The 'Furnace of the Future' Aims to Cut Co2 Emissions by 50%
Jana Pijak — September 9, 2020 — Art & Design
References: packagingeurope
The 'Furnace of the Future' is a forward-thinking concept that aims to revolutionize glass production across Europe. Described as "the world's first large-scale hybrid oxy-fuel furnace to run on 80% renewable electricity," the piece of equipment will be built by Ardagh Group, the second-largest glass packaging manufacturer in the world.
The organization has partnered with 20 glass producers for the launch that is set to happen in 2022 with an assessment of results planned the following year. While glass is known as a sustainable packaging alternative to plastics, its production still leads to Co2 emissions and this green electricity manufacturing concept aims to reduce emissions by up to 60%.
“With this new technology we are embarking on the journey to climate-neutral glass packaging, and ensuring the long-term sustainability of manufacturing. We aim to demonstrate the viability of electric melting on a commercial scale, which would revolutionise the consumer glass packaging market," said Martin Petersson, CEO of Ardagh Group, Glass Europe.
Image Credit: Packaging Europe
The organization has partnered with 20 glass producers for the launch that is set to happen in 2022 with an assessment of results planned the following year. While glass is known as a sustainable packaging alternative to plastics, its production still leads to Co2 emissions and this green electricity manufacturing concept aims to reduce emissions by up to 60%.
“With this new technology we are embarking on the journey to climate-neutral glass packaging, and ensuring the long-term sustainability of manufacturing. We aim to demonstrate the viability of electric melting on a commercial scale, which would revolutionise the consumer glass packaging market," said Martin Petersson, CEO of Ardagh Group, Glass Europe.
Image Credit: Packaging Europe
Trend Themes
1. Hybrid Oxy-fuel Furnace - Implementing a hybrid oxy-fuel furnace for glass production can significantly reduce Co2 emissions and revolutionize the consumer glass packaging market.
2. Renewable Electricity - Adopting 80% renewable electricity in glass production can help cut emissions and contribute to the long-term sustainability of manufacturing.
3. Climate-neutral Packaging - Developing climate-neutral glass packaging through innovative technologies can transform glass production and enhance its sustainability.
Industry Implications
1. Glass Manufacturing - Glass manufacturers can leverage hybrid oxy-fuel furnaces and renewable electricity to reduce emissions and meet growing demand for sustainable packaging alternatives.
2. Renewable Energy - The renewable energy industry can collaborate with glass producers to supply clean and sustainable electricity, encouraging the adoption of greener manufacturing processes.
3. Consumer Packaging - Consumer packaging companies can explore climate-neutral glass packaging as an innovative and sustainable solution, attracting environmentally conscious customers.
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