|Flow measurement by orificemeter and venturimeter |
To find the coefficient of discharge for venturi meter.To find the coefficient of discharge for orifice meter.
|Gas Liquid Absorption |
This exercise deals with the mass transfer operation known as gas absorption in which a soluble gas is absorbed from its mixture with an inert gas by means of a liquid in which the solute gas is more or less soluble.
|Two Phase Flow in Horizontal Tubes|
Two phase gas / liquid flow is important in a variety of chemical engineering applications such as the simultaneous transport of the gas and oil in horizontal pipelines or a vertical wells several flow regimes can occur, depending on many factors, includi
|Hydrodynamics of packed column|
This experiment gives you an idea about packed columns , effects of gas and liquid flow rates on the pressure drop developed. You can plot pressure drop vs gas flow rate keeping liquid flow rate as parameter and obtain loading and flooding points.
|Nature of flow |
In the following exercise you will learn to visually identify the different flow regimes of a fluid flowing through a pipe. You will also learn what is friction factor of a given pipe and how is it related to Reynolds number. It is a natural phenomenon
|Adiabatic calorimetry |
Calorimetry involves measurements of enthalpy changes in various processes like mixing, dilution, dissolution, crystallization, adsorption or in a chemical reaction. In addition, it is used for the determination of heat capacities. Calorimetry can be oftw
|Flow through fittings|
This experiment will give you an idea about how to identify the different types of pipes, fittings; valves which are present in an industrial piping network. To determine the pressure drop and thus the friction coefficient for fluid flow through different
|Heat transfer in a double pipe heat exchanger|
Objective of this experiment is to verify Seider-Tate for laminar and Dittus-Boelter for turbulent
|Vapour Liquid Equilibrium|
In this experiment you will learn about the concept of vapour liquid equilibrium for binary liquid mixtures by generating vapour liquid equilibrium (VLE) data (Teq-xeq-yeq) at constant pressure using an Othmer's still. Owing to inherent errors in the
|Ebulliometric Determination of Vapour Pressure|
Objective of this experiment is to determine the saturation temperature for various pressures of a pure substance and to calculate the correlation constants in the vapour pressure equation.