Deck 8: Process Technology-Systems One
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Deck 8: Process Technology-Systems One
1
Draw a simple pump around system. Please include the following equipment. (Attach to Test)
a. pump & piping & tank & valves
b. Flow control to tank or from tank
c. Level control
d. Several instruments
a. pump & piping & tank & valves
b. Flow control to tank or from tank
c. Level control
d. Several instruments
To draw a simple pump around system, we will include the following equipment:
a. Pump, piping, tank, and valves: The pump will be connected to the tank through piping, and valves will be installed to control the flow of the liquid.
b. Flow control to tank or from tank: A flow control system will be included to regulate the flow of liquid either into the tank or out of the tank, depending on the requirements.
c. Level control: A level control system will be installed to monitor and maintain the level of liquid in the tank, ensuring it does not overflow or run too low.
d. Several instruments: Various instruments such as pressure gauges, flow meters, and temperature sensors will be included to monitor and control the system.
By incorporating these components, we can create a simple pump around system that efficiently moves and controls the flow of liquid within a closed loop.
a. Pump, piping, tank, and valves: The pump will be connected to the tank through piping, and valves will be installed to control the flow of the liquid.
b. Flow control to tank or from tank: A flow control system will be included to regulate the flow of liquid either into the tank or out of the tank, depending on the requirements.
c. Level control: A level control system will be installed to monitor and maintain the level of liquid in the tank, ensuring it does not overflow or run too low.
d. Several instruments: Various instruments such as pressure gauges, flow meters, and temperature sensors will be included to monitor and control the system.
By incorporating these components, we can create a simple pump around system that efficiently moves and controls the flow of liquid within a closed loop.
2
A compressor system is a simple arrangement of equipment designed to produce:
A) to add energy to compressed feedstocks
B) compressed; light hydrocarbon gases, nitrogen, hydrogen, carbon dioxide, chlorine, and a large variety of specialty gases.
C) clean, dry, compressed air or gas for industrial applications.
D) All the above
A) to add energy to compressed feedstocks
B) compressed; light hydrocarbon gases, nitrogen, hydrogen, carbon dioxide, chlorine, and a large variety of specialty gases.
C) clean, dry, compressed air or gas for industrial applications.
D) All the above
All the above
3
A compressor system typically includes all of the following:
A) There are three primary parts of a gas turbine system; an axial compressor, a combustion chamber, and a gas turbine.
B) Process piping, valves, a compressor, a receiver, heat exchangers, dryers, back pressure regulators, gauges, and moisture removal equipment.
C) A combustion chamber is used in combination with each other it is frequently referred to as a gas generator. During operation, a fraction of the power generated by the turbine is used to run the compressor
D) Two electricians work on projects together to ensure personal safety. Process technicians closely monitor substation variables and electrical equipment operations. Worn belts on motor systems, exposed wiring, smoking motors, fires, arching, or strange electrical smells are reported immediately.
A) There are three primary parts of a gas turbine system; an axial compressor, a combustion chamber, and a gas turbine.
B) Process piping, valves, a compressor, a receiver, heat exchangers, dryers, back pressure regulators, gauges, and moisture removal equipment.
C) A combustion chamber is used in combination with each other it is frequently referred to as a gas generator. During operation, a fraction of the power generated by the turbine is used to run the compressor
D) Two electricians work on projects together to ensure personal safety. Process technicians closely monitor substation variables and electrical equipment operations. Worn belts on motor systems, exposed wiring, smoking motors, fires, arching, or strange electrical smells are reported immediately.
Process piping, valves, a compressor, a receiver, heat exchangers, dryers, back pressure regulators, gauges, and moisture removal equipment.
4
Draw a simple "Electrical system." Start with the boiler and end with a motor. (Attach to Test)
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5
Draw a simple compressor system. Start with compressor and end with piping header. (Attach to Test)
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6
Draw a heat exchanger system. Include the following: (Attach to Test)
a. 1 heat exchanger and pump(s)
b. Temperature control loop
c. Flow control loop
d. Simple instruments
a. 1 heat exchanger and pump(s)
b. Temperature control loop
c. Flow control loop
d. Simple instruments
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7
Draw a simple cooling tower system. Include the following: (Attach to Test)
a. 1 cooling tower
b. 1 pump and heat exchanger
c. 1 level control loop
d. 2 analytical control loops
a. 1 cooling tower
b. 1 pump and heat exchanger
c. 1 level control loop
d. 2 analytical control loops
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8
Sketch and label a simple water-tube boiler. Include the following: (Attach to Test)
a. Basic internal components (all tubes and drums)
b. External shell & stack
c. Simple instruments
a. Basic internal components (all tubes and drums)
b. External shell & stack
c. Simple instruments
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9
Sketch a label a simple furnace. Include the following: (Attach to Test)
a. Shell design and stack
b. Internal tubing
c. burners
d. Simple instruments
a. Shell design and stack
b. Internal tubing
c. burners
d. Simple instruments
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10
A lubrication system is primarily used to lubricate ___________ and ______________ .
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11
Thirty (30lb steam) equates to a temperature of:
A) 388ºF
B) 274ºF
C) 298ºF
D) 105ºC
A) 388ºF
B) 274ºF
C) 298ºF
D) 105ºC
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12
How much heat energy is removed through evaporation in a cooling tower system?
A) 10-20%
B) 30-40%
C) 50-60%
D) 80-90%
A) 10-20%
B) 30-40%
C) 50-60%
D) 80-90%
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13
Process technicians use hydraulic systems to ________________________________ .
A) open or close valves
B) lubricate bearings
C) lubricate seals
D) provide seal flush to pumps and compressors.
A) open or close valves
B) lubricate bearings
C) lubricate seals
D) provide seal flush to pumps and compressors.
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14
List the three basic components of a gas turbine.
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15
List three gases or vapors that are compressed in a compressor.
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16
The four types of turbines are:
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17
The primary function of a turbine is:
A) to drive rotating equipment
B) produce steam
C) produce electricity
D) to move water
A) to drive rotating equipment
B) produce steam
C) produce electricity
D) to move water
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18
List four (4) basic heat exchanger designs.
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19
List three analytical variables found on a cooling tower system.
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20
What is the primary purpose of a fired heater (furnace?)
A) Separate the components in a mixture by boiling point by increasing temperature and pressure through three methods of heat transfer.
B) To cool industrial water in chemical applications
C) To heat up large quantities of crude oil or hydrocarbon feedstock
D) To produce high, medium, and low pressure steam
A) Separate the components in a mixture by boiling point by increasing temperature and pressure through three methods of heat transfer.
B) To cool industrial water in chemical applications
C) To heat up large quantities of crude oil or hydrocarbon feedstock
D) To produce high, medium, and low pressure steam
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