Distribution Utilities & Energy Services (UES) Distribution is responsible for the planning, operation, maintenance, safety, and security of utility-distribution systems on the Urbana campus. UES Distribution is responsible for electrical, steam, natural gas, chilled water, and water (including raw water, sanitary sewer, and storm sewer). These utilities are produced by UES Production or come via connections to local public utilities. Utility meters are located at each building. Tunnels and piping systems are for utilities distribution to campus and for authorized personnel use only. Environmental Protection Agency requires UES to construct and maintain a Facility Response Plan to address leaks and spills. A team must be available to respond to spills 24/7.

Mandatory annual emergency response drills are held with local fire departments and other emergency-response agencies. Electricity for the campus comes from two primary sources: production at on campus or purchased from another provider. And then shipped to the Main Campus Substation, where it is then distributed to campus. Additionally, some campus facilities are served directly by Ameren Illinois, the local electric utility service.

The majority of the university’s 52-mile electrical-distribution system is underground ductwork and manholes and includes two substations, 12 distribution centers, and 28 load centers. Point-of-use electricity meters are being upgraded to continuously report each building’s energy usage. The university’s natural gas system consists of a transmission pipeline that transports the gas from an interstate pipeline near Monticello to the campus. Both parts of the system are regulated by the, and their protocols include audits of the system operation and maintaining records for the supply and distribution of the campus’s natural gas. The distribution system serves several buildings on the south campus; however, most buildings on the main campus are still served by Ameren Illinois, the local public utility. The University of Illinois is one of the first and only campuses in the country with its own natural gas pipeline.

To minimize its carbon footprint, Abbott Power Plant will turn off its coal-fired generators, and utilize only natural gas to meet the campus’ energy demands. Potable water delivered to campus is purchased from the and is delivered to the campus piping system at five delivery points.

The campus water-distribution system is considered a consecutive system – there are no breaks between the IAWC’s pipes and the campus’ own system – and as such must meet standards set forth by the. Permits are required to construct additiond to this system, as well as regular testing of the system, with results reported to the IEPA. Igra alias kartochki.

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Although the university’s water system is a separate system, not all buildings on campus are connected to it. As a result of the property being purchased after the university’s water system was put in place or of being part of university property too far removed from the campus’ water delivery system, these buildings are connected directly to the IAWC’s water-delivery system. The university’s steam supply is produced at and is distributed via three different systems: walkable steam tunnels, shallow steam tunnels, which are large enough only for two pipes; and direct-buried piping systems, which utilize no tunnels. Once the steam is in the buildings, it is distributed through radiators, water-heating systems, and heat exchangers. After the energy in the manufactured steam has been utilized, the remaining condensate is metered and returned to Abbott. Walkable steam tunnels require special safety gear and are for authorized personnel only. Stormwater is defined as rainwater and snowmelt. The stormwater sewer system is designed to transport excess stormwater from campus to the two local drainage basins: Boneyard Creek and the Embarras River.