Exam Details
| Subject | Waste Water Treatment | |
| Paper | ||
| Exam / Course | B.Tech. Civil (Construction Management) / (Water Resources Engineering)/ (Aero Space Engineering) BTCM-BTWRE | |
| Department | School of Engineering & Technology (SOET) | |
| Organization | indira gandhi national open university | |
| Position | ||
| Exam Date | December, 2015 | |
| City, State | new delhi, |
Question Paper
Differentiate between aerobic and anaerobic processes of decomposition of organic matter.
Draw neat sketches of the following:
Floor Trap
Intercepting Trap
Differentiate between 'Storm sewage', 'Sanitary sewage', 'Domestic sewage' and 'Industrial sewage'.
Determine the size of a circular sewer for a discharge of 600 l/s running half full. Assume i =0·0001 and n =0.015. For half full sewer, q/Q =0.5.
Draw a neat sketch of a drop manhole and indicate where is it used.
Describe in order various stages followed in the construction of sewers.
If the 2-day 25°C B.O.D. of a sample of sewage is 200 what will be its 5-day 30°C B.O.D.
K25 0.1256, K30 0.1578,
La, T La, 20(0.02 T
T is the temperature.
The average sewage flow from a city is 80 x 10^6 lid. If the average 5-day B.O.D. is 285 compute the total daily 5-day oxygen demand in kg and the population equivalent of the sewage. Assume per capita B.O.D. of sewage per day 75 g.
Explain the self-purification of streams.
Explain and sketch a grit chamber.
Explain the theory of activated sludge process and illustrate the sequence of operations by drawing a flow diagram.
What do you mean by 'digestion of sludge' How is it carried out at municipal sewage treatment plants
7. Write short notes on any four of the following:
Oxygen sag curve
Waste water reuse
Catch basins
Oxidation pond
Screens
Composting
Draw neat sketches of the following:
Floor Trap
Intercepting Trap
Differentiate between 'Storm sewage', 'Sanitary sewage', 'Domestic sewage' and 'Industrial sewage'.
Determine the size of a circular sewer for a discharge of 600 l/s running half full. Assume i =0·0001 and n =0.015. For half full sewer, q/Q =0.5.
Draw a neat sketch of a drop manhole and indicate where is it used.
Describe in order various stages followed in the construction of sewers.
If the 2-day 25°C B.O.D. of a sample of sewage is 200 what will be its 5-day 30°C B.O.D.
K25 0.1256, K30 0.1578,
La, T La, 20(0.02 T
T is the temperature.
The average sewage flow from a city is 80 x 10^6 lid. If the average 5-day B.O.D. is 285 compute the total daily 5-day oxygen demand in kg and the population equivalent of the sewage. Assume per capita B.O.D. of sewage per day 75 g.
Explain the self-purification of streams.
Explain and sketch a grit chamber.
Explain the theory of activated sludge process and illustrate the sequence of operations by drawing a flow diagram.
What do you mean by 'digestion of sludge' How is it carried out at municipal sewage treatment plants
7. Write short notes on any four of the following:
Oxygen sag curve
Waste water reuse
Catch basins
Oxidation pond
Screens
Composting
Other Question Papers
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Subjects
- Agricultural Legislation and Management
- Building Architecture
- Building Services
- Chemistry
- Computer Applications
- Computer Programming and Numerical Analysis
- Concrete Technology & Construction Techniques
- Construction Management-I
- Construction Management-II
- Construction Works Supervision
- Design Detailing
- Earth & Its Environment
- Elementary Hydrology
- Engineering Materials
- Engineering Mechanics
- Engineering Thermodynamics
- Flow in Open Channel
- Foundation Engineering
- Ground Water Development
- Hydraulic Structures
- Hydraulic Structures-I
- Hydraulic Structures-II
- Hydrology
- Inventory and Stores Management
- Irrigation Engineering
- Materials Science
- M a t h e m a t i c s I I I
- Mathematics- I
- Mathematics- II
- Mechanical Equipmentsin Construction
- Mechanics of Fluids
- Open Channel Flow
- Operation and Maintenance of Construction Equipment
- Physics
- Planning Construction of Buildings
- Pollutants and Water Supply
- Principles of Electrical Science
- Principles of Engineering Management and Economics
- Quantity Surveying & Valuation
- Repair and Maintenance of Buildings
- Soil Conservation and Agronomy
- Soil Mechanics
- Soil Science
- Strength of Materials
- Structural Analysis
- Structural Design- |
- Structural Design- II
- System Methods
- Technical Writing
- Testing for Quality Control
- Transportation &Traffic Engineering
- Waste Water Treatment
- Water Resources Planning