Shri Shivaji Education Society, Amravati’s,

College of Engineering & Technology, Akola

(Accredited by National Board of Accreditation, India)

N.H.No. 6, At Post : Babulgaon (Jh.),  Akola – 444 104.

Maharashtra State, INDIA.

 DEPARTMENT OF CHEMICAL ENGINEERING

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ASSIGNMENT TO BE SUBMITTED AND QUESTION BANK FOR THIRD AND FINAL YEAR. 

SANJAY KRISHNA NAVHALE

                                                       M.E. CHEMICAL ENGG.

LECTURER,

DEPARTMENT OF CHEMICAL ENGINEERING

Laxminagar, Mothi Umari, Akola-444005. Maharashtra State, India.

e-mail : [email protected]                                            [email protected]

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 Telephone No.+91 (0724) 2428596 [R]     2259024 EXT:35 [O]

CHEMICAL ENGINEERING

Think about career where the opportunities are endless.

                        What is chemical engineering?

                        Need of chemical engineering!

                        Role of chemical engineering in development of society.

            Trying not to sound like an advertisement, I'd like to describe some of the more common careers pursued with a Chemical Engineering degree.  Firstly, if you're considering studying Chemical Engineering, but you're a little worried, you actually may want to think about it some more!  

            I've actually heard someone say, "How hard can it be?"  Really hard, but really rewarding too!  True, the material involved in far from easy and some of the concepts take hours (and in some cases years!) to master, but isn't having this degree worth the effort?  I think that you'll find that it will be.  I guess what I'm saying is, if you're serious about wanting to be a Chemical Engineer, go for it and don't be afraid to fail (as long as you've done your best).  If you're not sure what you want to do, take some preliminary courses first and then ask some of the current students what they think so far and compare you're academic merit to theirs.

          Now, once you've got the degree, the fun really starts.  I suggest taking the Fundamentals of Engineering Exam (viz GATE) shortly before or after graduation.  The after 4 or 5 years of industrial work, you can take the Professional  Engineering careers in some for well reputed multinational and national companies.  Always a good idea to take these exams, remember, if you don't someone else will and they'll probably get your job!  

                        Speaking of jobs,

What kind of work can you do with a Chemical Engineering degree?

"I love designing equipment, optimizing processes, and performing financial analyses on these processes."
                        --DESIGN ENGINEER

"I like to analyze existing processes and suggest changes needed to increase profitability"
                        --PROCESS ENGINEER

"I really like designing and performing experiments to test theories and check the economic impact of plant changes on a small scale"
                        --RESEARCH AND DEVELOPMENT ENGINEER

"I'm a people person and I don't like being trapped in one place all of the time"
                        --FIELD ENGINEER OR TECHNICAL SALES PERSONNEL

"I want to be a physician"
                        --MEDICAL SCHOOLS REALLY LIKE CHEMICAL ENGINEERS

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7SCET3               PROCESS DYNAMICS AND CONTROL         

The subject is an introduction to the science measurement and control of process parameters. The automatic control systems have been rapidly developing in every field of engineering. The subject serves the knowledge of theoretical aspects and the application of control system covering very wide range from different types of control system to the design of various system [first and second order] and controllers

 With the growth of continuous manufacturing, the need for continuous measurement of various process variables like temperature, pressure, level, flow, density, viscosity, composition etc. and control them within required range becomes urgent in order to get better quality and economics of the process. 

OBJECTIVE:

1]       Understanding the science of measurement of parameters and controlling the same automatically.

2]        Understanding the basics principle fundamental concept of process control for smooth functioning of industrial process.

3]       Understanding the classical techniques for mathematical analysis in detail for design and operation purpose. 

4]       Understanding the mechanisms of different controller and control valve often encounter in chemical processes.

5]       Understanding the effects of the various feedback controllers and the selection of the appropriate controllers.

6]       The analysis of stability characteristics and frequency response techniques for tuning of controller used.

PREREQUISITE:

                   The student is assumed to be having the knowledge of Laplace calculus, unit operations and complex number. Familiars with the elements of mechanics, thermodynamics and fluid mechanics beyond the elementary knowledge of physics. Understanding the science of measurement for both static and dynamic system for parameters viz. temperature, pressure, level, flow, density, viscosity and composition.

7SCE3                                           PROCESS DYNAMICS AND CONTROL

TENTATIVE COURSE CONTENT 

SECTION : A

UNIT NO. : I

UNIT NO.: II

UNIT NO. : III

 SECTION: B

UNIT NO.: IV

UNIT NO.: V

UNIT NO.: VI 

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5SCE(FPOPC)T2                              CHEMICAL ENGINEERING

                                               MECHANICAL OPERATIONS  (CEMO)

Chemical engineering has to do with industrial process in which raw materials are charged or separated into useful product. Frequently it is necessary to separate the component of mixture into individual fraction. Separating under one class includes methods, called differential separation, which involve phase changes or transfer of material from one phase to another. The second class methods include mechanical separation, which are applicable to heterogeneous mixture, and not to the homogeneous solution. The techniques are based on physical differences between the particles such as size, shape, density or surface properties. Of all shapes and sizes that may be found in solids, the most important from chemical engineering is the small particle. Solids may be broken in many different ways, but only compression, impact, attrition and cutting are commonly used in size reduction machines.

OBJECTIVES:

Understanding the principle/ techniques

1]       Mechanical and non mechanical separation of solids form solid.

2]       Size reduction of solids particles along with energy requirement.

3]       Filtration used for separation of solids from a suspension in liquid.

3]       Mixing of liquids in liquids and solids in liquid.

4]       Construction and working of conveyor used for transportation of bulk solids.

5]       Centrifugation for separation of solid-liquid and liquid-liquid

6]       Separation of solids based on surface properties [electric and magnetic] and based on gravity.

PREREQUISITE:

Knowledge of basic fundamentals of engineering and science include general material balance and fundamental laws of science. The knowledge of mathematics will also help while understanding derivation for some equipments or operation.

TENTATIVE COURSE CONTENT 

SECTION: A

UNIT NO.: I

UNIT NO. :II

UNIT NO. : III

SECTION: B 

UNIT NO. : IV

 UNIT NO. : V

 UNIT NO. : VI

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