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University Projects
University of Missouri,
Columbia, MO
Power Plant Capacity Addition
This project consisted of the installation of new gas turbines and
heat recovery steam generators combined with existing steam turbine
generators. The addition adds an electric-generating capacity
of 27 MW and steam-generating capacity of 250,000 lb/hr of 950-psig
steam. The project also included a new 24,000 square foot
building, control room, boiler feed pumps, gas compressors,
chillers, cooling tower, and chilled water pumps for the new
equipment.
University of Missouri,
Columbia, MO
Miscellaneous projects and services
include:
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DC Emergency Battery Backup Consolidation
System
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Combustion Turbine Cogeneration Feasibility
Study and Schematic Design
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Campus Power Plant Electrical System Upgrade
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Boiler No. 12 Installation
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20-year Master Plan Study of Power Plant and
Distribution Systems
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Power Plant Chiller
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Repair to Radial Brick Chimney
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Power Plant Construction Switchgear Enclosure
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480-volt Switchgear Study
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Evaluation of Boiler No. 12
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900-psi Gas and Oil Steam Generator
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Electrical System Consultation
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Gas-fired Boiler No. 12 Demolition and
Procurement
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Replace Emergency Power System
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Two Low-load Boiler Replacement of Diesel
Generators
University of Missouri, Columbia,
MO
Gas-fired Boiler Addition
Sega engineered the installation of a 220,000-lb/hr natural gas-fired boiler. The project included the demolition of an
existing boiler and replacement with the new package boiler.
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University of Northern
Iowa, Cedar Falls, IA
Power Plant Expansion
Sega studied the technical and economic analysis of the new boiler
and auxiliary equipment. Sega was retained to provide
engineering services in support of this project. The multiple
prime contract approach was used to purchase and construct the
project. There were five furnish-and-deliver equipment
contracts, four installation contracts, and three service contracts.
University of Kansas,
Lawrence, KS
Sega prepared a comprehensive analysis of the main campus electrical
system for KU. Major conclusions of Sega’s study that were
accepted include:
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Retire Existing 4160-volt Distribution System
and Replace with a 12.47-kV System
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Develop a Looped Distribution System to Improve
System Reliability
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Build a Substation on the West Campus to Take
Advantage of More Favorable Rates
Other projects at the University include:
Emporia State University,
Emporia, KS
While most engineering on-call services agreements with the State of
Kansas rotate every two to three years, Emporia State University has elected
to utilize Sega continuously since 1988. Sega has performed energy
studies and executed projects for 90% of the campus buildings. This
has resulted in ESU moving from worst to first in utility dollars
spent per gross square foot among Kansas Regents Schools. There have
been 45 civil/structural, mechanical, and electrical engineering projects
successfully completed over 10 Years.
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Kansas State University,
Manhattan, KS
Sega has provided miscellaneous engineering services relating to
campus utilities for Kansas State University. The University has a
central power plant, which produces steam and electricity to support
the campus.
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Utility Master Plan
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Steam and Electric Production
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Steam Distribution
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Steam Line Replacement Design
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Replacement of Low-pressure Steam Distribution
Piping with High-pressure Steam Distribution Piping Located in
Underground Concrete Tunnels
University of Nebraska,
Lincoln, NE
Sega has been a consultant and contractor for the University since
1986. Our longevity at the University speaks to the quality of
service we provide our clients. Our work at the University has
been mostly at the City and East Campus Power Plants. Work
includes controls, boilers, chillers, steam main, desuperheaters,
and maintenance. Keeping the plants efficient and reliable to
serve the University’s current and future facilities is always our
goal.
Texas A&M University,
College Station, TX
Power Plant Energy Optimization Program
In 1985, Sega performed an energy study of the main
campus power plant and the original west campus chiller plants.
It included performance testing of the boilers, gas turbine, steam
turbine generators, steam absorption chillers, steam turbine and
electric motor-powered centrifugal chillers, and the major
auxiliaries including the water evaporators.
In 1997, Sega once again converted the energy
optimizing mathematical model program to a spreadsheet-based system
and updated the model to incorporate recent changes to the power
plant.
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To discuss any of these projects, please contact Greg
Bullington at
913-681-2881.
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