Sustainability Report
Certificates
Custom Certificates
Embodied carbon
Design strategies included:
Reusing 100% of existing foundations and 50% of the basement structure, avoiding unnecessary demolition.
Lean structural design—optimizing steel and concrete use to only what was required
Operational Emissions / Energy
The project employs several strategies to minimize operational emissions and energy consumption:
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High-Performance Facade: A low-iron glass closed cavity facade with operable blinds allows 55 percent light transmission into the interior (a 60 percent increase over standard insulated glazing), contributing to reduced reliance on artificial lighting.
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Efficient Lighting: LED lighting has been carefully considered for maximum efficiency.
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Efficient HVAC Systems: HVAC system selection has been carefully considered for maximum efficiency.
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Smart Technologies: The building is infused with smart technologies, which contribute to optimized energy use.
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Consolidated Deliveries: A management system consolidates deliveries to the building, reducing the number of vehicle trips and subsequently reducing emissions from transportation.
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Green Roof: Accommodates a photovoltaic installation, contributing to on-site renewable energy generation and reducing solar heat gain.
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Operable Windows: Offices all have operable windows to increase natural ventilation.
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High Standards of Energy Efficiency: Brick façades, while sensitive to campus context, also use modern construction technology to achieve high standards of energy efficiency.
Afterlife
The building prioritizes long-term flexibility and adaptability. Its primary structure, featuring clear spans of 40 feet on either side of the central core and atrium, enables diverse reconfigurations without altering the base structure. Flexible amenity spaces, including shared conferencing areas, co-working spaces, meeting rooms, and recording studios, support individual tenancies and foster community, accommodating various user needs.
Key products in low carbon design
