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Test your basic knowledge |
Power Engineering 2
Start Test
Study First
Subject
:
engineering
Instructions:
Answer 50 questions in 15 minutes.
If you are not ready to take this test, you can
study here
.
Match each statement with the correct term.
Don't refresh. All questions and answers are randomly picked and ordered every time you load a test.
This is a study tool. The 3 wrong answers for each question are randomly chosen from answers to other questions. So, you might find at times the answers obvious, but you will see it re-enforces your understanding as you take the test each time.
1. A1 - A2 - A3 - B1 - B2 and B3 A = toxicity not identified under 400ppm B = toxicity identified under 400ppm 1 = not flammable 2 = low flammable limit 3 = highly flammable
regulation compressor systems
servo motor
types of gas turbines
refrigerant groups
2. Help maintain definite thrust toward exhaust
supercharge
types of refrigerant evaporators
clean turbine blading with
balancing pipe
3. Is the ratio of the discharge pressure to the intake pressure absolute
2 stroke internal combustion
dry low NOx combustion systems
compression ratio
air leaks in condensers
4. Counter act force and load on thrust bearings
dummy pistons
dynamic compressor control
clean turbine blading with
Axial thrust
5. Each stage seperated by partitions - nozzles set into diaphragms
single shaft combine cycle cogeneration
downflow condenser
extraction governor
pressure compounding
6. drum rotors on reaction turbines eliminates...
BOD (biological oxygen demand)
steam expanding through stationary nozzles
unfired
Axial thrust
7. Needs to a high vacuum present in system before charging
refrigeration system charging
velocity compounding
selective catalytic reduction (SCR)
turbocharge
8. 1. backpressure 2. condensate levels 3. contanimation 4. vacuum pay- off relays (10 to 40kPa) 5. vacuum trip relays (50kPa)
condenser safety devices
downflow condenser
largest hx in a plant is...
reaction turbine
9. An 'overrunning' clutch
critical pressure
electronic overspeed trip
starters transmit power to front end of gas turbnine by...
baffle pitch
10. 1. individual pump system 2. distributor system 3. common rail system
ammonia compression cycle low side
solid injection designs
feature of impulse turbine
types of fired heaters
11. Seperately forged discs or wheels and shrunk onto shaft
disc rotors
base load
government regualtions for waste water
compressor valve types
12. 1. vent to atmosphere 20% 2. condensing 30% 3. exhaust steam used for work 80%
ammonia compression cycle low side
headworks
hunting
plant thermal effificienies
13. 1. single acting 2. double acting 3. two stage 4. tandem (first stage double acting - 2nd single) 5. free piston
isochronous governing
coagulant aids
types of reciprocation compressors
impulse buckets
14. The change in sped that resutls from an increase in load
speed droop
bakpressure turbines
adv of impulse turbine
special aspects of reaction turbine
15. More rounded than impulse blading
disc rotors
condenser tube attachment methods
reaction blading
Above or at atmospheric pressure
16. Entire collection of all component
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17. Small clearances between discs on shaft to...
starters transmit power to front end of gas turbnine by...
Prevent thermal stresses
'topping cycle'
pressure- velocity compounding
18. Direct prosses applications - absorption refrigeration - heat recovery boiler
secondary cogeneration output
bakpressure turbines
nozzels made of...
close cycle disadvantages
19. 1. contact - 'jet' 2. surface
condenser types
hunting
intercoolers
2 stroke internal combustion
20. Cooling of air between stages - condense below atmospheric temperature removing moisture - not primary function
reaction turbine components
turbine casings
condenser safety devices
intercoolers
21. 1. Split 2. double
thermocouple locations in fired heaters
sprial valve
turbine casings
closed cycle advantages
22. 1. evaporator coil
ammonia compression cycle low side
reduce cavitation in extraction pumps
axial air compressors
supercharge
23. Have advantage of high efficiencies - 10% greater than centrifugal compressors
axial air compressors
BOD (biological oxygen demand)
two stage refrigeration system
reaction turbines use ____ bearings
24. Hydraulic cylinder or pisston on a governor
close cycle disadvantages
cogeneration
air dryer types
servo motor
25. 1. verticle cyclinder 2. cabin heater 3. central tube wall
types of fired heaters
types of turbines
primary cogeneration output
scavenging
26. 1. large volums of air at medium pressures - high speed 2. free air capacities range from 2.8 to 3700 cubic meters
air cooling advantages over water cooling
centrifugal air compressor disadvantages
oil free compressors
'turbine'
27. Calcium chloride and water - -51
selective catalytic reduction (SCR)
brine
bay
diesel engines aka
28. 1. activated sludge and primary sludge combined 2. heated to 37C 3. sits for 25 days 4. anaerobic bacteria breaks down organic contents 5. produces useable gases for waste heat
critical path method (CPM)
inlet modulating valve advantages
anaerobic digesters
electronic overspeed trip
29. 1. written 2. spoken 3. visual
refrigeration system charging
R-22
rotary compressor control
3 types of communication
30. Fall under provincal boiler pressure regualtions - wcb and local fire marshall regulation and insurance company - need log book - safety device testing records
legal requirements of record keeping
regulation compressor systems
automatic extraction
air dryer types
31. King valve
centrifugal air compressor disadvantages
sealing strips made of...
air leaks in condensers
liquid line aka
32. Reduction of NOx through ammonia injection priot to catalyst - lowering NOx to 10ppm
distinguishing reaction turbine
inlet air unloader advantages
selective catalytic reduction (SCR)
eutectic solution
33. Determines how much oxygen aerobic microorganisms that have been placed in the water to decompose organic matter
non - condensables
condenser tube attachment methods
BOD (biological oxygen demand)
3 types of communication
34. HCFC group - miscible in oil - boiling point of -40.8 but can be used down to -87
R-22
jacking oil system
double- flow in reaction turbines
gas turbine efficiencies based on...
35. KW at 15C standard at sealevel with 60% RH
critical pressure
ammonia compression cycle low side
reaction turbine
gas turbine efficiencies based on...
36. Change in momentum
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37. 1. start and stop control (reciprocating compressors) 2. variable speed (dymanic and rotary compressors) 3. constant speed (positive displacement)
rotary compressor control
compressor displacement
regulation compressor systems
staging
38. 43-49 degrees C
typical temperature for outlet on oil coolers
open cycle
waste water treatment purpose
servo motor
39. 1. large volumes of air 2. simple and rugged 3. low maintenance
sealing strips made of...
gas turbine components
centrifugal air compressors advantages
3 speed sensitive governors
40. 1. Responsive to speed changes 2. responsive to pressurre changes
bay
double flow turbines
govrenors classes
tandem compound turbines
41. 1. Aero- derivate 2. Heavy duty
types of gas turbines
newton's 2nd law
air leak tolerated in condenser up to...
bay
42. Pressure drops across the moving blades
water/oil separator
marco cogeneration advantages
isochronous governing
distinguishing reaction turbine
43. 1. sliding vane 2. rotary lobe 3. rotary screw ( convex male lobes - pulse free)
First stage of gas turbine nozzles made of...
ejector condenser
rotary compressor types
fluid/air cooler
44. 1. cooling water in direct contact 2. drains into a hotwell 3. barometric leg - condenser sits 10.34m above hotwell
jet condensers
when impulse turbine pressure drops
compressor valve types
types of turbines
45. 1. Gives perfect speed regulation 2. regulates turbine to a constant speed at all loads
isochronous governing
jacking oil system
government regualtions for waste water
special aspects of reaction turbine
46. 1. air compressed to 1100-3000kPa 2. combustion at 2000C 3. mixed with air - cooled to 918C on exit 4. combustor gases go to turbine 5. gases from turbine leave at atmospheric pressure and 500-640C
gas turbine operating principles
unit
feature of impulse turbine
purpose of a wet receiver
47. 1. to increase steam production 2. control superheater temperatures 3. meet process demands
base load
eutectic solution
duct burners in HRSG
project management
48. 1. internal 2. external 3. equipment vendors 4. chemical suppliers 5. office equipement vendors
ISO 9000 certified
sprial valve
communication structure
gas turbine components
49. Has steam directed through baffles making 4 passes
anaerobic
'bottoming cycle'
downflow condenser
peak power
50. A group of one or more bays - including one or more units arranged in a single or continuous structure
pressure sensitve governors
bank
solid injection designs
types of fired heaters