
LIFEPOSITIVEMgOFDG - a project co-financed under the EU's LIFE programme - is about designing and implementing a novel technique for air pollution abatement which respects circular economy principles.
C123 is an EU-funded project aiming at transforming the largely available and unexploited methane resources into C3 hydrocarbons, particularly propylene.
ekolive provides a new innovative eco-/biological method of zero-waste mining and processing of local primary and secondary raw materials, aimed at creating local resources of metals and minerals.
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.
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).
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.
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.
AgriChemWhey seeks to build first-of-a-kind bio-refinery with a view to transforming dairy waste into added-value bio-based products.
Wolkat is an family owned group of innovative, international textile recycling companies. It is offering a circular solution for textiles. Collected textile is transformed in-house to new products through sorting, recycling, spinning and weaving. All collected textile is transformed into a final product with hardly any water or any dye, leaving only 4-5 % waste from all textiles.
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.
plastship, successfully launched in May 2019, is a German digital startup that has created a trading and service platform for buyers and sellers of regrinds, re-granulates and recyclates.
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.
DyeCoo, based in Weesp, the Netherlands, has more than 15 years of experience in CO₂-based textile processing technology. By replacing water with CO₂ for the dyeing process, no wastewater is generated. Furthermore, DyCoo uses reclaimed CO₂ from existing idustrial processes, making it a closed loop operation.
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.
Green Group Holding: integrated waste management solutions for six main waste streams associated with households and SMEs (WEEE, plastics, PET, glass, lighting bulbs, cardboard) are now available in Romania as a pioneer development for South Eastern Europe via a private investment starting back in 2012.