b.
[_____] kPa (gage) psig
c.
Fuel:
Coal [and No.:
[_____] fuel oil]
d.
Specific heat of the flue gas:
[_____] kJ/kg - degrees C Btu/lb -
degrees F
e.
Feedwater flow:
[_____] L/s gpm
f.
Flue gas temperature entering economizer:
[_____] degrees C F
g.
Flue gas temperature leaving economizer:
[_____] degrees C F
h.
Feedwater temperature entering economizer:
[_____] degrees C F
i.
Maximum pressure drop, economizer gas side:
[_____] Pa inches
water
j.
Maximum pressure drop, economizer water side:
[_____] kPa psi
k.
Fouling factor on feedwater side:
[_____]
l.
Fouling factor on gas side:
[_____]
1.4.1.3
Forced Draft Fan (Coal Firing)
Design fan to handle air at temperatures from [_____] to [_____] degrees C F.
Fan shall be [single] [double] width inlet, [single] [double] width
outlet, with [clockwise] [counter clockwise] rotation when viewed from the
motor end.
1.4.1.4
Induced Draft Fan Design
Design fan of materials which will withstand
flue gas temperatures up to
316 degrees C 600 degrees F without damage.
Fan shall be [single] [double]
width inlet, [single] [double] width outlet,
with [clockwise]
[counterclockwise] rotation when viewed from
the motor end.
1.4.1.5
Expansion Joints
a.
Stacks (for installation without flue gas scrubbers):
(1)
Temperature:
Maximum ambient:
[_____] degrees C F
Minimum ambient:
[_____] degrees C F
Inlet gas at maximum gas flow (coal):
[_____] degrees C F
Inlet gas at maximum gas flow (oil):
[_____] degrees C F
Inlet gas at minimum gas flow (coal):
[_____] degrees C F
Inlet gas at minimum gas flow (oil):
[_____] degrees C F
(2)
Gas flow at inlet
SECTION 15501N
Page 21
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