UNIVERSITY OF FLORIDA


 CG. 512.-Advanced Chemical Engineering. 3 hours or its equivalent.
3 credits.
 Problems and discussions on unit operations of chemical engineering including the
application of economic balance to design and operation.
 CG. 513.-Advanced Chemical Engineering Calculations. 3 hours. 3
credits. Offered 1.
 Analysis of data, rectification and correlation of data, dimensional analysis, graphical
methods of calculation. Sherwood and Reed, Applied Mathematics in Chemical En-
gine'ering; Davis, Empirical Equations and Nomography

 CG. 521.-Distillation & Gas Absorption. 3 hours or its equivalent. 3
credits. Offered 2.
 A comprehensive review of the fundamental principles of distillation and gas ab-
sorption is made. These principles are applied to the design of equipment for both
binary and multicomponent systems. Elements of Fractional Distillation, Robinson and
Gilliland.
 CG. 522.-Chemical Engineering Kinetics. 3 hours or its equivalent. 3
credits. Offered 1.
 A detailed study of the rates of homogeneous, heterogeneous, and catalytic reactions
in gaseous and condensed systems is made. Both theoretical and practical studies of rates
are applied to the design of chemical processes and equipment. Hougen and Watson,
Kinetics and Catalysis.
 CG. 525.-Chemical Engineering Processing Equipment. 3 hours. 3 credits.
Offered 1.
 A study of industrial equipment available for commercially carrying out the various
unit operations such as fluid flow, heat transfer, evaporation, drying, filtration, etc.
Specific examples of both organic and inorganic processes will be used to show how
several operations must be made mutually compatible in a complete process. Problems
in choice of equipment involving relative costs, efficiencies, plant space requirements
and qualities imparted to the material handled. Riegel, Chemical Machinery.
 CG. 531.-Advanced Chemical Engineering Thermodynamics. 3 hours or
its equivalent. 3 credits. Offered 2.
 Advanced problems in the application of thermodynamics to industrial processes.

 CG. 541.--Heat Transmission and Fluid Flow. 3 hours or its equivalent.
3 credits. Offered 1.
 Extension of elementary principles to more advanced problems in steady and un-
steady heat flow to fluids and solids including consideration of fluid flow under non-
isothermal conditions. McAdams, Heat Transmission.
 CG. 545.-Adsorption. 3 hours. 3 credits. Offered 2.
 Theory of adsorption; adsorption as a unit operation of chemical engineering;
manufacture, properties and applications of typical adsorbents; deionizers; testing of
adsorbents. Mantell, Adsorption.
 CG. 546.-Drying. 3 hours or its equivalent. 3 credits.
 Theory of drying of solids and the effects of certain variables on the rate of drying;
the drying of suspensions, solutions, liquids and gases.
 CG. 548.-Micromeritics. 3 hours. 3 credits.
 Study of the properties of fine particles and their effect in engineering problems
relating to soils, flow of materials, filtration, separating operations and catalytic reactions.

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