Module 1: Properties of Solid and liquid at low temperature [8 Hours]
Mechanical, thermal, electrical, and superconductivity properties of engineering materials.
Properties of cryogens viz., Oxygen, Nitrogen, Hydrogen, Helium and Neon
Module 2: Separation and Purification Systems [12 hours]
Ideal Separation of Gases, Characteristics of Mixtures, Principles of Gas Separation, Calculation of number plate column for gas separation, Air Separation Systems, Hydrogen Separation Systems, Helium Separation Systems, Gas Purification.
Module 3: Cryogenic Instrumentation [10 hours]
Properties Characterizing Cryogenic Instrumentation, Temperature, Pressure, Liquid Level, Displacement and Position
Module 4: Storage and Transfer Systems [6 hours]
Insulation Concepts, Storage Systems for Cryogenic Liquids, Transfer Systems, Industrial Storage and Transfer, Safety of the cryogenics system.

To get the knowledge on the properties of both matter and fluid for better design of the process equipment in cryogenics application

To understand the gas liquefaction and refrigeration system

Instrumentation in cryogenic system is essential for measuring properties at low temperature

safety in cryogenics is highly important for handling liquids or cryogens environment.

1. The knowledge on the properties of both matter and fluid for better design of the process engineering in cryogenics application.
2. Understanding the gas separation system and able to calculate the no of plates require for the gas sparartion process at low temperature.
3. Instrumentation in cryogenic system is essential for measuring properties at low temperature
4. Unstanding the importance of the storage and transfer systems of the cyrogens (LOx, LN2, LH2, LHe)
5. Safety in cryogenics is highly important for handling liquids or cryogens environment.

K. D. Timmerhaus and T. M. Flynn, Cryogenic Process Engineering, Plenum Press, 1989 , Reprint editions on 2008

Mamata Mukhopadhyay, Fundamentals of Cryogenic Engineering, PHI Learning Private Ltd., 2022

Randall F. Barron, Cryogenics Systems, Oxford University Press, 1985

G.M Walker, Cryocooler- Part 1 Fundamentals, Plenum Press, 1983