The primary objectives for Mississippi Gateway Park focused on maximizing energy efficiency to abide by the requirement for B3 Guidelines, which any state funding must design around. By embracing cutting-edge HVAC innovation, the project sought to set a new standard for sustainable operations in Brooklyn Park.
Darcy Solutions was selected because its unique groundwater geothermal technology offers exceptional energy efficiency within a compact footprint, making it ideal for the specific parcel of land at Mississippi Gateway Park. This approach provides the stakeholders with a future-proof energy solution that aligns with long-term sustainability goals.
This building provides a wonderful jumping off point for Minnesotans to learn about the Mississippi River ecosystem and now sustainable operations in the building as well. The location supports river kayaking, nature walks, and a beautiful indoor display of typical ecosystem inhabitants and more. If you’re in the area stop by to learn something new about the largest river in the US!
Driven by a desire for innovation and fiscal responsibility, the Lake Waconia project targeted a mechanical design that offers industry-leading efficiency and low lifetime maintenance costs. Publicly funded projects must abide by the B3 Guidelines in Minnesota, which the Waconia design team incorporated into this plan. This strategy ensures a sustainable future for the site in Waconia.
Selected for its innovative use of groundwater, the Darcy system provides Lake Waconia with a high-efficiency HVAC solution that is both space-efficient and cost-effective. Stakeholders benefit from a system designed for longevity and minimal environmental impact.
Darcy Solutions installed a three-well, 110-ton groundwater geothermal system for the Paradise Commons building at Lake Waconia Regional Park in Waconia, Minnesota. This sustainable installation provides energy-efficient heating and cooling for the waterfront services center while meeting strict B3 energy standards for state-funded public facilities.
For the St. Paul Como Zoo facility, the stakeholders emphasized the importance of a forward-thinking energy strategy. The goals centered on achieving peak efficiency and a minimized total cost of ownership through the integration of innovative, reliable thermal technologies.
Learn more about the long term plan and initial work of the project at the Como Zoo and Conservatory website.
Darcy Solutions implemented a 584-ton, four-well groundwater geothermal system to decarbonize the Primates, Polar Bear, and Administration buildings at the Como Park Zoo. This landmark project replaces an aging 70-year-old steam boiler plant with a high-efficiency heat pump system to support the City of Saint Paul’s 2030 carbon neutrality goals.
By utilizing Darcy’s innovative approach, the project team was able to maximize heating and cooling performance while navigating the site’s geographic constraints. The system’s superior efficiency and scalability make it a strategic long-term asset for the stakeholders at St. Paul Como Zoo.
