UI Main Energy Plant
UI Energy Production
The University focuses on reliable energy in order to produce the most efficient and environmental-friendly facilities. Our plants provide the same energy to the University as it would take to power 35,000 homes. These plants offer significant reliability for a hospital that admits over 32,000 patients annually, providing backup in any grid failure.
production at our plants
Main Power Plant
The UI main Power Plant is a combined heat and power (CHP) facility. It provides steam for heating, cooling, and sterilization to buildings as well as providing energy security for all UI campus facilities.The combined heat and power plant provides about 25% of the University's electric power needs and nearly all of the heating needs. The current plant began operation in 1927 and burned about 30 thousand tons of coal a year. Today, the main Power Plant burns coal, oat hulls, wood chips, and natural gas. Energy grasses, specifically Giant Miscanthas are also being developed as a renewable fuel source for the main Power Plant.
greenhouse gas inventory/carbon reduction
Chilled Water Plants
The University's first chilled water plant opened in 1970 and was located in what is now Hospital Ramp 3. Today, the system has expanded to include four plants and three satellite chillers for a total capacity exceeding 40,000 tons. Chilled water is currently used primarily for air conditioning.
The University also operates its own Water Plant. In addition to providing a cost-effective source of water for campus, it also serves as an important teaching facility for future engineers and water treatment specialists. The Water Plant purifies and distributes 900 million gallons of water annually.
Oakdale Energy Plant (OREP)
The Oakdale Renewable Energy Plant (OREP) is a series of projects to demonstrate multiple technologies using locally available renewable fuel sources, to meet the energy needs at the UI/Oakdale Research Park. Oakdale is a trigeneration plant providing electricity, heat, and cooling for facilities such as the Hygienic Lab, Data Center, and the Environmental Management Facility. The existing utility system dates back to the 1960's, however with the construction of major building projects it has been necessary to install new utility infrastructure.
Mechanical Distribution maintains all of the University's steam, chilled water, and domestic water piping. In addition to these systems, Mechanical Distribution is responsible for over 200,000 feet of storm and sanitary sewer.
The Main Campus steam system operates at 155 psi and 20 psi. The Oakdale Renewable Energy Plant delivers steam at 125 psi. All three systems contain over 140,000 feet of steam and condensate return pipe ranging in size from 1 to 24 inches. Most of the steam and condensate return pipes on the Main Campus are in steam tunnels. Mechanical Distribution maintains nearly six miles of tunnels.
Electrical Distribution maintains most of the high voltage equipment on campus. This system includes 250 vaults, 20 miles of underground ducts and 66 miles of cable.