Concular disrupts the construction industry by developing a circular process for material flow. The system is based on an AI-driven platform that matches buyers’ demand for construction material with suppliers’ circular materials.
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.
Your opinion matters! Tell us which priority actions would help improve circularity in the B&C value chain. Respond to the survey open till 1 November 2020, whose results will be analysed in the Workshop on Promoting circularity in the construction value chain, on 4 November, within the ECESP Annual Conference 2020.
VICAT produces materials for the construction sector (cement, concrete, aggregates) and believes that the act of building should no longer be disconnected from deconstruction. VICAT has therefore rethought its production systems to include circular economy loops focused on the recovery of local construction & demolition waste.
The Sustainable products initiative, which will revise the Ecodesign Directive and propose additional legislative measures as appropriate, aims to make products placed on the EU market more sustainable. You are welcome to give your feedback on it until 2 November 2020.
Greater circularity and more efficient use of materials present new opportunities for further reducing greenhouse gas emissions.
A new methodology can help to identify which circular economy actions in each sector can make the most promising contributions to meeting targets to reduce emissions and to achieving climate neutrality in Europe.
In the buildings sector, selected circular economy actions can lead to reductions of up to 61 % in the materials-related greenhouse gases emitted across buildings’ life cycles.
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.
In 2019 the European Commission set out a policy guideline to address global environmental challenges and circularity. EURATEXand its members welcome the ambition of the EU Institutions to change the old way and commit to engage with all relevant parties to deliver and implement a new Textile Strategy to boost the circular economy and be fit for the present and future generations.
This strategy by EURATEX is a starting point, with insights into solutions based on a 14-month consultation with members, involving over 100 companies and key stakeholders, focused on applied circular practices and future opportunities. It prioritises removing barriers to a large-scale uptake of circular economy in textiles, sets out 12 key points and puts forward 38 proposals.
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.
