City of Saint Paul New Hamline Midway Library

The goal of the new Hamline Midway Library project was to create a more accessible, welcoming, and flexible community resource while addressing the limitations of the aging facility.

Location

St. Paul, MN

Industry

Corporate and Community Facilities

Square Footage

10,500

Services Provided

Electrical Engineering, Mechanical Engineering

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Challenge

The existing Hamline Midway Library no longer met the community’s needs for accessibility, flexible programming, technology, and efficient building performance. This project presented a unique challenge to modernize the facility while maintaining the site’s history and supporting the City of Saint Paul’s sustainability goals.

Approach

KFI provided mechanical and electrical engineering for the new all-electric library, helping create a high-performance building designed to reduce energy use and carbon emissions. Heating and cooling are provided by a water-to-water heat pump system utilizing a Darcy closed-loop aquifer well. Active chilled beams distribute heating and cooling throughout the building and are supplied by a dedicated outdoor air system with energy recovery. 

KFI’s electrical design incorporates LED lighting and daylighting controls that take advantage of the library’s open design and natural light. A rooftop solar photovoltaic array further reduces reliance on purchased electricity. Together, these systems support the project’s goal of providing an efficient, sustainable facility while creating a comfortable and inviting environment for library patrons.

Outcome

The new 10,500 square-foot Hamline Midway Library provides the community with a more accessible and flexible facility while honoring the history of the neighborhood library. Historic stonework from the former building was integrated with daylight and accessibility features to create an inviting environment that reflects the neighborhood’s culture.

The all-electric facility meets the Minnesota B3 sustainable building standard and is designed to use 90% less energy than the Minnesota SB2030 baseline. As the electric grid continues to decarbonize, the building is also positioned to decrease annual carbon emissions over time.

Project Contacts

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