ecosystem https://rapport2020.ecosystem.eco recycler c'est protéger Mon, 26 Jul 2021 15:51:21 +0000 en-GB hourly 1 https://wordpress.org/?v=5.7.9 https://rapport2020.ecosystem.eco/wp-content/uploads/2020/03/cropped-favicon-32x32.png ecosystem https://rapport2020.ecosystem.eco 32 32 An monitoring policy to guarantee recycling quality https://rapport2020.ecosystem.eco/en/a-control-policy-to-guarantee-recycling-quality/ https://rapport2020.ecosystem.eco/en/a-control-policy-to-guarantee-recycling-quality/#respond Tue, 04 Aug 2020 14:51:12 +0000 https://rapport2020.ecosystem.eco/?p=2690

An monitoring policy to guarantee recycling quality

Intro logistique & traitement

After 15 years of building a high added-value industry and following the integration of more and more diverse stakeholders in collection, regrouping and transport operations and treatment processes, a single monitoring policy for all ecosystem operators was created and implemented, regardless of their area of business or type. 5 principles, the basis of ecosystem’s monitoring policy, were established.

For example, the principle of the industry’s quality guarantee is a “founding principle for the industry in general and in particular for ecosystem. This is at the heart of the relationship 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 depollution in order for the industry to achieve a high level of quality and for secondary raw materials to be produced without causing impacts to health or the environment: this principal gives substance to our “recycling is protecting” signature (health, environment, resources).

Other principles such as progressiveness, streamlining of requirements or adjustments according to the level of environmental risks of fractions are included too.

The requirements specific to each business (collection, regrouping, transport, treatment) have been reviewed and the monitoring tools updated, standardised and adapted. Contracts are also being gradually adapted so as to integrate the requirements that are specific to each business in the industry in order to guarantee the quality of the operations undertaken.

]]>
https://rapport2020.ecosystem.eco/en/a-control-policy-to-guarantee-recycling-quality/feed/ 0
Waste recovered from the construction industry with DÉMOCLÈS https://rapport2020.ecosystem.eco/en/waste-recovered-from-the-construction-industry-with-democles/ https://rapport2020.ecosystem.eco/en/waste-recovered-from-the-construction-industry-with-democles/#respond Tue, 04 Aug 2020 12:13:04 +0000 https://rapport2020.ecosystem.eco/?p=2603

Waste recovered from the construction industry with DÉMOCLÈS

chantier 1

Each year, 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%. Between 200,000 and 300,000 tonnes of WEEE can be found in this construction waste.

Democles_120320_Benjamin_Viallatte_35

DÉMOCLÈS, the collaborative platform co-funded by the ADEME and ecosystem, was born out of this observation. Its purpose is to improve the waste prevention and management of non-structural construction waste from major refurbishment and demolition sites. DÉMOCLÈS unites a large number of partners representative of project owners, project supervisors, works companies, waste management operators and industrials driven by one goal, that of recovering/recycling non-structural construction waste in a circular economy approach rather than disposing of it.

2020 was a successful year for the platform. On 12 March the great DEMOCLES event, took place bringing together more than 300 people to debate about the sustainable management of construction waste. This was an opportunity to launch the “50 model project owners” call for proposals, the purpose being to provide support to project owners to change their practices in regards to the circular economy and the management of waste at major demotion/refurbishment sites.

dépose équipement électrique

2020 was also the year that the tool box was published to assist evaluators in increasing their skills in regards to the circular economy and the evaluation of products, materials and waste (PMW). Co-built with around forty other companies (project owners, project supervisors, evaluators and works companies) this contains:

• A best practice guide describing PMW;
• An inventory table giving the standardised reference for construction materials and equipment;
20 practical information sheets describing construction materials and equipment and giving recommendations;
10 video tutorials showing the evaluator in action in the field and giving practical advice.

]]>
https://rapport2020.ecosystem.eco/en/waste-recovered-from-the-construction-industry-with-democles/feed/ 0
Assisting in end-of-service life eco-design https://rapport2020.ecosystem.eco/en/assisting-in-end-of-service-life-eco-design/ https://rapport2020.ecosystem.eco/en/assisting-in-end-of-service-life-eco-design/#respond Mon, 03 Aug 2020 13:21:53 +0000 https://rapport2020.ecosystem.eco/?p=2475

Assisting in end-of-service life eco-design

We provide assistance to producers in the eco-design of their projects and help them to improve and better design the equipment that they manufacture in order to ensure a more environment-friendly end-of-service life. for eco-design.

Developing and improving the purpose-built eco-design platform

In 2018 a platform for producers had already been incorporated into ecosystem’s internet site. It enables appliances to be improved and better designed for a more environmentally-friendly end-of-service life. It is freely accessible here.

This platform contains regularly updated 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) as well as making it easier to access different documentary resources and information on regulations and standards that are of interest for eco-design.

New REEECYC’LAB software developments

In 2020 the REEECYC’LAB tool underwent a few improvements. Indeed, its graphic design charter was updated and an alternative calculation implemented. When information on loads and surface treatment processes are not entered (worst case scenario method), the main method to calculate recyclability remains unchanged (displayed at the top of the Results page). Other functionalities have also been updated (debugging, sending of mails after the enabling or disabling the delegating system, optimisation operations, etc.)

Assisting producers

The assistance provided to the household WEEE, professional WEEE and lamp sectors continues and is expanding with the questions raised by producers and in regards to the embracing of our tools.

Unfortunately, due to the Covid-19 health crisis we could not physically meet with our producers. However, two days of meetings and site visits on eco-design visits were able to take place (one on-site and one virtually). The topics covered were as follows:

• Recycling and eco-design of small household appliances

• Recycling of circuit boards and precious/critical metals and the possibility of reincorporating these metals into new products.

In partnership with Pôle eco-conception we also launched a cycle of webinars on eco-design and participated in a webinar organised by AURA entreprises on the eco-design of plastic and electronic products in order to clarify the challenges of their end-of-service life and the recyclability of plastics.

]]>
https://rapport2020.ecosystem.eco/en/assisting-in-end-of-service-life-eco-design/feed/ 0