PHARMACEUTICS –III (PHARMACEUTICAL ENGG -I)-PY - 301
Unit operations and processes, Material and energy balances, Dimensionless equations:
formulas and groups.

Materials of Pharmaceutical Plant Construction-
Factors affecting the material selection for pharmaceutical plants,Physical:Chemical;Mechanical properties and use of the important materials of construction with special reference to Ferrous metals,Copper,Aluminum,Nickel,Glass,Plastics and their alloys, Heat and Corrosion resistant alloys.

Corrosion and its Prevention –
General considerations,Types of Corrosion,Methods of reducing Corrosion,Simple mathematical problems.

Industrial Hazards and Safety measures-
Mechanical,Chemical,Electrical,Fire & Dust Hazards,Safety requirements,Legal requirements, Industrial dermatitis.

Fluid Flow-
Fluid statics,Manometers,Types of flow,Reynold’s Number and its significance,Concept of
boundary layers,Bernoulli’s theorem and its applications,Measurement of flow of –fluids, Valves.

Material Handling Systems-
Liquid handling: Different types of pumps.
Solid handling : Conveyors

Heat Transfer-
Heat transfer mechanisms, Heat transfer by conduction, Fourier’s law, Natural and forced
convection, Surface and overall heat transfer coefficients, Heat transfer by radiation, Heaters
and heat exchangers.

Humidity, Air- Conditioning and Refrigeration
Basic concepts & definitions of various terms,Psychometric charts,Wet bulb theory, Measurement of humidity, Application of humidity measurement, air-conditioning and
refrigeration in Pharmacy.

Automated Process Control Systems:
Process variables,Temperature,Pressure,Flow,Level and Vacuum and their measurements.
Elements of computer aided manufacturing (CAM).

LIST OF PRACTICALS 
  • Determine the corrosion rate of different materials
  • Determine the corrosion rate of the metal in different environments
  • Calibrate a venturimeter and interpret the energy losses graphically.
  • Determine the rate of heat transfer using different materials.
  • Calculate the humidity at different places using dry bulb and wet bulb temperature method.
  • Determine the overall heat transfer coefficient of the given condenser
  • Determine the water vapour permeability across the given packaging material.
  • Determine the nature of flow of fluid and Reynolds Number by using Reynolds apparatus.
  • Determine the rate of flow of the given fluid by orifice meter.
  • Determine the rate of flow of the given fluid by venturimeter
  • Determine the presser different by simple and differential manometers.
  • Correlate falling factors and Reynolds Number using given pipe line assembly.
  • Determine the enlargement losses contraction losses and friction losses in a fluid flowing through a pipe.
  • Calculate the coefficient of discharge at orifice using orifice meter.
BOOKS RECOMMENDED: 
  • J.F.Richardson and J.M. Coulron: Chemical Engineering
  • Walter L. Badger and J.T. Banchero: Introduction to Chemical Engineering
  • Perry: Handbook of Chemical Engineering
  • Lauer & Heckmann: Chemical Engineering Techniques
  • Peters: Elementary Chemical Engineering
  • S.J. Carter: Tutorial Pharmacy
  • N.D.Bhatt: Elementary Engineering Drawing.
  • McCabe W.L. and Smith J.C. Unit Operation of Chemical Engineering Mc Graw Hill International Book Co., London.
  • Cooper and Gunn’s Tutorial Pharmacy, CBS Publishers, New Delhi

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