Sustainability Report

Materials & Construction:

• Use of deep concrete piles for foundations, concrete columns and retaining walls for structural support.

• Lightweight steel roof trusses with triangular frameworks for stability.

• Fiber cement green roof tiles with high thermal insulation reduce energy demand.

• Local wood lattices and bamboo ceilings used extensively for interior and exterior elements. Bamboo treated with boric acid for durability; wood sourced regionally.

• Ceramic mosaic tiles representing the Pakal Mask produced by local artisans.

Design Considerations:

• Material selection focused on durability and local availability, minimizing transportation-related carbon.

• Combination of materials in the regional context reduces environmental impact.

Passive Climate Design:

• Large, sloped roof allows natural ventilation and heat release via thermal chimney effect.

• Open four-sided layout encourages cross-ventilation.

Active Climate Enhancements:

• A Canadian well system draws cooler subsoil air into the building, improving thermal comfort with minimal energy use.

• Glazed sections in the canopy act as heat chimneys to enhance airflow.

Energy Efficiency:

• Most public spaces avoid mechanical air conditioning entirely.

• Roof insulation and green tiles contribute to reduced heat gain and energy demand.

Durable Materials:

• Fiber cement tiles, treated bamboo, and regional wood minimize maintenance frequency.

• Anti-mold panels increase the lifespan of interior finishes.

Future Maintenance:

• Design for accessibility to service areas and technical rooms under the platform.

• Materials with low degradation reduce replacement cycles and associated emissions.