Tri-State University - Department of Chemical Engineering

Information and Resources

What facilities are available?: Because the study of chemistry is integral to chemical engineering, during the chemistry sequence students will utilize the University's inorganic and organic chemistry laboratories, which house the latest analytical testing equipment. This sequence includes hands-on instruction on mass, infrared, atomic absorption, ultra-violet and visible spectroscopy, as well as gas chromatography (GC) and high performance liquid chromatography (HPLC).; The core chemical engineering sequence includes laboratory instruction on distilled, extraction, evaporation and reactor design, as well as process measurement and control.; Elective courses have additional laboratory instructions in the area of biochemical engineering and plastics and polymers. Facilities utilized during this sequence include the Moore High Bay Laboratory, Measurements Laboratory, Polymers Laboratory and the Biochemical Engineering Laboratory.
Laboratories: Laboratories — This page has a number of large images. Slower connections may take a minute. These times may vary greatly depending on your location and usage of your particular networking system. It is well worth the wait.
What is the Chemical Engineering Department profile?: There are three full-time professors, all whom have earned doctorates and have had industrial experience. On average, 60 students are enrolled in the program.; An active industrial advisory board works closely with the faculty, advising them of changes and needs in industry relative to chemical engineering. Firms represented on this board are the C.T.S. Corporation; Depuy, Inc.; Dow Chemical of North America; Eli Lilly and Company; Kellogg Company; Magnavox Electronics Systems; Nalco Chemical Company; National Starch and Chemical Company; Voltek, Division of Sekisui America Corporation; and Wilson Industrial Sales.