UNIVERSITY OF FLORIDA


 CHEMICAL ENGINEERING
 Instructional Staff 1951-52
 Beisler, W. H., Head; Brown, W. F., Duncan, J. M., Emerson, D. L., Greathouse,
G. A., Harvin, R. L., Kimmel, A. L., Morgen, R. A., Muschlitz, E. E., Nolan, W. J.,
Schweyer, H. E., Specht, R. C., Tyner, M., Walker, R. D.

 CG. 347.-Industrial Stoichiometry. 3 hours and 3 hours laboratory or
its equivalent, 4 credits. Prerequisite: CY. 331. Corequisites: MS. 354 and
PS. 206. Offered 1, 2, 3.
 The application of stoichiometric fundamentals to the solution of industrial process
problems by use of the natural laws of conservation of mass and energy. The student
is required to develop facility in solving humidity, solubility, thermophysics, thermo-
chemistry and material and energy balances. Hougen & Watson, Chemical Process
Principles-Part I, Chemical Engineering Problems-1946.
 CG. 348.-Industrial Stoichiometry and Fuels. 3 hours and 3 hours lab-
oratory or its equivalent. 4 credits. The second half of the course CG. 347-
348. Offered 1, 2.
 Hougen & Watson, Chemical Process Principles-Part I, Chemical Engineering
Problems-1946.
 CG. 361.-Materials of Engineering. 3 hours. 3 credits. Prerequisite:
CY. 218. Offered 1, 2, 3.
 Production, properties and uses of ferrous and non-ferrous metals and alloys,
cement, brick, plastics, and timber. White, Engineering Materials.
 CG. 401.-lndustrial Instrumentation and Control. 2 hours and 3 hours
laboratory or equivalent. 3 credits. Prerequisites: MS. 354, PS. 206 and one
of the following: CG. 348, CL. 313 or ML. 385. Offered 1.
 The fundamentals and principles of application of instruments and automatic con-
trol to industrial processes, designed for the engineer who will have occasional contact
with instrument and control problems in research or industry. Rhodes, Industrial In-
struments of Measurement and Control.
 CG. 442.-Chemical Engineering Seminar. 1 hour. 1 credit. Offered 2.
 CG. 443.-Chemical Engineering Laboratory. 6 hours. 2 credits. The
first half of the course CG. 443-444. Prerequisite: CG. 447. Offered 1.
 Experiments in chemical engineering operations.
 CG. 444.-Chemical Engineering Laboratory. 6 hours. 2 credits. The
second half of the course CG. 443-444. Prerequisite: CG. 448. Offered 2.

 CG. 447.-Principles of Chemical Engineering. 3 hours. 3 credits. The
first half of the course CG. 447-448. Prerequisite: CG. 348. Offered 2, 3.
 Fundamental chemical engineering operations: -Fluid flow, heat transmission,
evaporation, air conditioning, water cooling, drying, distillation, gas absorption, solvent
extraction, counter-current decantation, crystallization, filtration, crushing and grinding,
classification of solids, conveying. Brown, Unit Operations.
 CG. 448.-Principles of Chemical Engineering. 3 hours. 3 credits. The
second half of the course CG. 447-448. Offered 1.


The statement "Offered 1" means offered first semester; 2, second semester; 3, summer session.