Sustainability Report
Embodied carbon
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Material selection: Local granite, oak, and chestnut wood, and Estremoz marble reduce transportation-related emissions.
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Construction materials: Locally sourced concrete, mortar, MDF, and ceramic tiles.
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Circular economy consideration: Non-structural partitions, modular fittings, and adaptable spaces can be taken apart and reused.
- Design for flexibility: Generous circulation spaces and multifunctional areas allow reconfiguration, reducing future renovation needs and associated embodied carbon.
Operational Emissions / Energy
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Thermal envelope: High-performing ETICS façade system and efficient window frames reduce heating/cooling loads.
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Mechanical systems: Heat pumps provide efficient water heating and climate control.
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Passive strategies: Balconies, recessed glazing, and façade articulation minimize solar gains while optimizing daylight.
Service and maintenance emissions
A maintenance-friendly design focuses on longevity and reduced replacement needs by using durable finishes like domestic marble, wood, and ceramic, along with modular systems and high-quality fittings. Incorporating energy-efficient appliances, lifts, and HVAC systems further enhances equipment efficiency while minimizing environmental impact. Together, these elements ensure spaces remain attractive and functional over time.
Afterlife
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Apartments feature adaptable circulation and multifunctional spaces (“middle-of-the-house” concept) that can be reconfigured for study, office, storage, workshops, or other domestic uses.
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Structural regularity and systematized plan allow future program changes without major intervention.
Key products in low carbon design
