4074: Petroleum & Energy Engineering KL Diploma Syllabus for CH 4th Sem 2015 Revision SITTTR

Petroleum & Energy Engineering 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 4th Sem scheme and its subjects, do visit CH 4th Sem 2015 revision scheme. The detailed syllabus of petroleum & energy engineering is as follows.

Petroleum & Energy Engineering

Course Outcomes:

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SPECIFIC OUTCOMES

MODULE – I PETROLEUM & NUCLEAR FUELS

Understand the Important primary and Secondary Liquids Fuels.
1. Define Petroleum, Origin, Formation of Petroleum, Exploration, and Drilling.
2. Name the different Crude Oil and their sources.
3. Classify Petroleum deposits
4. Explain fractional distillation of crude oil refining process with flow diagram
5. List the petroleum products from crude oil refining and their boiling ranges
6. Draw the fractionating column and name the parts
7. Explain the production of Gasoline by secondary process
8. Define cracking, list the types of cracking .
9. Explain with a flow diagram of fluidised catalytic cracking process
10. Explain with a flow diagram of fixed bed catalytic cracking process
11. Explain with a flow diagram of thermal cracking process .
12. Define hydro cracking, polymerisation, reforming, alkylation, isomerisation
13. Explain with a flow diagram of catalytic reforming
14. Explain with the flow diagram of catalytic polymerization
15. Explain with the flow diagram the Sulphuric acid alkylation process
16. List the types of isomerisation processes
17. Explain with the flow diagram the low temperature isomerisation process
18. Define octane number, knocking and cetaine number
19. Name the anti-knocking agents
20. Explain the various types of non petroleum liquid fuels
21. Describe the storage of liquid fuels
Understand the purification of petroleum products
1. Define sweetening of petroleum
2. List the important sweetening processes
3. Explain Doctor’s sweetening process
4. Describe Copper Chloride sweetening process
5. Explain with flow diagram of Copper Chloride sweetening process for the sweetening of butane, gasoline, fuel oil and Kerosene
Understand the nuclear fuels used for power generation
1. Define Nuclear fusion reactors
2. Classify the Nuclear reactors for power generation
3. Draw the nuclear reactor & name the parts
4. List the nuclear fuel materials
5. Describe the occurrence of Uranium , Thorium& Plutonium
6. Explain magneto hydrodynamics power generation with the help of diagram
7. List the advantage of using hydrogen as an energy carrier
8. Describe the storage of hydrogen
Analysis of liquid fuel
1. Define flash and fire point of liquid fuel
2. Illustrate the function of Redwood viscometer
3. Illustrate the function of Pensky Marten’s flash point apparatus

MODULE- II SOLID FUELS AND GASEOUS FUELS

Understand the characteristics of solid fuels
1. Define fuel
2. List primary & secondary solid fuels with examples
3. Explain the composition of wood
4. Explain the composition of charcoal
5. Explain the origin coal
6. List the theories behind origin of coal
7. Describe the ranks of coal
8. Describe the characteristics of peat
9. Describe the characteristics of Lignite
10. Describe the characteristics of semi bituminous
11. Describe the characteristics of sub bituminous
12. Describe the characteristics of Anthracite
13. Define fusion point of ash
14. Define calorific intensity
15. Describe the classification of Indian coals
16. Describe the proportion of coal for industrial purpose
17. Describe the properties of coal used for metallurgical process
18. Describe the properties of coal used for gas producers
19. Describe the properties of coal used for locomotive engines & steam generation
Understand the cleaning methods of coal
1. Explain gravity separation by wet & dry process
2. Explain froth floatation by wet process
3. Explain Jigbaum washing by wet process
4. Explain Wilfly table method by dry process
5. Explain Cyclone washing
6. Describe Storage of solid fuels
7. Define spontaneous combustion
8. Describe the precautions taken for storage of coal
Understand the different coal carbonization methods
1. Name the two types of carbonization
2. Differentiate between low temperature & high temperature carbonization
3. Explain the manufacture coke using beehive oven
4. Explain the manufacture coke using Otto Hoffman by product oven.
5. State the properties of metallurgical coke.
6. Describe recovery of byproducts from coke manufacture
7. Describe the composition of coke oven gas
8. List the uses and calorific value of coke oven gas.
Understand the construction of various types of calorimeter
1. Define calorific value of fuel
2. Define higher & lower calorific value
3. List the apparatus used for determining calorific value
4. Draw the figure of Bomb calorimeter
5. Draw the figure of Junkerâ€™s gas calorimeter
6. Explain construction, working & calculation of Bomb calorimeter
7. Explain construction,working & calculation of Junkerâ€™s gas calorimeter
8. Define flame temperature
9. Define ignition temperature
Analyze the energy content of gaseous fuels
1. Define natural gas
2. State the calorific value, composition uses of natural gas.
3. Illustrate the manufacture of producer gas
4. List the uses of producer gas
5. State the reactions in the production process of producer gas
6. List the composition and calorific value of producer gas.
7. Explain the manufacture of water gas
8. State the reactions in the manufacture of water gas.
9. List the uses of water gas.
10. List the composition and calorific value of water gas.
11. Explain the manufacture of carbureted water gas with the aid of gas generator
12. List the uses of carbureted water gas.
13. List the composition & calorific value of carbureted water gas
14. Explain the manufacture of oil gas
15. List the composition and uses of oil gas
16. Describe the manufacture of coal gas with the help of diagram.
17. List the uses of coal gas
18. List the composition and calorific value of coal gas.
19. List the uses of LPG
20. State the composition & calorific value of LPG
21. Explain manufacture of Biogas/gobar gas
22. Draw the figure of biogas generator, name the parts
23. State the composition & calorific value of gobar gas
24. List the uses of biogas & gobar gas
25. List the composition of Blast furnace gas
26. List the calorific value of Blast furnace

MODULE III ANALYSIS OF FUEL, FUEL BURNING SYSTEMS AND FURNACES

Understand the analysis of coal & flue gases
1. Describe flue gas analysis
2. Name the apparatus used for flue gas analysis
3. Draw the figure & name the parts of Orsat apparatus
4. Explain construction,& working of Orsat apparatus
5. List the specific application of Orsat apparatus in industries
6. Name the analysis of coal
7. Define proximate & ultimate analysis
8. Describe the proximate analysis
9. Describe the ultimate analysis
Understand the construction & working of furnace
1. Define the term furnace
2. Explain the construction & working of blast furnace with the help of sketch
3. Explain the constructional details & working of open-hearth furnace with the help of a sketch.
4. Explain the construction and working of electric furnace.
5. Explain the different heat saving methods.
6. Explain regeneration waste heat recovery.
Understand the coal burning system.
1. List the different coal burning system.
2. Explain primary air amd secondary air supplied to the burning system.
3. Draw the figure and explain the working of over feed stocker.
4. Draw the figure and explain the working of traveling grate stocker.
5. Draw the figure and explain the working of chain grate stocker
6. Explain the coal burning system.
7. Explain the fluidized bed combustion system
Understand the liquid fuel burning system
1. Explain burning system for liquid fuel.
2. Draw the figure of the following oil atomizing burner, venturiburner, blast buner(low pressure and high pressure),rotary cap burner, swerling burner.
3. Explain burning system for gaseous fuel.
4. Draw the figure and explain inside mixing type burners.
5. Draw the figure and explain outside mixing type burners

MODULE- IV NON CONVENTIONAL ENERGY

Understand the methods of energy production from non-conventional sources
1. classify solar energy utilization
2. List the different types of collectors
3. Explain flat collectors with the help of diagram.
4. Explain liquid flat collectors with the help of sketch
5. Draw the cylindrical parabolic concentrating collectors.
6. Explain the working of cylindrical parabolic concentrating collectors
7. Draw the figure and explain the working solar heater
8. Describe the thermal applications of solar energy.
9. Draw the figure and explain water heating.
10. Draw the diagram of forced circulation water heating system.
11. Draw the diagram and name the parts of space heating.
12. Draw the schematic diagram solar air heater
13. Describe the space cooling and refrigeration
14. Draw the figure and name the parts of solar absorption refrigeration system
15. Explain the working solar still for using solar distillation with the help of figure
16. Evaluate the solar drying & solar cooking
17. Draw the diagram & name the parts of box type solar cooker
18. Describe the working of silicon cell
19. Evaluate the application of silicon cell
20. Draw the schematic diagram of photo voltaic water pumping system
21. Draw the diagram of satellite solar power station
22. Explain the working of wind mills
23. List the types of wind mill rotors
24. Draw the figure of different wind mill rotors
25. Evaluate the energy from Biomass
26. Describe principle working ocean thermal energy conversion
27. Draw the schematic diagram of OTEC plant
28. Explain the different sites of tidal energy in India
29. List the geothermal power stations in India
30. Explain tidal electric power generations

MODULE – I PETROLEUM& NUCLEAR FUELS

MODULE – II SOLID FUELS AND GASEOUS FUELS

Solid fuels-Classification-Composition of wood-Charcoal-Origin of coal-theories of origin of coal-ranking of coal-characteristics-peat-lignite-sub bituminous coal-bituminous coal-semi anthracite coal-anthracite coal -classification of coal according to their analysis properties anduses of coal for industrial purposecleaning of coal-carbonization of coal -high temperature and low temperature carbonizationmanufacture of coke-Beehive oven-OttoHoffman by product oven-storage of coal. Calorific value-higher and lower calorific value-bomb calorimeter-Junker’s gas calorimeter-flame temperature-Ignition temperature. Gaseous fuel-Natural gas,composition and calorific value-manufacture,calorific value,Composition and uses of produer gas-water gas-carburreted water gas-oil gas-coal gas-bio gas/gober gas,uses,composition and calorific value of LPG and blast furnace gas.

MODULE – III ANALYSIS OF FUEL, FUEL BURNING SYSTEMS AND FURNACES

MODULE – IV NON CONVENTIONAL ENERGY

Solar energy-types of collectors – thermal application for solar energy-water heating – space heating- cooling and refrigeration- distillation-solar drying and cooking-working of silicon cellWind energy-working of wind mills energy from bio mass-working principle of ocean thermal energy conversion -Schematic diagram of OTEC-Geo thermal power- geo thermal power station in India-tidal energy sites in India-tidel energy power generation

Reference Books:

For detailed syllabus of all other subjects of Chemical Engineering, 2015 revision curriculum do visit CH 4th 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.

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