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Transitioning energy intensive industries towards 2040 urgently requires the currently missing enabling conditions for a European business case.
British Glass releases policy position document outlining contributions and challenges of UK glass sector.
In the ever-evolving landscape of sustainable living and energy efficiency, the Glass for Europe manifesto for 2024-2029 emerges as a guiding light towards a greener future.
In 2023 Sparklike did a customer survey to understand its customers better. This included insight how Sparklike devices are perceived and what are the drivers to purchase.
NorthGlass moved towards a sustainable future
Following the fourth interinstitutional meeting which took place on 7 December, EU co-legislators reached a political agreement on the revision of the Energy Performance of Buildings Directive.
Yesterday, Glass for Europe’s Chairwoman Joana Arreguy from Saint-Gobain participated in the EU Clean Transition Dialogue on industry with EC President and Executive Vice-President.
On November 21, the European Parliament has adopted its position on the Net-Zero Industry Act with 376 votes to 139 and 116 abstentions.
Understanding the benefits of triple pane windows - a deep dive into insulating glass units and energy efficiency.
Now is the time to focus on energy efficiency, quality and automation with every piece of glass processed.
Action is being taken by the UK government to empower its strategic energy intensive industries, including the glass manufacturing industry.
High-performance glazing could save up to 37% of the total energy consumption from the EU building stock by 2050!
The new Fenzi AGT technology revolutionizes automotive glass enamels, reducing costs and energy consumption.
This year at Vitrum you can see the future of the glass industry
Glass and glazing industry technical leaders gathered at the NGA Glass Conference: Tacoma, July 25-27.
High thermal efficiency and low energy consumption
Pujol 100 PVB+ has not only helped to reduce investment costs but will also allow significant savings in costs derived from a higher energy efficiency.
Worldwide, glass manufacturing produces at least 86 million tons of carbon dioxide every year. A new type of glass promises to cut this carbon footprint in half.
For more than 35 years, NREL scientists have pioneered the evaluation, development, and demonstration of advanced fenestration research.
Energy efficiency is one of the key ways to make the electricity you use in production go further.
eyrise® smart glass facades help this pioneering building renovation achieve WELL certification.
Higher production capacity with lower energy consumption
Saint-Gobain is the first manufacturer in the world to carry out a test production of flat glass using more than 30% hydrogen during Research & Development (R&D) trials at the Herzogenrath site in Germany.
New study conducted by independent consulting firm quantifies return on investment for advanced low-e glazings