District Energy
- Home
- Services
- Electric Power Generation
- Distributed Energy Resources
- District Energy
- Water
- Design-Build for Water & Wastewater Infrastructure
- Green Infrastructure
- Industrial Water & Wastewater
- Master Planning for Water & Wastewater Utilities
- Municipal Water & Wastewater
- Smart Infrastructure
- Wastewater & Stormwater Collection
- Water & Wastewater Program Management
- Water Supply & Distribution
- Transportation
- Telecommunications
- Industrial, Manufacturing & Optimization
- Mining Infrastructure
- Federal & Military
- Environmental
- Electric Power Generation
- Electrical Transmission & Distribution
- Aviation
- Architecture
- Commissioning
- Construction
- Buildings
- Oil, Gas & Chemicals
- Program Management
- Water
- Design-Build for Water & Wastewater Infrastructure
- Green Infrastructure
- Industrial Water & Wastewater
- Master Planning for Water & Wastewater Utilities
- Municipal Water & Wastewater
- Smart Infrastructure
- Wastewater & Stormwater Collection
- Water & Wastewater Program Management
- Water Supply & Distribution
- Transportation
- Telecommunications
- Industrial, Manufacturing & Optimization
- Mining Infrastructure
- Federal & Military
- Environmental
- Electric Power Generation
- Electrical Transmission & Distribution
- Aviation
- Architecture
- Commissioning
- Construction
- Buildings
- Oil, Gas & Chemicals
- Program Management
District energy systems are a growing solution for campuses and campus-sized operations. They provide advantages in fuel flexibility, efficiency, reliability and capital costs. District energy systems also enable you to implement solutions like thermal energy storage, which can shift production of heating and cooling energy to off-peak hours, when rates are lower, reducing your demand when rates are high.
What You Need to Know About District Energy
Addressing district energy system production fuel sources and maximizing efficiency provides the opportunity to attain measurable progress toward carbon reduction goals. Making informed infrastructure decisions that advance your objectives and sustain reliable and resilient campus operations presents a complicated set of decisions.
Implementation can encompass master planning, central utility plants, thermal distribution, geoexchange, grid interconnection, demand-side energy savings and regulatory compliance strategies.
Why Burns & McDonnell?
Our team focuses on campus-level environments, offering complete analysis, customized design and construction services, including delivery of some of the largest and most complex district energy projects of every type. Whether you are starting from a greenfield site or looking to upgrade, retrofit or expand existing capacity, we provide integrated design-build delivery with a focus on constructability and seamless integration. We also handle commissioning, startup, and operations and maintenance tasks.
Central Plant Master Plan Implementation
Blog
Central Plant, Utility Infrastructure Resiliency Critical to Hospital Operations
Burns & McDonnell
Natural disasters challenge the ability to provide reliable power to critical healthcare facilities. Effective utility master planning can see big returns.
Delivering Sustainable and Resilient Campus and District Energy Infrastructure
LOAD MORE