Developing an aquifer thermal energy storage (ATES) system for the redevelopment of the 2800 E. Lake Street former US Bank Site.
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We help communities plan and develop utility systems that balance sustainability with affordability, and we know what it takes to operate them efficiently and effectively. What sets Ever-Green apart from other companies is our customized approach to utility planning and our ability to carry plans and studies forward into development, financing, and implementation—resulting in reliable and resilient utility systems.
Developing an aquifer thermal energy storage (ATES) system for the redevelopment of the 2800 E. Lake Street former US Bank Site.
Campus energy systems provide steam, chilled water, and back up electricity in Chicago’s Bronzeville neighborhood
Ever-Green began its partnership with St. Thomas in 2019, working toward meeting its goal of achieving campus carbon neutrality by 2035.
Ever-Green began its partnership with the College of Saint Benedict in 2019, working toward meeting its goal of achieving a carbon-free campus.
Ever-Green partnered with Macalester College to work toward meeting its goal of achieving campus decarbonization.
Ever-Green partnered with UMN Morris to provide financial and technical solutions for a path to campus carbon neutrality.
Leading implementation for district energy system serving University of Vermont Medical Center
Internationally-recognized community energy system serving Saint Paul through a public-private partnership
Low-carbon district energy and black water recycling for sustainable development in San Francisco
Energy system design and development for improved environmental outcomes
Modernizing a legacy system and converting heating distribution from steam to hot water
Transforming a brownfield into a net-zero development through low-temperature, renewable district energy service
Modernizing Ottawa’s energy systems through biomass integration and converting from steam to hot water
Providing renewable heat and electricity through coordinated management and operations of biomass-fueled combined heat and power plant
Biomass procurement and processing operations serving combined heat and power and district energy
Increasing efficiency, versatility, and service quality in a 26-building campus in Saint Paul, Minnesota
Achieving carbon neutrality by 2025 through advancements in efficiency and sustainable infrastructure
Converting the Stanford campus from steam to hot water, reducing carbon and increasing efficiency
Achieving increased reliability, cost savings, and carbon reductions through service and infrastructure transformation on medical campus with level 1 trauma center
Advancing Duluth’s legacy system by increasing efficiency, reducing carbon, and transitioning from steam to hot water distribution