To understand the principles of chemical reaction engineering.
To develop lumped and distributed models for processes and to model them using SIMULINK, to model and control thermal process, level using P, PI, PID control and to study the dynamics of inherent and installed characteristics of different process valves.
To understand the basics of various separation techniques and to select appropriate separation methodology, to determine the mass transfer coefficient for designing the size of the separator, to understand the preparatory and analytical chromatographic techniques.
To develop and apply modern numerical methods to problems arising in chemical engineering. The overall aim is to shorten the development period from research bench to the industrial production stage by providing insight into the underlying processes to industrial level.
The course is designed to develop sampling and analytical skills of the students which are required in environmental monitoring.
To develop sound practical knowledge for students on various Separation processes which have their Environmental applications.
To make students gain practical knowledge on various analysis and treatment systems in pollution treatment techniques and its application.
To develop sound practical knowledge for students on different types of Advanced Oxidation Process.
Students will gain the understanding about quality testing of petroleum products.
To impart practical knowledge on various sophisticated analytical instruments used in upstream and downstream petroleum processing.
Students will gain knowledge in the physical and chemical characteristics of petroleum products.
Students will understand the analytical techniques involved in determination of various components such as types of hydro carbons.