La importancia de considerar el ciclo completo en proyectos verdes
Green projects that optimize only operational energy performance may reduce consumption by 50-70% yet ignore 30-60% of total life-cycle emis...
Green projects that optimize only operational energy performance may reduce consumption by 50-70% yet ignore 30-60% of total life-cycle emis...
The life cycle of a building encompasses 5 phases — material extraction (modules A1-A3), construction (A4-A5), operation (B1-B7), maintenanc...
Design decisions impact the life cycle of a building by determining 70-80% of its total emissions before the first brick is laid: orientatio...
The tools and methodologies for life cycle assessment (LCA) of buildings include OneClick LCA (80,000+ EPDs), Tally (BIM plugin), eLCA (free...
Selective demolition recovers between 70% and 95% of a building's materials for high-quality reuse or recycling, compared to 15-25% from con...
Policies and regulations to promote recycling in construction have evolved from voluntary targets to quantified obligations: Directive 2018/...
Landmark recycling and reuse projects in modern architecture demonstrate that circularity is viable at scale: the Triodos Bank HQ (55,000 m2...
The positive environmental impact of reusing construction materials is quantifiable: steel reuse avoids 1.8 tCO2/tonne, structural timber re...
Recycled materials and their new technologies and applications in construction are redefining the boundaries of the sector: concrete with 10...
Leveraging existing structures and materials faces technical, regulatory, and economic barriers that raise rehabilitation costs by 10% to 25...
Transformation projects through recycling and reuse have converted obsolete industrial infrastructure into landmark cultural and residential...
Innovations in construction material processing enable concrete recycling with 98% aggregate recovery, production of low-carbon cement with...