As part of its roadmap to carbon neutrality, AGC is focusing on switching to new key technologies, sustainable raw materials, alternative energies and increased glass recycling to avoid process-related as well as indirect emissions.

Electro-boosting, an innovative technology for highly efficient melting furnaces

An interdisciplinary AGC team is in the process of installing electro-boosting on various float glass production lines in an effort to partially electrify our production lines.

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Installing electro-boosting on various float glass production lines

After Moustier (Belgium) and Seingbouse (France), the installation of electro-boosting is now ongoing in our site in Osterweddingen (Germany). A major challenge for the team, as it requires drilling operations in the floor (bottom refractories) of a hot furnace in operation, and this in very hot conditions! Thanks to efficient teamwork involving the colleagues in Osterweddingen, Engineering, Purchasing, Sustainability, Technical Coordination, R&D and many supplier companies, the job is currently being done.  We celebrate the successful installation of electro-boosting by our people on running float lines as a major achievement. 

 

About electro-boosting

Electro-boosting is the direct use of electricity as a source of melting energy. It is one of the innovative breakthrough technologies, developed at AGC’s Technovation Centre, that are essential to reducing our direct emissions by 30% by 2030 and reach carbon neutrality by 2050. Direct emissions are the emissions caused when melting raw materials in the furnace with fossil fuels.

Read more on electro-boosting and our decarbonisation journey in the “AGC roadmap to carbon neutrality

 

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Electroboosting installation at AGC
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Contributing to a sustainable future

Contribuire a un futuro sostenibile

Per garantire un futuro sostenibile, AGC mira a essere all'avanguardia nello sviluppo di nuovi prodotti con migliori prestazioni ambientali durante il loro ciclo di vita e mira a ridurre l'impatto ambientale dei suoi processi produttivi. È impegnata nel suo obiettivo di raggiungere emissioni nette di carbonio pari a zero entro il 2050, adottando un approccio olistico con una roadmap per decarbonizzare i processi di produzione del vetro e eliminare tutte le emissioni di CO2 dalla catena di approvvigionamento a monte dei nostri processi e altre emissioni indirette.

Esplora (in inglese)

Contributing to a sustainable future