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Related Projects Worldwide

Combining Heat, Cooling and Power into one Facility The University of Iowa’s Research Park is the fastest growing campus at the University. To support this continued growth, the University needed a robust utility infrastructure to support existing and future utility loads. Learn More
Retrofit, Switch or Shut Down – Complying with future Boiler MACT Regulations Stanley Consultants is on the front line helping manufacturing companies prepare for new Boiler MACT Regulations that will have a significant impact on their bottom lines. Our expert staff obtains the knowledge need to help you reduce that impact; keep your production online and your facility in compliance. Learn More
Energy Commissioning Gets LEED Gold Rating Stanley Consultants provided professional commissioning services for the construction and renovation of two facilities on the campus of Northern Arizona University. The services support the University’s requirements for LEED building certifications. Learn More
College Additions Designed to meet LEED® Silver Clinton Community College, Science and technology Lab #4 – Stanley Consultants provided civil, structural, mechanical, electrical, and construction administration services for three new science and technology additions for the Eastern Iowa Community College District. Learn More
Chillin' in Downtown Lansing Designed by Stanley Consultants, the $20 million chilled water plant serves state and county buildings in downtown Lansing. Learn More
World’s Biggest Chiller Cools Qatar Island Stanley Consultants provided engineering design services for the world’s largest Integrated District Cooling plant, serving the needs of Qatar Island. The plant is also equipped with a desalination plant. Learn More
Embria Corporate Headquarters and Production Facility Stanley Consultants designed the multi-purpose facility to serve as a corporate headquarters, manufacturing plant, product warehouse, and packing gallery. Learn More
Harris Substation – Providing Reliable Power to 2030 Stanley Consultants provided construction administration, feasibility studies, concept and detailed design for the University of Texas/Austin Harris Substation upgrade. This substation is the hub for the university’s gas-fired 120MW Weaver Power Plant. Learn More
Tunnel Provides USU with Utility Distribution System Stanley Consultants provided comprehensive design services for a new 6,200-foot utility tunnel at the Utah State University. Using a compressed schedule this $22.2 million design-build project was completed in just over 18 months. Learn More
Connecting TECO’s Underground Utility Distribution Systems Stanley Consultants Provided Engineering Services to Connect the Central and South Main Plant. Learn More
Illinois State University South Campus Power Plant Stanley Consultants was hired as Designer of Record for a new state-of-the-art co-generation plant to meet the future cooling and heating needs of Illinois State University’s South Campus. Learn More
Electrical Services Updated Without a Glitch All While Class Was in Session In keeping with the Campus Master Plan, Illinois State University officials decided that the existing electrical service to campus buildings needed to be updated and turned to Stanley Consultants for the solution. Learn More

University of Chicago Utility Master Plan

The University of Chicago needed to expand and update its existing utility master plan to address the changing and expanding utility needs of the institution.  Stanley Consultants updated the 2005 plan in the context of a whole-campus utility system (generation, distribution, and usage) for both the short-term needs (5 years), as well as the long-term planning (10 years, 20 years, and more than 30 years). 

During a charrette planning session the goals and parameters of the project were established.  The investigation phase consisted of interviews with university personnel, assessments of utility facilities, and document reviews of the existing campus master plan, utility drawings, rate structures, and other pertinent materials.  Regulatory requirements, including EPA, PD-43 and sustainability issues, were reviewed.  Distribution systems were reviewed and potential corridors identified for extending buried utilities.  Current and future loads were evaluated, along with the ability to meet these loads. 

The university's new utility master plan was developed using the information gathered and evaluated.  Elements of the master plan include:

  • Development of a standard model template for utility service delivery to determine feasibility of future utility projects.
  • Preparation of a composite utility drawing with all utilities.
  • Development, evaluation, and recommendation of options to meet future needs, including an economic analysis of each option based upon net present value.
  • Development of an implementation plan, including costs and schedule.
  • Development of a sustainability plan for utilities and discussion of long-range issues. 

The sustainability plan includes multiple white papers on environmental and sustainability issues.

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