Calendar: 1931-1932 Page 191

188 COURSES OP STUDY IN CHEMICAL ENGINEERING its derivatives-Coal-tar products-Chemistry of benzene and its homologues-Chief classes of dyestufis intermediates and other products of technical importance 30 Lectures Laboratory S7 and Sa Physico-chemical measurements and instruments-Measurement of gaseous equilibria--Fractionation of hydrocarbon mixtures-Examination of petrols clarity specific gravity distillation tests-Lubricating oils viscosity flash point- Coal analysis calorific value-Analysis of coal gas-Water softening and analysis-Semi-works scale preparation of chemical materials illustrating the application of processes selected from the following Crystallisation Sulphonation Nitration Reduction Diazotisation Acetylation Saponification etc Se -Chemistry ot Metals Mr Singlehurst Ward Chief mechanical properties of metals and alloys-General metallurgy of the important industrial metals with special reference to iron and steel-Detailed study of selected alloys including plain carbon steels alloy steels brasses bronzes aluminium alloys and bearing metals 20 Lectures Laboratory -Metallographic study of the alloys dealt with in the Lectures including preparation of the specimens used in this study- Heat treatment of alloys-Calibration and use of pyrometers FOR CHEMISTRY AND ENGINEERING STUDENTS S10 -Physical and Reaction Treatment of Materials Mr Cremer The principles governing the Design Layout and Operation of common types of Chemical Plant are considered Examples in the design of typical units of plant are given involving application of the principles dealt with in the other parts of the course and including the preparation of quantitative Flow Sheets of Materials Energy and Time Conveyance and Storage of Materials-Weighing-Size Reduction crushing grinding grading and screening-Mechanical and Electrical Separation Processes-Filtration theory of filtration classification of filters choice of filters filter calculations water purification and filtration-Leaching and dissolving-Basic principles of Vaporisation Processes-Evaporation classification of evaporation processes single and multiple effect evaporation condensing and cooling factors heating elements entrainment calculations for evaporator design- Drying methods of drying general principles of drying by vaporisa- tion drying apparatus and auxiliary equipment-Distillation distil- lation processes design of stills destructive distillation-Charac- teristics of Crystallisation Plant-Furnace and Kiln Design-Vapour