Hacia una construcción cero residuos
The construction sector generates 374 million tonnes of waste per year in the EU, accounting for 37.5% of the total. Zero-waste construction...
The construction sector generates 374 million tonnes of waste per year in the EU, accounting for 37.5% of the total. Zero-waste construction...
Autonomous buildings are constructions designed to operate without connection to external energy, water, or sanitation networks. What are au...
The vision of fully autonomous buildings combines artificial intelligence, IoT, seasonal storage, and self-regenerative materials to achieve...
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...
Autonomous buildings combine photovoltaics, small-scale wind, and electrochemical storage to cover 100% of their energy demand. In 2023, the...
The principles of natural ventilation in buildings are grounded in fluid mechanics: pressure differences caused by wind, thermal buoyancy du...
Managing water and waste in an off-grid building requires integrated systems for rainwater harvesting (40-120 litres/m2 of roof per year in...
Autonomous building integrates distributed energy generation technologies, closed-loop water management, and predictive artificial intellige...
Natural ventilation systems use wind forces and temperature differences to renew indoor air without fan electricity consumption. This articl...
The impact of natural ventilation on occupant health and wellbeing is supported by quantifiable studies: 8-11% improvements in cognitive per...