- Johnson Controls
- Customer Success Stories
- University of Kansas
University of Kansas advances research growth through a long-term infrastructure partnership
Developing a research-focused campus district for long-term growth and operational reliability
In support of its goal of strengthening its position as a leading research university, the University of Kansas partnered with a consortium that included Johnson Controls to address critical infrastructure needs and design and build a 55-acre Central District Development. The public-private partnership (P3) delivered an Integrated Science Building, student housing, dining facilities, and a central utility plant designed to provide the reliable infrastructure, operational certainty, and capacity needed to support future campus growth.
Impact Highlights
48 interdisciplinary laboratories supported by resilient utility infrastructure
Delivers 2,300 tons of cooling and 32,000 MBH heating capacity
15-year guaranteed operations, maintenance, and lifecycle management costs
Addressing critical infrastructure needs for a growing campus
As the state’s flagship research university, the University of Kansas needed to address critical infrastructure challenges while supporting campus expansion and research growth. At the same time, the university sought to create optimal indoor operating conditions across their facility while minimizing delivery and operational risk and maintaining predictable long-term costs. The university adopted a public-private partnership (P3) model with a 15-year concession to finance, build, and maintain the Central District Development.
An integrated P3 solution delivering infrastructure and long-term performance
Johnson Controls supported the design and construction of the Central District Development and provides ongoing maintenance services. The solution includes guaranteed operations and maintenance costs, asset lifecycle management, and energy performance support which help ensure reliable long-term operation and energy management of the district’s facilities and infrastructure.
Expanding research capacity and improving campus infrastructure
The Central District Development supports advanced research and campus growth through modern facilities and resilient infrastructure. The Integrated Science Building includes more than 55,000 square feet of wet lab space and 28,000 square feet of chemistry teaching labs, with 48 laboratories available for interdisciplinary research.
The Central Utility Plant strengthens capacity and system redundancy, delivering 2,300 tons of chilled water and 32,000 MBH of heating across the district. Through a long-term operations and maintenance agreement, Johnson Controls helps support predictable facility performance and cost, lifecycle management, and infrastructure reliability for the university's growing campus.
Campus-wide improvements, including LED lighting, updated controls, and HVAC system upgrades, help improve reliability and create a more comfortable environment for students, faculty, and staff.
About University of Kansas
About the facility
- 283 buildings on campus
- 55-acre Central District Development supporting research facilities, student housing (1,250 beds), dining halls and utility infrastructure.
- Central utility plant provides district-wide heating and cooling
Solutions:
Similar stories
Stanford reduces peak energy demand by 17% and lowers GHG emissions by 68%
Stanford’s SESI redesign slashes energy demand and emissions, setting a new benchmark for sustainable campuses.
University of North Dakota cuts annual carbon emissions by 38,000 metric tons
The University of North Dakota replaced a century-old coal-fired steam plant, improving energy reliability while reducing emissions and advancing sustainability objectives.
University of Hawaiʻi Maui College delivers $81.7M in guaranteed savings
University of Hawaiʻi Maui College modernized aging facilities, cut fossil-fuel energy use by 45% and advanced net zero commitments.
Samford University saves $51 million in energy and operational costs
Samford University transformed aging campus infrastructure through a funded infrastructure project, delivering significant energy, water and operational savings.

















.jpg?la=en&h=320&w=720&hash=244C75B74F0F77521D56164450973BCD)














.jpg?la=en&h=310&w=720&hash=8D9823F26AA80B2B75C3E4B2E61770DC)


.jpg?la=en&h=320&w=719&hash=13CA7E4AA3E453809B6726B561F2F4DD)
.jpg?la=en&h=306&w=720&hash=F21A7CD3C49EFBF4D41F00691D09AEAC)

.png?la=en&h=320&w=720&hash=18CFCCD916C92D922F600511FABD775D)






