Published: 28 May 2025
TECH-FAB Europe, the association for European technical
textiles producers, has published a life cycle assessment (LCA) study on glass
fibre fabrics. This publication, an industry first, clearly highlights the
environmental benefits of building a strong European supply chain for these
products. A robust European glass fibre supply chain is essential to enable
European manufacturers to create sustainable composite solutions for numerous
markets.
The new report, Life cycle assessment of glass fibre
fabrics, was produced as part of a TECHFAB Europe project to develop
association-level LCAs of key technical textiles products. The cradle-to-gate
analysis was performed by PwC. TECH-FAB Europe’s members represent
approximately 95% of the European production of glass fibre fabrics.
3 Key Findings:
1. From raw
material extraction to the factory gate, producing 1 kg of glass fibre fabric
in Europe generates, on average, greenhouse gas emissions of 2.21 kg of CO2eq
and a primary energy demand of 39 MJ.
2. The majority
of the impact is driven by the production of glass fibre, which accounts for
89% of the carbon footprint of the final product.
3. European manufacturers of composite solutions can significantly reduce their environmental impacts by using glass fibre fabrics produced in Europe.
Published: 28 May 2025
TECH-FAB Europe, the association for European technical
textiles producers, has published a life cycle assessment (LCA) study on glass
fibre fabrics. This publication, an industry first, clearly highlights the
environmental benefits of building a strong European supply chain for these
products. A robust European glass fibre supply chain is essential to enable
European manufacturers to create sustainable composite solutions for numerous
markets.
The new report, Life cycle assessment of glass fibre
fabrics, was produced as part of a TECHFAB Europe project to develop
association-level LCAs of key technical textiles products. The cradle-to-gate
analysis was performed by PwC. TECH-FAB Europe’s members represent
approximately 95% of the European production of glass fibre fabrics.
3 Key Findings:
1. From raw
material extraction to the factory gate, producing 1 kg of glass fibre fabric
in Europe generates, on average, greenhouse gas emissions of 2.21 kg of CO2eq
and a primary energy demand of 39 MJ.
2. The majority
of the impact is driven by the production of glass fibre, which accounts for
89% of the carbon footprint of the final product.
3. European manufacturers of composite solutions can significantly reduce their environmental impacts by using glass fibre fabrics produced in Europe.
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