Department of CH

Program Objectives:

To follow and achieve the mission, the undergraduate program implementation is based on certain educational objectives. The program educational objectives which are to be professionally accomplished in order to assure excellent engineering education to our graduates for their entire professional life are:

1-To foster within our graduates a strong foundation in the fundamental knowledge required for a career in chemical engineering.
2-To promote and encourage our graduates in applying fundamentals of chemical engineering in rigorous analysis and design application and he/she should be able to solve complex engineering problems encountered in industries.
3-Prepare our graduates with a broad up-to-date education for the diversity of productive career opportunities or for advanced study and life-long learning.
4-To develop within our graduates professional skills including management, responsible teamwork and creativity.

To develop an understanding of human dimensions of technology, fulfil social and ethical responsibilities and to develop an attitude for its lifelong practice.

Program Outcomes:

The chemical engineering graduates must demonstrate:

1-An ability to apply knowledge of mathematics, science and engineering.
2-An ability to design and conduct experiments, as well as analyse and interpret data.
3-An ability to design a system, component, or process to meet desired needs.
4-Graduates will possess an ability to function on multidisciplinary teams.
5-An ability to identify, formulate and solve chemical engineering problems.
6-An understanding of professional and ethical responsibilities
7-An ability to communicate effectively in both verbal and written forms
8-Broad education to understand the impact of engineering solutions in a global and societal context.
9-Recognition of the need for and an ability to engage in self study and life-long learning.
10-Knowledge of contemporary chemical industry

An ability to use the techniques, skills and modern engineering tools necessary for chemical engineering practice.




Mohd. Kafeel has presented research papers in one international and four national conferences on optimization studies on refinery configuration using Linear programming and commercial software, ethanol blended gasoline and petroleum biotechnology.

Neha Goyal has presented research paper in 3 national conferences. Her area of research is adsorption on molecular sieves for petroleum refinery isomerization feed stocks.

Mr. Anuj Kumar has published two research papers in international journals (Heat Transfer-Asian Research and International Journal of Thermal Sciences) and presented one full length paper in International conference and one national conference. His area of research is computational fluid dynamics.

Mr. Divyanshu Arya has presented research paper in National conferences.

Industry Interface:

S.No. Industry Visited                        Semester    Academic Year
1.     Ambuja Cement, Roorkee               8           2010-11
2.     Jubilant Life Science, Gajraula        8, 5        2010-11, 2011-12
3.     Teva API, Gajraula                       8, 5        2010-11, 2011-12
4.     Dev Priya Paper Mill, Meerut           7           2011-12


Research Activities:

The department has seven M. Tech and two B.Tech young faculty members having 1-4 years of teaching or research experience, who are actively involved in research activity in various areas of specialization in chemical engineering such as modeling and simulation, petroleum refining, industrial safety, hazard analysis,  industrial pollution, and biotechnology. They are actively guided and motivated by Dr M. C. Bansal, Professor and Head, who has retired from IIT Roorkee after 42 years of service. Two Ph.D. thesis have been completed under him at IITR since he has joined BIT and 2 more are in the pipe line. Many national and international publications have been made under him since he has joined BIT.
Faculty members have presented and published their technical papers in one international and five national conferences of high reputation and research papers in journals are under process. 


Heat transfer lab contains the following equipments:
• Shell and tube heat exchanger
• Plate and frame heat exchanger
• Parallel and counter flow double pipe heat exchanger
• Double effect evaporator
• Open pan evaporator
• Pool boiling apparatus
• Equipment for thermal conductivity of insulating powder
• Equipment for thermal conductivity of a metal rod
• Equipment for heat transfer in natural convection

Heat transfer lab contains the following equipments:

• Jaw crusher
• Roll crusher
• Plate and frame filter press
• Equipment for fluidized bed characteristics
• Sedimentation studies apparatus
• Ball mill
• Sieve shaker
• Leaf filter
• Fluid mixing apparatus
• Drag coefficient apparatus
• Equipment for pressure drop through packed bed
• Cyclone separator
• Screw conveyor
• Elutriator

Mass transfer Lab contains the following equipments:

• Liquid-liquid extraction in packed beds
• Absorption in packed beds
• Vapour in air diffusion
• Forced draft tray drier
• Sieve plate distillation
• Steam distillation set up
• Wetted wall column
• Water cooling tower
• Spray tower
• Aeration unit
• Hydrodynamics of packed bed

Process control lab contains the following equipments:

• Time constant of thermo couple and thermo meter
• Single tank system
• Two tank non interacting system
• Two tank interacting system
• Characteristics of PID controller
• Calibration of thermocouple
• Dead weight pressure gauge tester
• Control valve characteristics
• Measurement of level by air purge method
• Measurement of level by capacitance method

Reaction Engineering Lab contains the following equipments:

• Isothermal batch reactor
• Isothermal CSTR
• RTD studies in CSTR
• RTD studies in PFR (coiled type)
• Isothermal semi-batch reactor
• Cascade CSTR

Environmental Lab contains the following equipments:

• Aeration unit
• BOD incubator
• Jar testing apparatus
• VIS spectrophotometer

Cad lab contains the following experiments:

• Dynamic simulation of gravity flow tank using MATLAB
• Dynamic simulation of three tanks in series using MATLAB
• Dynamic simulation of three isothermal CSTR’s in series using a closed loop controller
• Steady state simulation of amine regeneration unit using Hysys as simulator
• Sizing and pressure drop calculations in pipelines using chemcad as simulator
• Steady state simu


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Course Outcome
List of Toppers


Admission Open 2017-18

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