Museum of Science
Transforming a science museum for a low-carbon future
The Museum of Science operates a large and energy-intensive facility with extensive exhibition spaces, offices, event areas, and visitor services. The scale of the site's decarbonization challenge exceeds the scope of a single retrofit project, requiring a strategic approach to identify the most impactful interventions. BCF therefore focused on high-energy HVAC systems while supporting the development of a long-term energy reduction and carbon net-zero plan.
Why this building
The Museum of Science reaches a vast public audience and plays an important role in making science accessible to diverse communities. While the site's overall decarbonization challenge is substantial, it offers exceptional leverage: successful interventions can reduce emissions in a highly visible public institution while demonstrating practical pathways for large cultural buildings. Through the project, BCF also supports the creation of a long-term decarbonization roadmap that can guide future investments and inspire similar institutions.
Frictions encountered
The project reduces operational energy use and creates a roadmap for long-term decarbonization while improving comfort for staff and visitors. As a highly visible public institution, the museum can inspire and inform similar cultural organizations seeking ambitious climate action.
Measures planned/ implemented
HVAC controls optimization.
Occupancy-based HVAC controls.
Variable-volume multi-zone system improvements.
DDC upgrades for perimeter radiators.
Energy modelling and benchmarking.
Development of a comprehensive energy reduction and carbon net-zero plan.
Co-benefits
The project reduces operational energy use and creates a roadmap for long-term decarbonization while improving comfort for staff and visitors. As a highly visible public institution, the museum can inspire and inform similar cultural organizations seeking ambitious climate action.
