ecosystem https://rapport2019.ecosystem.eco recycler c'est protéger Mon, 26 Oct 2020 12:37:20 +0000 en-GB hourly 1 https://wordpress.org/?v=5.6 https://rapport2019.ecosystem.eco/wp-content/uploads/2020/03/cropped-favicon-32x32.png ecosystem https://rapport2019.ecosystem.eco 32 32 Water heaters: promising trials in progress https://rapport2019.ecosystem.eco/en/water-heaters-promising-trials-in-progress/ https://rapport2019.ecosystem.eco/en/water-heaters-promising-trials-in-progress/#respond Wed, 05 Aug 2020 07:41:12 +0000 https://rapport2019.ecosystem.eco/?p=2715 Water heaters: promising trials in progress From the beginning of the treatment process, water heaters have been treated in an open shredder. However their collection has only become significant in 2015, when new collection channels started. In 2016 we learnt from analyses that a third of the water heaters collected still contained fluorinated gases. Currently…

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Water heaters: promising trials in progress

From the beginning of the treatment process, water heaters have been treated in an open shredder. However their collection has only become significant in 2015, when new collection channels started. In 2016 we learnt from analyses that a third of the water heaters collected still contained fluorinated gases. Currently no technical solutions to treat water heaters are available in Europe due to their size, shape and composition.

 

In order to have a responsible recycling solution in France, ecosystem has launched a trial for a new fluorinated water heater treatment process in a specialised plant following sorting.  Only these are sent to an enclosed treatment process with gas recovery. Non-fluorinated water heaters are treated using open shredders. This industrial project started in October 2019 at a site in the South-west region of France for a period of two years.

 

The purpose of this project is to assume a position of change management and to develop a solution to take into account all key aspects. The trial started by only treating the tonnages collected by the site retained for this trial. Depending on progress, other outside sites could also provide sites with water heaters for the trial.

 

We are nevertheless awaiting validation of the technical solution proposed (yield, quality of fractions and depollution) and sorting feasibility. An environmental assessment will also be undertaken in order to evaluate the benefits of this alternative sorting technique.

 

Applying the precautionary principle, ecosystem may possible work with a specialised firm in risk management in order to evaluate exposure by sorting employees and recommend that suitable PPE (personal protection equipment) be worn.

 

Please note that the development of such a process will have an incidence on the changes in water heater eco-fees. This is why discussions are continuing with those producing this equipment.

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A control policy to guarantee recycling quality https://rapport2019.ecosystem.eco/en/a-control-policy-to-guarantee-recycling-quality/ https://rapport2019.ecosystem.eco/en/a-control-policy-to-guarantee-recycling-quality/#respond Tue, 04 Aug 2020 14:51:12 +0000 https://rapport2019.ecosystem.eco/?p=2690 A control policy to guarantee recycling quality   Following the merger of Eco-systèmes and Recylum in 2018, the procedures for each take-back scheme operator were reworked in order to standardise practices. A project was launched to define and implement a sole operator control policy for ecosystem regardless of the area of activity and the type…

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A control policy to guarantee recycling quality

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Following the merger of Eco-systèmes and Recylum in 2018, the procedures for each take-back scheme operator were reworked in order to standardise practices. A project was launched to define and implement a sole operator control policy for ecosystem regardless of the area of activity and the type of operator. 5 principles, the basis of ecosystem’s control policy, were established.

 

For example, the principle of the industry’s quality garantee is a “founding principle for the industry in general and in particular for ecosystem. This is core in the relation of trust between ecosystem and the general public who participate in the industry’s development regardless of whether they are household or professional products. This is achieved by the comprehensive depollution.  This implies improving the quality of the WEEE managed in order to achieve a high level of quality in the industry and for the new secondary raw materials produced: this principle makes our tag line “recycling is protecting” tangible (health, environment and resources). For ecosystem this not only means being compliant in terms of regulations but to go beyond this, wherever possible, by developing with stakeholders the technologies best suited to the changes in the WEEE collected and in its composition. ”

 

The requirements specific to each business (collection, regrouping, transport, treatment) have been reviewed and the control tools updated, standardised and adapted. Contracts were also affected so as to integrate the requirements that are specific to each business in the sector in order to guarantee the quality of the operations carried out. Both the controls carried out and any penalties applied in the case of non-compliance are also detailed.

 

The industry’s quality guarantee is also achieved by adapting the fractions generated by WEEE treatment processes that are not all equal in terms of environmental risks. Monitoring is therefore adapted to the level of their environmental impact and aims a maximal traceability of the most hazardous fractions.

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A spare parts sector with Envie https://rapport2019.ecosystem.eco/en/a-spare-parts-sector-with-envie/ https://rapport2019.ecosystem.eco/en/a-spare-parts-sector-with-envie/#respond Tue, 04 Aug 2020 14:21:23 +0000 https://rapport2019.ecosystem.eco/?p=2666 Redeployment and reuse A spare parts sector with Envie A pilot project on the collection and management of spare parts coming from redeployment (RSP) was implemented at 3 ENVIE ERG sites (Strasbourg, Lille and Nantes) under the coordination of the Federation Envie. The results of this pilot are encouraging and highlight the need to use…

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Redeployment and reuse

A spare parts sector with Envie

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A pilot project on the collection and management of spare parts coming from redeployment (RSP) was implemented at 3 ENVIE ERG sites (Strasbourg, Lille and Nantes) under the coordination of the Federation Envie. The results of this pilot are encouraging and highlight the need to use an existing network and to federate operations at a national level. The implementation of a RSP business for electrical and electronic equipment will enable tested spare parts that are reliable and safe to use to be offered to consumers and professionals whilst minimising waste production.

Spare parts, sold at half the price of new parts, enable quotes that are currently rejected to be lowered, either because repairing the item is too expensive or because new appliances have a value that is too low. The revenue of such a sector is estimated at €500K to €1 M.

This project satisfies three main challenges:

  • The optimisation of reuse preparation processes (disassembly of spare parts, working order tests, referencing of working parts, etc.);
  • The development of a repair business (determination of sales price, storage, client order management, shipment, invoicing, etc.);
  • The implementation of a structured sector selling spare parts for redeployment (communication of indicators such as revenue, the number of orders shipped, average cost, number of returns per months, etc.)

This project links to CENELEC’s European standardisation works on preparing WEEE for reuse (standardisation project EN50614).

It focuses on three central areas:

  • A guarantee on second hand parts (safety and reliability)
  • Operator responsibility
  • Consumer information

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A construction waste traceability model in France: a study headed by DÉMOCLÈS in 2019 https://rapport2019.ecosystem.eco/en/a-construction-waste-traceability-model-in-france-a-study-headed-by-democles-in-2019/ https://rapport2019.ecosystem.eco/en/a-construction-waste-traceability-model-in-france-a-study-headed-by-democles-in-2019/#respond Tue, 04 Aug 2020 12:22:09 +0000 https://rapport2019.ecosystem.eco/?p=2608 A construction waste traceability model in France: a study headed by DÉMOCLÈS in 2019   Although the French law Against Waste and on the Circular Economy was promulgated and specifies expectations in terms of waste from a building work site, it is worthwhile looking back at how DEMOCLES participated in this work that put traceability…

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A construction waste traceability model in France: a study headed by DÉMOCLÈS in 2019

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Although the French law Against Waste and on the Circular Economy was promulgated and specifies expectations in terms of waste from a building work site, it is worthwhile looking back at how DEMOCLES participated in this work that put traceability at the heart of the debate.

The final version of the study report is available here: “ Étude préalable d’un dispositif de traçabilité des déchets de chantiers du bâtiment ”.

 

This study results from the participation of Démoclès, as from 2018, in works on the Circular Economy Road Map in the “recovery of construction waste” working group, chaired by Jacques Vernier.

 

During these works a note with proposals entitled: “Traceability, a necessary step towards better management of work site waste” was submitted by the DEMOCLES collaborative platform and resulted in the launch of this study (co-funded by the ADEME, ecosystem and USH).

 

This study enabled a European benchmark to be established in order to identify best practices in terms of traceability, be this for construction waste or not, as well as in other sectors other than waste.

 

This benchmark demonstrated that there were two types of tracking systems possible: systems that are similar to a certification system and systems that physically track streams accompanied by documents and a “third party guarantor” for this tracking.

 

This identified the building industry’s needs in traceability and enabled specifications to be defined on what this tracking should be like from the point of view of those requiring it and those who need to implement it.

This study revealed that only a model with physical traceability of streams, tracking notes and a third-party guarantor would be able meet stakeholder requirements.

 

To conclude, the study enabled a traceability process to be defined by describing the information to be tracked, the role of each stakeholder in this process and the role the “third-party guarantor” multi-stakeholder entity managing this traceability.

 

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Waste recovered from the construction industry with DÉMOCLÈS https://rapport2019.ecosystem.eco/en/waste-recovered-from-the-construction-industry-with-democles/ https://rapport2019.ecosystem.eco/en/waste-recovered-from-the-construction-industry-with-democles/#respond Tue, 04 Aug 2020 12:13:04 +0000 https://rapport2019.ecosystem.eco/?p=2603 Waste recovered from the construction industry with DÉMOCLÈS   In France the construction industry produces 46 million tonnes of waste, the majority of which comes for demolition and refurbishment operations (42 million tonnes). Amongst this waste, it is estimated that 11 million tonnes of non-structural construction waste (non-hazardous non-inert waste) are produced, the current recovery…

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Waste recovered from the construction industry with DÉMOCLÈS

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In France the construction industry produces 46 million tonnes of waste, the majority of which comes for demolition and refurbishment operations (42 million tonnes). Amongst this waste, it is estimated that 11 million tonnes of non-structural construction waste (non-hazardous non-inert waste) are produced, the current recovery rate of which is estimated at only 30%. Inert waste represents 31 million tonnes and is, overall, better recovered/recycled (in particular thanks to the production of recycled aggregates).

 

This is where the DÉMOCLÈS project originated from, that can be described today as a stakeholder collaborative platform. To move towards a circular economy for non-structural construction waste it was necessary for the different stakeholders concerned to hold discussions because:

  • operating in silo mode is not conducive to the development of a circular economy,
  • In order to change practices the involvement of all stakeholders concerned in the demolition and refurbishment of buildings is required.

 

Today, DEMOCLES brings together: the project owner, the project supervisor, works companies, waste management operators and industrials driven by one goal, that of recovering/recycling non-construction waste rather than disposing of it.

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Assisting the integration of recycled plastics https://rapport2019.ecosystem.eco/en/assisting-the-integration-of-recycled-plastics/ https://rapport2019.ecosystem.eco/en/assisting-the-integration-of-recycled-plastics/#respond Mon, 03 Aug 2020 13:34:36 +0000 https://rapport2019.ecosystem.eco/?p=2484 Assisting the integration of recycled plastics Providing tools ecosystem updated and sent a practical guide on integrating recycled plastics to producers (also available English). This specifies the key stages of the integration process and provides answers to the main questions that producers have. The guide and the accompanying tools were presented during the Plastics morning…

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Assisting the integration of recycled plastics

Providing tools

ecosystem updated and sent a practical guide on integrating recycled plastics to producers (also available English). This specifies the key stages of the integration process and provides answers to the main questions that producers have. The guide and the accompanying tools were presented during the Plastics morning meeting co-organised with the FIEEC on 28 May 2019.

Providing assistance to producers in recycled plastic integration projects

ecosystem is providing assistance to Hager on recycled materials integration

Within the context of a pilot project, the Hager Group is using ecosystem’s know-how to work on substituting the virgin material of two plastic parts in electrical cabinets with recycled materials from WEEE. This circular economy initiative gave ecosystem the opportunity to provide its expertise on structuring recycled plastic integration projects and its knowledge on companies offering quality recycled plastics from WEEE. This work has enabled the Hager Group to identify a supplier able to offer recycled plastic meeting technical requirements and the volumes needed. Indeed, 85% of polymer flush-mounted electric cabinets by Hager now comprise 33% of recycled polystyrene. Discussions are continuing with ecosystem around recycled plastics challenges.

ecosystem is providing assistance to Edafim

ecosystem also advised and assisted Edafim, a drinking fountain manufacturer, on the integration of recycled plastics. The company is continuing its initiative because it wanted to generalise eco-design in all of its products’ life cycles. This approach seems to have convinced the Ademe, because Edafim has won a call for proposals focusing on product eco-design and aimed at companies in the Auvergne-Rhône-Alpes (AURA PEP’s) region.

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The approach of a committed manufacturer like Hager is fully in line with the transition to a circular economy, by giving a second life to plastics in new equipment. Our role is to provide it with our technical and regulatory expertise, and to foster its relationship with stakeholders in the recycled plastics sector.

Pierre-Marie Assimon,
Head of Studies and Eco-design, ecosystem

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Assisting in end-of-service life eco-design https://rapport2019.ecosystem.eco/en/assisting-in-end-of-service-life-eco-design/ https://rapport2019.ecosystem.eco/en/assisting-in-end-of-service-life-eco-design/#respond Mon, 03 Aug 2020 13:21:53 +0000 https://rapport2019.ecosystem.eco/?p=2475 Assisting in end-of-service life eco-design A purpose-built eco-design platform A platform for producers has been integrated into ecosystem’s internet site. It enables appliances to be improved and better designed for a more environmentally-friendly end-of-service life. It can be freely accessed here. This platform contains written content and videos for a better understanding of how recycling…

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Assisting in end-of-service life eco-design

A purpose-built eco-design platform

A platform for producers has been integrated into ecosystem’s internet site. It enables appliances to be improved and better designed for a more environmentally-friendly end-of-service life. It can be freely accessed here.

This platform contains written content and videos for a better understanding of how recycling works. Tools and media are made available to producers to assist them in their eco-design activities (best practice information sheets, LCI data, REEECYC’LAB) and to make it easier access to different documentary resources and information on regulations and standards that are of interest for eco-design.

Development of best practice eco-design sheets

Aimed at professionals in the household and professional WEEE sectors, these information sheets, available for free of charge in French and English, summarise best practices for eco-designing a product, making it more recyclable. These are based on the feedback of ecosystem treatment operators and are aimed at producers (designers, buyers, product managers, etc.). These sheets are organised per type of product, recommendations and major themes. They also contain information on the recycling context in order to better understand the stakes linked to eco-design.

Updating of the REEECYC’LAB software

Aimed at household WEEE producers, new developments were also carried out on REEECYC’LAB by updating the tool’s background data, adding new functionalities such as user evaluation updating management following the updating of background information, giving the possibility of delegating a producer account to a third-party (agency, engineering firm), GRDP compliance, etc.

Providing assistance to producers

Providing assistance to producers in household WEEE, Pro WEEE and lamps is continuing through the following initiatives:

  • the organisation of eco-visits, with producers, of various treatment sites at different stages in the recycling chain (lamp treatment site, SHA, plastics treatment sites, etc.) and/or the organisation of eco-design workshops at producer premises (SME, large groups, etc.);
  • providing continuous assistance to producers on their questions about eco-design and learning how to use our tools:
  • participation in seminars and assistance in the structuring of eco-design initiatives.

These visits especially concern buyers and CSR managers.

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