Sustainability Report

Glasblokkene at Haukeland University Hospital incorporates several key design choices that significantly reduce operational emissions, ensuring a sustainable and efficient facility. The building’s adherence to passive house standards, minimizes energy loss through highly insulated walls, high-performance windows, and airtight construction. Renewable energy sources, including energy wells and solar panels, provide a sustainable power supply, reducing reliance on fossil fuels. Advanced energy management systems optimize lighting, heating, and ventilation, ensuring efficient energy use throughout the hospital. Water management is another critical focus, with a wastewater reuse system that recycles water for purposes such as irrigation, lowering both water waste and the energy needed for processing. Additionally, the use of low-carbon materials, such as concrete and recycled aluminum, supports sustainability by enhancing the building’s thermal performance and reducing the need for high-energy maintenance. These integrated strategies not only reduce Glasblokkene’s operational emissions but also establish a benchmark for sustainable healthcare design. The Norwegian Enova fund has supported innovative initiatives to reduce energy and resource consumption in the project.

The design of Glasblokkene incorporates several key choices that significantly reduce service and maintenance emissions, ensuring a sustainable and long-lasting facility. High-quality, durable materials such as low-carbon concrete, recycled aluminum, and locally sourced slate were selected to minimize the need for frequent repairs and replacements, reducing the emissions associated with maintenance activities. The hospital’s flexible and adaptable design, with its column-and-deck structure and strategically placed stair cores and shafts, allows for easy reconfiguration of spaces without requiring extensive structural changes, thereby lowering waste and emissions during future renovations. The use of a digital 3D BIM model during the construction process has facilitated precise planning and streamlined ongoing maintenance, minimizing unnecessary material use and energy consumption over the building’s lifecycle. Additionally, efficient building systems, such as smart lighting, heating, and ventilation technologies, extend the lifespan of mechanical components, reducing the frequency of servicing and replacements. By prioritizing locally sourced materials, the project further reduces transportation emissions associated with repairs and maintenance. Even the surrounding landscaping contributes to sustainability, with wastewater reuse systems minimizing the need for high-maintenance external water supplies. Together, these integrated strategies ensure that Glasblokkene remains a low-emission, environmentally conscious facility throughout its lifecycle.