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New white paper: How precast solutions can lower carbon footprints and enhance sustainability in construction

Reducing emission in concrete production: Showcasing how precast solutions can lower carbon footprints and enhance sustainability in construction

As the cornerstone of the built environment, concrete is currently irreplaceable. Twice as much concrete is used in construction as all other building materials combined. Concrete production significantly contributes to global CO2 emissions (an estimated 8 percent of global CO2 emissions).Thus, reducing the emissions generated by concrete production is imperative. 

Sustainable methods of concrete production must replace traditional energy-intensive processes, and precast offers an efficient way of reaching this goal. This white paper sheds light on the factors behind the sustainability of the precast method.

Precast concrete, created in controlled factory settings, offers significant environmental benefits for concrete production, including reduced CO2 emissions. Adopting modern production technology can further improve sustainability within precast concrete production.

This white paper argues that concrete production must reduce its CO2 emissions through precast. It sheds light on why other materials cannot replace concrete, introduces the factors making precast concrete a sustainable choice and showcases how choosing modern precast concrete production technology can reduce carbon dioxide emissions by a staggering 35% in hollow core production compared to conventional solutions.

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