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Installation Pipework: Distribution Main Ring Distribution Ring 1 Distribution Ring 2

This document provides information about pipe installation for a system with an annual running time of 3690 hours. It details the distribution rings and pipes, including pipe length, diameter, volume flow rate and pressure drop calculations. The total annual cost for this system is over 500 million Euros based on a power cost of 3.504 Euros per kW.

Uploaded by

Rizwan Ali
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104 views4 pages

Installation Pipework: Distribution Main Ring Distribution Ring 1 Distribution Ring 2

This document provides information about pipe installation for a system with an annual running time of 3690 hours. It details the distribution rings and pipes, including pipe length, diameter, volume flow rate and pressure drop calculations. The total annual cost for this system is over 500 million Euros based on a power cost of 3.504 Euros per kW.

Uploaded by

Rizwan Ali
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as XLS, PDF, TXT or read online on Scribd
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Installation Pipework

Power : 1kW = 3.504 EURO

Hours 18 WORKING PRESSURE


Days 5 100

Weeks 41
Annual running Hours 3690 10.0 Bar

DISTRIBUTION MAIN RING DISTRIBUTION RING 1 DISTRIBUTION RING 2 Key to Icons


Type RING 1 PIPE 0 RING 1 PIPE 0 RING 1 PIPE 0 Seat valve
3506 3806 2672 0.044 Bar*
Volume Flow Rate
3506 m3/h 3806 m3/h 2672 m3/h Diaphragm valve
2063 Cfm 2240 Cfm 1572 Cfm 0.012 Bar
974 l/s 1057 l/s 742 l/s
Pipe Length 2898 Gate valve
(furthest point) 2286 2636 0.003 Bar
2898 m 2286 m 2636 m
Pipe Inner Diameter Elbow
reset reset reset
1" 1" 1 " 1/2 0.015 Bar
26 - 34 mm 26 - 34 mm 40 - 49 mm

Valves, bends, … Bends R = d

(click on the icons to add 0 0 0 0 0 0 0 0 0 0 0 0 0.003 Bar


components to the
system) Bends R = 2d
0 0 0 0 0 0 0 0 0 0 0 0 0.015 Bar
###
reset all pipework components Tpieces, hoses
### 0.019 Bar

Pressure drop 1,140.15 Bar 1,046.90 Bar 59.83 Bar ### Reducers
0.005 Bar
###
Annual Cost 486,901,512 EURO 526,851,309 EURO 15,944,070 EURO
* exemple of pressure drop through a 25 mm pipe for a 200 m3/h (118 cfm) compressor
Conversion Factors Back to previous page
Power : 1kW = 3.504 EURO

FLOW RATE conversion TEMPERATURE conversion

100 m3/h
100 m3/h
= Litre/sec
27.778 Litre/sec 100
100 °C
°C = 132.000 °F
°F
PRESSURE conversion OIL CONTENT conversion

100
100 PSI
PSI = 6.895 Bar
Bar 100
100mg/m3 mg/m3
= 83.333 ppm
ppm
ENERGY conversion VOLUME conversion

100 kW/h
100 kW/h
= Joule
360077.489 Joule 100
100 m3 m3
= 3531.470 Ft3
Ft3
POWER conversion F.A.D.@ 7 bar / ALTITUDE CORRECTION

100 Watt
100 Watt
= 74570.000 HP
HP 100
100 cm3 = 89.0 cm3
cm3

LENGTH conversion

=
Height = 2313 m
100 Metre
100 Metre 109.361 Yard
Yard 2313

100 J/sec 100


J/sec

= =
J/sec
J/sec

100 °F 100
°F

= = J/sec
J/sec

°F °F
J/sec
J/sec

°F
°F

°F °F
Currency and Power Cost Dialogue Back to previous page

Use the scrollbar to the right to Power Cost per kW


adjust the cost of the power.
3504
Use the drop down box below
to select your country/currency.

Country Selection
Cost in local currency:

Belgium Belgium 1 kW = 3.504 EURO


ck to previous page

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