Cómo manejar agua y residuos en una edificación autónoma.
Managing water and waste in an off-grid building requires integrated systems for rainwater harvesting (40-120 litres/m2 of roof per year in...
Environmental impact of construction, biodiversity, ecosystem services, climate adaptation and nature-based solutions.
Managing water and waste in an off-grid building requires integrated systems for rainwater harvesting (40-120 litres/m2 of roof per year in...
Smart building management systems for resource optimization integrate IoT sensors, machine learning algorithms and BMS platforms that reduce...
Contamination by waste type varies drastically in persistence and toxicity: organic waste generates 1.6 gigatonnes of annual CO₂ equivalent...
The economic and environmental impact of inadequate waste management reaches 375 billion USD annually in global externality costs, contamina...
Waste reuse and recycling on the construction site enables diverting 70% to 95% of materials from landfill, reducing management costs by 30%...
Projects that turned waste into resources demonstrate the viability of the circular economy at the building scale: the EcoArk in Taipei (1.5...
Solutions for these types of contamination encompass bioremediation technologies that degrade 90% of hydrocarbons within 12 months, biochar...
Sustainable design for water conservation and reuse integrates rainwater harvesting systems, greywater recycling and low-consumption devices...
Vegetation and landscaping reduce urban stormwater runoff by 40% to 85%, decrease irrigation demand by 50-75% through xeriscaping with nativ...
Maintenance and care of extensive green roofs requires 2 to 4 annual visits at a cost of 3-8 EUR/m²·year, while intensive green roofs demand...
The rise of green rooftops responds to quantified benefits that transcend aesthetics: 20-40°C reduction in roof surface temperature, 15-45%...
The world's most impressive green roofs range from ACROS Fukuoka with 35,000 m² of terraced roofscape to the Bosco Verticale in Milan with 8...