6071: Instrumentation & Process Control KL Diploma Syllabus for CH 6th Sem 2015 Revision SITTTR

Instrumentation & Process Control detailed syllabus for Chemical Engineering (CH) for 2015 revision curriculum has been taken from the SITTTRs official website and presented for the CH students. For course code, course name, number of credits for a course and other scheme related information, do visit full semester subjects post given below.

For Chemical Engineering 6th Sem scheme and its subjects, do visit CH 6th Sem 2015 revision scheme. The detailed syllabus of instrumentation & process control is as follows.

Course Outcomes:

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SPECIFIC OUTCOMES

MODULE – I Measuring instrument for Temperature, Pressure, Flow and Level measurement

1. Understand the importance of instrumentation in chemical process industries
   1. List important process variables in chemical industry
   2. Static and dynamic characteristics of instruments
   3. List the basic elements of measuring instrument
   4. Draw a sketch of measuring instrument and indicate the basic elements and explain the functions of these elements
   5. List the temperature measuring instruments
   6. Explain the working of pressure spring thermometers
   7. Explain the working of pneumatic balance pressure thermometer
   8. Explain the working of vapour pressure thermometers
   9. Explain the working principles of thermocouples – SEEBACK, THOMSON AND PETLIER effect
   10. List the commonly used thermocouple wires with their temperature range of measurement
   11. List the advantages and disadvantages of thermocouples
   12. Explain the principle and working of radiation pyrometers
   13. Explain the principle and working of optical pyrometers
2. Understand the working of pressure measuring instruments
   1. Explain the working principle of a ‘c’ type Bourden tube
   2. Explain the following gauges with sketch
      1. Me-leod gauge
      2. Pirani gauge
   3. Explain the working of Bellows gauge and diaphragm gauge
3. Understand the working of various flow measuring instruments
   1. Principles involved in various flow meters
   2. Explain the working of gas flow meter
4. Understand the working of various liquid level measuring instruments
   1. Explain the working of
      1. float type
      2. Diaphragm box
      3. Bubbler system
      4. Electronic signalling type
      5. Magnetic type

MODULE – II Measuring Instruments for specific gravity, Viscosity Humidity

1. Understand the working of instruments used for measuring viscosity, specific gravity ,humidity.
   1. Describe with sketches of the following viscosity measuring instruments
      1. Ostwald viscometer
      2. Continuous viscometer
   2. Describe with the sketch displacement meter for specific gravity measurement
   3. Describe with sketch hydrometer type density measuring Instrument
   4. List the various humidity measuring instruments
   5. Define – Absolute humidity, specific humidity, relative humidity, wet bulb and dry bulb Temperature, dew point temperature
   6. Explain with sketches of the following instruments
      1. Wet and dry bulb thermometer
      2. Hair hygrometer
      3. Electric hygrometer
      4. Dew point recorder
2. Understand the significance of pH in process industries
   1. List the pH scale, with pH of some known liquids
   2. Describe with sketches of glass electrode and calomelelectrode
   3. Explain the basic working principles of a pH meter
   4. List various types of sensing devices of pH meter
   5. Explain immersed type sensor for pH meter

MODULE-III Composition analysis methods

1. Understand the methods of composition analysis
   1. Define spectroscopy
   2. Classification of spectroscopy
   3. Describe with a sketch of an infrared spectrophotometer
   4. Application of infrared spectrophotometer
   5. Describe with a sketch an ultraviolet spectrophotometer
   6. Application of ultraviolet spectroscopy
   7. Describe with a sketch of a flame photometer and lists its application
   8. Advantages and drawbacks of flame photometer
   9. Describe with a sketch of a Mass spectrometer and lists its application
   10. Disadvantages of mass spectroscopy
   11. Describe with a sketch of Atomic Absorption spectroscopy and list its application
2. Understand chromatography and its classification
   1. Define chromatography
   2. List the advantages of chromatography
   3. Explain with sketch of adsorption chromatography
   4. Explain with sketch of Liquid column Chromatography
   5. Explain Gas Solid Chromatography and Gas Liquid Chromatography with neat sketch
   6. Comparison of GSC and GLC
   7. Explain with sketch of HPLC

MODULE – IV Automatic process control

1. Understand the important Process control variables and terms
   1. Define
      1. Controlled variable
      2. Manipulated variable
      3. Load variable
      4. Dead time
      5. transportation lag
      6. Resistance
      7. Capacitance
   2. Explain the following types of control action
      1. Proportional
      2. Integral
      3. Proportional integral
      4. Proportional Derivative
      5. PID
   3. Explain two position control and its working
   4. List various controlling methods
   5. Explain Closed loop system or feedback control system with neat fig and example.
   6. Explain Open loop system or feed forward control system with neat fig and example
   7. Differentiate different types of control actions and how they are selected with neat figure.
   8. Describe in detail the temperature control of an air oven with two position control
   9. Draw the Instrumentation diagram of the following
      1. extraction column
      2. Single effect evaporator
      3. chemical reactor
2. Understand Controllers and control valves
   1. Explain the important features of controllers
   2. Explain working of pressure regulator
   3. Explain the working of flapper nozzle pneumatic controllers
   4. Differentiate electronic and pneumatic controller
   5. Explain the working of various types control valve plugs
   6. Define final control element.
   7. List various forces acting on the output member of final control element.
   8. Explain fluid flow control valve with neat sketch
   9. Explain solenoid valve
3. Understand the computerized control system
   1. Explain a micro-processer with neat sketch
   2. Define analog and digital signal transmission
   3. State the functions of A/D converter and D/A converter
   4. Explain DCS with a neat diagram
   5. Explain the DCS components
   6. State the Application of DCS
   7. List advantages and limitations of DCS
   8. Explain the following
      1. Control components of SCADA
      2. Working of SCADA
      3. Comparison of SCADA with DCS
   9. Describe the requirements of digital control and information monitoring system
   10. Draw the standard symbols of instruments and controllers
   11. List the functions of control room instruments

MODULE – I

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MODULE – II

Understand the measuring instrument for viscosity, specific gravity, humidity Viscosity—Ostwald-continuous viscometer Sp. Gravity- Displacement meter, hydrometer Humidity Absolute humidity, specific humidity, relative humidity, wet bulb and dry bulb temperature, dewpoint temperature Dew point method, wet bulb method, hygrometry, electrical type. pH- significance- scale-liquids, Electrodes- glass, calomel, pH meter- principle-sensing elements-immersed type

MODULE – III

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MODULE – IV Process Control

Process -control variables-terms types of control action-proportional integral, PI-PD-PID process control system open and closed loop systems – block diagrams of back ward feed, forward feed controls – types of control modes – on-off, proportional, integral, derivative, and their combinations. Comparison of different types of controls- temperature control of air oven instrumentation diagrams- various controlling methods– feedback control- feed forward control- -, controllers-working of flapper nozzle Pneumatic control-Various control valve plugs-. Final control elements – control valves, actuators, fluid flow control valve Computerized Control and Instrumentation Diagrams Microprocessor Descriptive treatment of the following: – Analog and digital signal transmission, A/D, D/A converter, analog and digital computer control system – microprocessor, distributed control system -SCADA,Comparison of SCADA with DCS.

Reference Books:

For the complete syllabus, results, class timetable, and many other features kindly download the iStudy App
It is a lightweight, easy to use, no images, and no pdfs platform to make students’s lives easier.
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For detailed syllabus of all other subjects of Chemical Engineering, 2015 revision curriculum do visit CH 6th Sem subject syllabuses for 2015 revision.

To see the syllabus of all other branches of diploma 2015 revision curriculum do visit all branches of SITTTR diploma 2015 revision.