Activating Circular Services in the Electrical and Electronic Sector

News detail

Meet us at Going Green – CARE INNOVATION 2018 in the historic Schoenbrunn Castle in Vienna from November 26-29, 2018
Date pub: 17/10/2018

The EU project “C-SERVEES – Activating Circular Services in the Electric and Electronic Sector” will organise a workshop to find answers to questions like “Can the e-sector adapt to circular economy thinking?”, “Why don’t we see more examples of circular economy thinking in the e-sector?” and “Does circular economy work for all product categories in the e-sector?” during Going Green – CARE INNOVATION 2018. Your active participation in this discussion will be highly appreciated.

Going Green – CARE INNOVATION 2018 conference and exhibition on Electronics and the Environment will take place from on 26-29 November 2018 in Schoenbrunn Palace Conference Centre Vienna (Austria), which is situated in the Apothecaries’ Wing of the famous building. This Symposium is the only platform for presenting the up-to-date progress on sustainable development and the development of eco-efficient products. The program will feature the latest in circular economy, environmental design, clean manufacturing, resource efficiency, climate change, new eco-efficient technologies, collection, reverse logistics, refurbishment, carbon trading, re-use, recycling and policy making from leading experts in industry, academia, consulting, recyclers and public area around the globe. Leading companies and institutions in green electr(on)ics will present their innovative products, processes and services at the exhibition. All companies in the electr(on)ics, telecom, automotive, solar and PV, chemical, raw material processing and recycling industry, power suppliers, electricity generators and distributors, contract manufacturers, material and component suppliers, service and logistic companies, collective systems, academia, consulting and public authorities are invited to attend and contribute.

We look forward to meet you there!

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This project has received funding from the European Union's Horizon 2020 research and innovation programme under grant agreement Nº 776714