world class chemical engineers world class unit operations lab

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S. Komar Kawatra Professor and Chair Department of Chemical Engineering 906-487-3132 [email protected] Donate Online To make a gift, please visit www.mtu.edu/chemical/ department/ giving/ Thank you for your support! Virtual Tour Pick a floor and explore! Take a virtual tour of the Michigan Tech UO Lab online at www.mtu.edu/UOLabTour Help Graduate World Class Chemical Engineers Expand our World Class Unit Operations Lab

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Page 1: World Class Chemical Engineers World Class Unit Operations Lab

S. Komar KawatraProfessor and Chair

Department of Chemical Engineering906-487-3132

[email protected]

Donate OnlineTo make a gift, please visit www.mtu.edu/chemical/department/giving/

Thank you for your support!

Virtual TourPick a floor and explore! Take a virtual tour of the Michigan Tech UO Lab online at www.mtu.edu/UOLabTour

Help Graduate World Class Chemical Engineers Expand our World Class Unit Operations Lab

Page 2: World Class Chemical Engineers World Class Unit Operations Lab

WORLD CLASS EDUCATIONMichigan Tech’s Unit Operations Laboratory is a state-of-the-art chemical engineering teaching facility with a three-story open bay and 6,500 square feet of learning space.

GOAL AND TIMELINEWe must raise $3 million in order to complete the UO Lab expansion by spring 2018.

WHY EXPAND?Expansion and upgrades will allow 100 additional undergraduate students to major in chemical engineering at Michigan Tech each year. These changes will also open new

research opportunities for our master’s and doctoral students. There is a growing demand for Chemical Engineers with hands-on training and we are growing to fill that demand.

THE EXPANSION PLANWe will add 3,000 square feet of high bay laboratory space to the west of the existing Unit Operations Lab.

HANDS-ON LEARNINGMichigan Technological University students engage in valuable hands-on learning in the chemical-processing work environment of the UO Lab. Eighteen bench and pilot scale

unit-operations experiments focus on process safety, pumping fundamentals, heat exchange, membrane separation, kinetics, liquid extraction, vacuum drying, and flow measurement.

Students currently operate two fully-automated pilot plants: a three-story distillation column (solvent recovery unit) and a two-story batch polymerization reactor. The UO Lab expansion will make room for additional pilot plants.

We have a suite of pilot plants in mind for the expansion space, but the first two additions (already under construction) will be "Solvent Extraction/Electrowinning" and "Forest-Based Biofuels."

www.mtu.edu/chemical/department/giving/Create the Future