Hello dear readers, in this post, I’ve provided details and download links to notes on Pharmaceutical Engineering (BP304T) according to the PCI syllabus for B Pharm 3rd Semester 2023.
In the notes of Pharmaceutical Engineering, we have provided two kinds of notes: Handwritten notes and Standard notes.
Pharmaceutical Engineering notes are designed to provide fundamental information on the science and art of unit operations that are used in the pharmaceutical industry.
Friends In the Pharmaceutical Engineering as per the syllabus copy of PCI B Pharm 3rd semester, there are a total of 5 units in this subject.
Download Pharmaceutical Engineering All Units Notes PDFs FREE
Click on the following download buttons below the names of the units to download Pharmaceutical Engineering both Handwritten and Standard Notes.
In the Pharmaceutical Engineering Notes Pdfs, the following chapters are explained in detail.
Fluid flow: The types of manometers, Reynolds numbers and their significance of it, Bernoulli’s theory and its applications, energy losses, Orifice Meter, Venturi meter, Pitot tube, and Roto meter. Size Reduction: Goals and Mechanisms, Laws and Regulations that govern size reduction, variables affecting size reduction, their principles, construction, working, applications, and advantages and disadvantages of ball mill and fluid energy mill. Edge Mill, Runner mill, and End running the mill. Size Separation: Objectives, uses, and mechanisms for size separation. Official standards for powders Sieves and size separation principles Construction, working benefits, and demerits from Sieve shakers, such as cyclone separators Bag filters, air separators, and elutriation tanks.
The Heat Transfer Process: Goals, Applications, and Heat transfer mechanisms. Fourth law: Heat exchange via conduction, convection, and radiation. Heat interchangers & heat exchangers.
Evaporation: Objectives and applications and factors that influence the process of evaporation, and differences between it and another process of heat. Principles, principles of construction, working, applications of, advantages and disadvantages of the Steam jacketed kettle horizontal tube evaporator, climbing-film evaporator forced circulation evaporator multiple-effect evaporator and the economics for the multi-effect evaporator.
Distillation: The Basic Principles and methodology of distillation simple the flash distillation process, fractional distillation at reduced pressure steam distillation, and molecular distillation
Drying: Objectives, Applications, and mechanism of drying process measurement and application to Equilibrium Moisture contents, the rate, and drying curvature. The principles of the construction, functioning, and uses, as well as the merits and drawbacks of Tray dryers Drum dryers, spray dryers fluidized bed dryers vacuum dryers and freeze dryers.
Mixing: Goals, applications, and the factors that affect mixing differences between liquid and solid mixing, mechanisms of mixing liquids, mixing solids and semisolids mixing. Principles, construction, working Utilization Merits and Demerits for Double Cone Blender twin shell blenders, ribbon blenders, Sigma blade mixer, propellers, planetary mixers Turbines Paddles, and the Silverson Emulsifier.
Filtration: Objectives, Applications, and theories that influence the filtration process, including filter aids and filters. Principle of Construction, Working Merits, and uses of frame and plate filters as well as filter leaf and rotary drum filters, Meta filter, Cartridge membrane filters as well as Seitz filter. Centrifugation: Principles, objectives, and applications of Centrifugation principles and working principles, construction, advantages, uses, and drawbacks of Perforated basket centrifuge, non-perforated basket centrifuge, semi-continuous and super centrifuge.
Materials for the construction of pharmaceutical plants Corrosion and its prevention: factors that influence the choice of materials to be used in pharmaceutical plants, theories of corrosion, the types of corrosion, and prevention. Nonferrous and ferrous metals organic and inorganic non-metals are the fundamental materials handling systems.
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