Swimming Pool Calculations

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    Master Blaster Pool SP1

    ECG ENGINEERING CONSULTANTS GROUP

    Mechanical Department

    PROJECT NAME : Water Park

    PROJECT NO. : 1270

    REVISION : 0

    PREPARED BY : MOHAMED EL-HARMEL DATE : 18-May-09

    CHECKED BY : AWAD ABD-ALLAH DATE : 18-May-09

    TITLE : Swimming Pool Calculation

    Pool Data PumpLength 15.80 m Using Wide 9.20 m Using

    Perimeter 50.00 m Capacity of each pump

    Area 145.36 m2Average Depth 1.5 m Approx. Pipe length

    Volume 218.04 m3 Static Head

    Turnover Period 3.00 hrs Residual Head

    Flow rate 72.68 m3/ hrs Filter Head Loss

    320.00 gpm Friction Head Loss

    Pump Head

    Pump Efficiency

    Approx. Pump Power

    Filter Balancing TankNumber of Filters 2 Bathers Water displacementService factor 1.25

    Flow rate per each filter 45.43 m3/ hrs Total water displaced

    200.00 gpm Backwash volume

    Filtration speed 30.00 m3/ hrs /m2 Evaporation rateFiltration Area 1.51 m2 Evaporation volume

    Filter Diameter 1.39 m Safty Factor

    54.68 inch Tank Effective volume

    Backwash time 5.00 mins Tank Height

    Backwash per each filter 45.43 m3/ hrs Tank Area

    Make-Up Water period

    Make-Up Water flow rate

    Water Velocity

    Make-Up Water pipe diameter

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    Master Blaster Pool SP1

    Gutter Drains Inlet FittingsNubmer of gutter drains Nubmer of inlet fittings

    Case 1 Case 1

    Based on MFG recommendation Based on MFG recommendation

    Outside diameter 63 mm Outside dia.(mm)Gutter Drain flow rate 5.00 m3/ hrs Inlet flow

    Nubmer of inlets 15 Nubmer of inlets

    Case 2 Case 2

    Based on Egyptian code & ASPE - Inlet spacing Based on Egyptian code & ASPE - Inlet sp

    Max. Dist. between gutters 3.80 m Dist. between inletsPool Premiter 50.00 m Dist. From corner

    Nubmer of gutter drains 14 Nubmer of inlets

    Case 3

    Gutter Drains Pipe Main Branhes Based on Egyptian code - Volume methodNubmer of gutter drains 14.00 1.00 No. One (1) inlet per

    Flow rate per each gutter drain 5.19 5.19 m3/ hrs Nubmer of inlets

    Total Water flow rate 72.68 5.19 m3/ hrs Based on Egyptian code - Area methodPipe slope (S) 0.0104 0.0104 ft/ft One (1) inlet per

    Pipe Percent Flowing 1.00 1.00 Nubmer of inletsManning coefficient of roughness (n) 0.009 0.009 PVC Case 4

    Main pipe inside diameter 144.21 53.60 mm Based on ASPE

    One (1) inlet per

    Nubmer of inlets

    Main Drains Inlet Pipe MBased on Egy. Code ASPE Nubmer of inlet

    Max. distance between main drains 3.60 9.20 m Flow rate per each inletMax. distance from corner 1.80 4.60 m Total Water flow rate

    Nubmer of main drains 3 1 No. Water Velocity

    Main Drain Pipe Main Branhes Main pipe inside diameter

    Nubmer of main drains 3.00 1.00 No. Hazen roughness constant

    Flow rate per each main drain 24.23 24.23 m3/ hrs Friction head loss per 100 meter

    Total Water flow rate 72.68 24.23 m3/ hrs Pipe length

    Pipe slope 0.0104 0.0104 ft/ft Friction head loss

    Pipe Percent Flowing 1.00 1.00Manning coefficient of roughness 0.009 0.009 PVC

    Main pipe inside diameter 144.21 95.52 mm

    Main Drains Grate Water Heater Based on Egy. Code ASPE 1- Water direct heating

    Surface suction grate area factor 10.00 4.00 times Q1= r cp V (tf - ti)/x

    Pipe cross section area 71.62 71.62 cm2 where:

    Surface suction grate area 716.20 286.48 cm2 r:water denisty,

    Grate Dimensions 457 x 457 305 x 305 mm cpwater specific heat,

    18" x 18" 12" x 12" in V Pool volume, m3

    tf: desired water temperature,

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    Master Blaster Pool SP1

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    Master Blaster Pool SP1

    m3/ hrs

    No.

    m3/ hrsm3/ hrs

    m/s

    ft/s

    mm

    PVC

    m H2O/100m

    m

    m H2O

    kg/m3

    kJ/Kg.K

    m3

    C

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    Boomrango Pool SP2

    ECG ENGINEERING CONSULTANTS GROUP

    Mechanical Department

    PROJECT NAME : Water Park

    PROJECT NO. : 1270

    REVISION : 0

    PREPARED BY : MOHAMED EL-HARMEL DATE : 18-May-09

    CHECKED BY : AWAD ABD-ALLAH DATE : 18-May-09

    TITLE : Swimming Pool Calculation

    Pool Data PumpLength 13.60 m Using Wide 14.70 m Using

    Perimeter 69.30 m Capacity of each pump

    Area 199.92 m2Average Depth 1.5 m Approx. Pipe length

    Volume 299.88 m3 Static Head

    Turnover Period 3.00 hrs Residual Head

    Flow rate 99.96 m3/ hrs Filter Head Loss

    440.11 gpm Friction Head Loss

    Pump Head

    Pump Efficiency

    Approx. Pump Power

    Filter Balancing TankNumber of Filters 3 Bathers Water displacementService factor 1.25

    Flow rate per each filter 41.65 m3/ hrs Total water displaced

    183.38 gpm Backwash volume

    Filtration speed 30.00 m3/ hrs /m2 Evaporation rateFiltration Area 1.39 m2 Evaporation volume

    Filter Diameter 1.33 m Safty Factor

    52.36 inch Tank Effective volume

    Backwash time 5.00 mins Tank Height

    Backwash per each filter 41.65 m3/ hrs Tank Area

    Make-Up Water period

    Make-Up Water flow rate

    Water Velocity

    Make-Up Water pipe diameter

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    Boomrango Pool SP2

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    Boomrango Pool SP2

    mmm3/ hrs

    No.

    m3/ hrs

    m3/ hrs

    m/s

    ft/s

    mm

    PVC

    m H2O/100m

    mm H2O

    kg/m3

    kJ/Kg.K

    m3

    oC

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    Family Tube Pool SP3

    ECG ENGINEERING CONSULTANTS GROUP

    Mechanical Department

    PROJECT NAME : Water Park

    PROJECT NO. : 1270

    REVISION : 0

    PREPARED BY : MOHAMED EL-HARMEL DATE : 18-May-09

    CHECKED BY : AWAD ABD-ALLAH DATE : 18-May-09

    TITLE : Swimming Pool Calculation

    Pool Data PumpLength 29.40 m Using Wide 16.00 m Using

    Perimeter 91.20 m Capacity of each pump

    Area 470.40 m2Average Depth 1.5 m Approx. Pipe length

    Volume 705.60 m3 Static Head

    Turnover Period 3.00 hrs Residual Head

    Flow rate 235.20 m3/ hrs Filter Head Loss

    1,035.55 gpm Friction Head Loss

    Pump Head

    Pump Efficiency

    Approx. Pump Power

    Filter Balancing TankNumber of Filters 3 Bathers Water displacementService factor 1.25

    Flow rate per each filter 98.00 m3/ hrs Total water displaced

    431.48 gpm Backwash volume

    Filtration speed 30.00 m3/ hrs /m2 Evaporation rateFiltration Area 3.27 m2 Evaporation volume

    Filter Diameter 2.04 m Safty Factor

    80.31 inch Tank Effective volume

    Backwash time 5.00 mins Tank Height

    Backwash per each filter 98.00 m3/ hrs Tank Area

    Make-Up Water period

    Make-Up Water flow rate

    Water Velocity

    Make-Up Water pipe diameter

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    Family Tube Pool SP3

    Gutter Drains Inlet FittingsNubmer of gutter drains Nubmer of inlet fittings

    Case 1 Case 1

    Based on MFG recommendation Based on MFG recommendation

    Outside diameter 63 mm Outside dia.Gutter Drain flow rate 5.00 m3/ hrs Inlet flow

    Nubmer of inlets 48 Nubmer of inlets

    Case 2 Case 2

    Based on Egyptian code & ASPE - Inlet spacing Based on Egyptian code & ASPE - Inlet sp

    Max. Dist. between gutters 3.00 m Dist. between inletsPool Premiter 91.20 m Dist. From corner

    Nubmer of gutter drains 31 Nubmer of inlets

    Case 3

    Gutter Drains Pipe Main Branhes Based on Egyptian code - Volume methodNubmer of gutter drains 34.00 1.00 No. One (1) inlet per

    Flow rate per each gutter drain 6.92 6.92 m3/ hrs Nubmer of inlets

    Total Water flow rate 235.20 6.92 m3/ hrs Based on Egyptian code - Area methodPipe slope (S) 0.0104 0.0104 ft/ft One (1) inlet per

    Pipe Percent Flowing 1.00 1.00 Nubmer of inletsManning coefficient of roughness (n) 0.009 0.009 PVC Case 4

    Main pipe inside diameter 224.01 59.70 mm Based on ASPE

    One (1) inlet per

    Nubmer of inlets

    Main Drains Inlet Pipe MBased on Egy. Code ASPE Nubmer of inlet

    Max. distance between main drains 3.60 9.20 m Flow rate per each inletMax. distance from corner 1.80 4.60 m Total Water flow rate

    Nubmer of main drains 5 2 No. Water Velocity

    Main Drain Pipe Main Branhes Main pipe inside diameter

    Nubmer of main drains 5.00 1.00 No. Hazen roughness constant

    Flow rate per each main drain 47.04 47.04 m3/ hrs Friction head loss per 100 meter

    Total Water flow rate 235.20 47.04 m3/ hrs Pipe length

    Pipe slope 0.0104 0.0104 ft/ft Friction head loss

    Pipe Percent Flowing 1.00 1.00Manning coefficient of roughness 0.009 0.009 PVC

    Main pipe inside diameter 224.01 122.50 mm

    Main Drains Grate Water Heater Based on Egy. Code ASPE 1- Water direct heating

    Surface suction grate area factor 8.00 4.00 times Q1= r cp V (tf - ti)/x

    Pipe cross section area 117.80 117.80 cm2 where:

    Surface suction grate area 942.44 471.22 cm2 r:water denisty,

    Grate Dimensions 457 x 457 305 x 305 mm cpwater specific heat,

    18" x 18" 12" x 12" in V Pool volume, m

    tf:desired water temperature,

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    Family Tube Pool SP3

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    Family Tube Pool SP3

    mmm3/ hrs

    No.

    m3/ hrs

    m3/ hrs

    m/s

    ft/s

    mm

    PVC

    m H2O/100m

    mm H2O

    kg/m3

    kJ/Kg.K

    m3

    oC

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    Rain Fortress Pool SP4

    ECG ENGINEERING CONSULTANTS GROUP

    Mechanical Department

    PROJECT NAME : Water Park

    PROJECT NO. : 1270

    REVISION : 0

    PREPARED BY : MOHAMED EL-HARMEL DATE : 18-May-09

    CHECKED BY : AWAD ABD-ALLAH DATE : 18-May-09

    TITLE : Swimming Pool Calculation

    Pool Data PumpLength 41.00 m Using Wide 21.00 m Using

    Perimeter 104.00 m Capacity of each pump

    Area 861.00 m2Average Depth 0.6 m Approx. Pipe length

    Volume 412.00 m3 Static Head

    Turnover Period 3.00 hrs Residual Head

    Flow rate 137.33 m3/ hrs Filter Head Loss

    604.66 gpm Friction Head Loss

    Pump Head

    Pump Efficiency

    Approx. Pump Power

    Filter Balancing TankNumber of Filters 3 Bathers Water displacementService factor 1.25

    Flow rate per each filter 57.22 m3/ hrs Total water displaced

    251.94 gpm Backwash volume

    Filtration speed 30.00 m3/ hrs /m2 Evaporation rateFiltration Area 1.91 m2 Evaporation volume

    Filter Diameter 1.56 m Safty Factor

    61.37 inch Tank Effective volume

    Backwash time 5.00 mins Tank Height

    Backwash per each filter 57.22 m3/ hrs Tank Area

    Make-Up Water period

    Make-Up Water flow rate

    Water Velocity

    Make-Up Water pipe diameter

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    Rain Fortress Pool SP4

    Gutter Drains Inlet FittingsNubmer of gutter drains Nubmer of inlet fittings

    Case 1 Case 1

    Based on MFG recommendation Based on MFG recommendation

    Outside diameter 63 mm Outside dia.Gutter Drain flow rate 5.00 m3/ hrs Inlet flow

    Nubmer of inlets 28 Nubmer of inlets

    Case 2 Case 2

    Based on Egyptian code & ASPE - Inlet spacing Based on Egyptian code & ASPE - Inlet sp

    Max. Dist. between gutters 4.60 m Dist. between inletsPool Premiter 104.00 m Dist. From corner

    Nubmer of gutter drains 23 Nubmer of inlets

    Case 3

    Gutter Drains Pipe Main Branhes Based on Egyptian code - Volume methodNubmer of gutter drains 26.00 1.00 No. One (1) inlet per

    Flow rate per each gutter drain 5.28 5.28 m3/ hrs Nubmer of inlets

    Total Water flow rate 137.33 5.28 m3/ hrs Based on Egyptian code - Area methodPipe slope (S) 0.0104 0.0104 ft/ft One (1) inlet per

    Pipe Percent Flowing 1.00 1.00 Nubmer of inletsManning coefficient of roughness (n) 0.009 0.009 PVC Case 4

    Main pipe inside diameter 183.08 53.95 mm Based on ASPE

    One (1) inlet per

    Nubmer of inlets

    Main Drains Inlet Pipe MBased on Egy. Code ASPE Nubmer of inlet

    Max. distance between main drains 5.40 9.20 m Flow rate per each inletMax. distance from corner 2.70 4.60 m Total Water flow rate

    Nubmer of main drains 4 3 No. Water Velocity

    Main Drain Pipe Main Branhes Main pipe inside diameter

    Nubmer of main drains 4.00 1.00 No. Hazen roughness constant

    Flow rate per each main drain 34.33 34.33 m3/ hrs Friction head loss per 100 meter

    Total Water flow rate 137.33 34.33 m3/ hrs Pipe length

    Pipe slope 0.0104 0.0104 ft/ft Friction head loss

    Pipe Percent Flowing 1.00 1.00Manning coefficient of roughness 0.009 0.009 PVC

    Main pipe inside diameter 183.08 108.86 mm

    Main Drains Grate Water Heater Based on Egy. Code ASPE 1- Water direct h eating

    Surface suction grate area factor 8.00 4.00 times Q1= r cp V (tf - ti)/x

    Pipe cross section area 93.02 93.02 cm2 where:

    Surface suction grate area 744.20 372.10 cm2 r:water denisty,

    Grate Dimensions 457 x 457 305 x 305 mm cpwater specific heat,

    18" x 18" 12" x 12" in V Pool volume, m

    tf: desired water temperature,

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    Rain Fortress Pool SP4

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    Rain Fortress Pool SP4

    mmm3/ hrs

    No.

    m3/ hrsm3/ hrs

    m/s

    ft/s

    mm

    PVC

    m H2O/100m

    m

    m H2O

    kg/m3

    kJ/Kg.K

    m3

    oC

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    Indoor Aqua Play Pool SP5

    ECG ENGINEERING CONSULTANTS GROUP

    Mechanical Department

    PROJECT NAME : Water Park

    PROJECT NO. : 1270

    REVISION : 0

    PREPARED BY : MOHAMED EL-HARMEL DATE : 18-May-09

    CHECKED BY : AWAD ABD-ALLAH DATE : 18-May-09

    TITLE : Swimming Pool Calculation

    Pool Data PumpLength 22.80 m Using Wide 14.00 m Using

    Perimeter 72.20 m Capacity of each pump

    Area 320.00 m2Average Depth 0.6 m Approx. Pipe length

    Volume 126.00 m3 Static Head

    Turnover Period 0.50 hrs Residual Head

    Flow rate 252.00 m3/ hrs Filter Head Loss

    1,109.52 gpm Friction Head Loss

    Pump Head

    Pump Efficiency

    Approx. Pump Power

    Filter Balancing TankNumber of Filters 3 Bathers Water displacementService factor 1.20

    Flow rate per each filter 100.80 m3/ hrs Total water displaced

    443.81 gpm Backwash volume

    Filtration speed 30.00 m3/ hrs /m2 Evaporation rateFiltration Area 3.36 m2 Evaporation volume

    Filter Diameter 2.07 m Safty Factor

    81.45 inch Tank Effective volume

    Backwash time 5.00 mins Tank Height

    Backwash per each filter 100.80 m3/ hrs Tank Area

    Make-Up Water period

    Make-Up Water flow rate

    Water Velocity

    Make-Up Water pipe diameter

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    Indoor Aqua Play Pool SP5

    Gutter Drains Inlet FittingsNubmer of gutter drains Nubmer of inlet fittings

    Case 1 Case 1

    Based on MFG recommendation Based on MFG recommendation

    Outside diameter 63 mm Outside dia.Gutter Drain flow rate 5.00 m3/ hrs Inlet flow

    Nubmer of inlets 51 Nubmer of inlets

    Case 2 Case 2

    Based on Egyptian code & ASPE - Inlet spacing Based on Egyptian code & ASPE - Inlet sp

    Max. Dist. between gutters 2.00 m Dist. between inletsPool Premiter 72.20 m Dist. From corner

    Nubmer of gutter drains 37 Nubmer of inlets

    Case 3

    Gutter Drains Pipe Main Branhes Based on Egyptian code - Volume methodNubmer of gutter drains 40.00 1.00 No. One (1) inlet per

    Flow rate per each gutter drain 6.30 6.30 m3/ hrs Nubmer of inlets

    Total Water flow rate 252.00 6.30 m3/ hrs Based on Egyptian code - Area methodPipe slope (S) 0.0104 0.0104 ft/ft One (1) inlet per

    Pipe Percent Flowing 1.00 1.00 Nubmer of inletsManning coefficient of roughness (n) 0.009 0.009 PVC Case 4

    Main pipe inside diameter 229.88 57.64 mm Based on ASPE

    One (1) inlet per

    Nubmer of inlets

    Main Drains Inlet Pipe MBased on Egy. Code ASPE Nubmer of inlet

    Max. distance between main drains 3.60 9.20 m Flow rate per each inletMax. distance from corner 1.80 4.60 m Total Water flow rate

    Nubmer of main drains 4 2 No. Water Velocity

    Main Drain Pipe Main Branhes Main pipe inside diameter

    Nubmer of main drains 4.00 1.00 No. Hazen roughness constant

    Flow rate per each main drain 63.00 63.00 m3/ hrs Friction head loss per 100 meter

    Total Water flow rate 252.00 63.00 m3/ hrs Pipe length

    Pipe slope 0.0104 0.0104 ft/ft Friction head loss

    Pipe Percent Flowing 1.00 1.00Manning coefficient of roughness 0.009 0.009 PVC

    Main pipe inside diameter 229.88 136.69 mm

    Main Drains Grate Water Heater Based on Egy. Code ASPE 1- Water direct h eating

    Surface suction grate area factor 10.00 4.00 times Q1= r cp V (tf - ti)/x

    Pipe cross section area 146.66 146.66 cm2 where:

    Surface suction grate area 1,466.62 586.65 cm2 r:water denisty,

    Grate Dimensions 457 x 457 305 x 305 mm cpwater specific heat,

    18" x 18" 12" x 12" in V Pool volume, m3

    tf: desired water temperature,

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    Indoor Aqua Play Pool SP5

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    Indoor Aqua Play Pool SP5

    mmm3/ hrs

    No.

    m3/ hrsm3/ hrs

    m/s

    ft/s

    mm

    PVC

    m H2O/100m

    m

    m H2O

    kg/m3

    kJ/Kg.K

    m3

    oC

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    Indoor Slide Pool SP6

    ECG ENGINEERING CONSULTANTS GROUP

    Mechanical Department

    PROJECT NAME : Water Park

    PROJECT NO. : 1270

    REVISION : 0

    PREPARED BY : MOHAMED EL-HARMEL DATE : 18-May-09

    CHECKED BY : AWAD ABD-ALLAH DATE : 18-May-09

    TITLE : Swimming Pool Calculation

    Pool Data PumpLength 9.70 m Using Wide 12.00 m Using

    Perimeter 91.20 m Capacity of each pump

    Area 116.40 m2Average Depth 1.5 m Approx. Pipe length

    Volume 174.60 m3 Static Head

    Turnover Period 3.00 hrs Residual Head

    Flow rate 58.20 m3/ hrs Filter Head Loss

    256.25 gpm Friction Head Loss

    Pump Head

    Pump Efficiency

    Approx. Pump Power

    Filter Balancing TankNumber of Filters 2 Bathers Water displacementService factor 1.25

    Flow rate per each filter 36.38 m3/ hrs Total water displaced

    160.15 gpm Backwash volume

    Filtration speed 30.00 m3/ hrs /m2 Evaporation rateFiltration Area 1.21 m2 Evaporation volume

    Filter Diameter 1.24 m Safty Factor

    48.93 inch Tank Effective volume

    Backwash time 5.00 mins Tank Height

    Backwash per each filter 36.38 m3/ hrs Tank Area

    Make-Up Water period

    Make-Up Water flow rate

    Water Velocity

    Make-Up Water pipe diameter

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    Indoor Slide Pool SP6

    Gutter Drains Inlet FittingsNubmer of gutter drains Nubmer of inlet fittings

    Case 1 Case 1

    Based on MFG recommendation Based on MFG recommendation

    Outside diameter 63 mm Outside dia.Gutter Drain flow rate 5.00 m3/ hrs Inlet flow

    Nubmer of inlets 12 Nubmer of inlets

    Case 2 Case 2

    Based on Egyptian code & ASPE - Inlet spacing Based on Egyptian code & ASPE - Inlet sp

    Max. Dist. between gutters 4.60 m Dist. between inletsPool Premiter 91.20 m Dist. From corner

    Nubmer of gutter drains 20 Nubmer of inlets

    Case 3

    Gutter Drains Pipe Main Branhes Based on Egyptian code - Volume methodNubmer of gutter drains 20.00 1.00 No. One (1) inlet per

    Flow rate per each gutter drain 2.91 2.91 m3/ hrs Nubmer of inlets

    Total Water flow rate 58.20 2.91 m3/ hrs Based on Egyptian code - Area methodPipe slope (S) 0.0104 0.0104 ft/ft One (1) inlet per

    Pipe Percent Flowing 1.00 1.00 Nubmer of inletsManning coefficient of roughness (n) 0.009 0.009 PVC Case 4

    Main pipe inside diameter 132.68 43.15 mm Based on ASPE

    One (1) inlet per

    Nubmer of inlets

    Main Drains Inlet Pipe MBased on Egy. Code ASPE Nubmer of inlet

    Max. distance between main drains 5.00 9.20 m Flow rate per each inletMax. distance from corner 2.50 4.60 m Total Water flow rate

    Nubmer of main drains 3 2 No. Water Velocity

    Main Drain Pipe Main Branhes Main pipe inside diameter

    Nubmer of main drains 3.00 1.00 No. Hazen roughness constant

    Flow rate per each main drain 19.40 19.40 m3/ hrs Friction head loss per 100 meter

    Total Water flow rate 58.20 19.40 m3/ hrs Pipe length

    Pipe slope 0.0104 0.0104 ft/ft Friction head loss

    Pipe Percent Flowing 1.00 1.00Manning coefficient of roughness 0.009 0.009 PVC

    Main pipe inside diameter 132.68 87.88 mm

    Main Drains Grate Water Heater Based on Egy. Code ASPE 1- Water direct h eating

    Surface suction grate area factor 10.00 4.00 times Q1= r cp V (tf - ti)/x

    Pipe cross section area 60.63 60.63 cm2 where:

    Surface suction grate area 606.27 242.51 cm2 r:water denisty,

    Grate Dimensions 457 x 457 305 x 305 mm cpwater specific heat,

    18" x 18" 12" x 12" in V Pool volume, m

    tf: desired water temperature,

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    Indoor Slide Pool SP6

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    Indoor Slide Pool SP6

    mmm3/ hrs

    No.

    m3/ hrs

    m3/ hrs

    m/s

    ft/s

    mm

    PVC

    m H2O/100m

    m

    m H2O

    kg/m3

    kJ/Kg.K

    m3

    oC

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    SPA Pool AT.3A

    ECG ENGINEERING CONSULTANTS GROUP

    Mechanical Department

    PROJECT NAME : Water Park

    PROJECT NO. : 1270

    REVISION : 0

    PREPARED BY : MOHAMED EL-HARMEL DATE : 18-May-09

    CHECKED BY : AWAD ABD-ALLAH DATE : 18-May-09

    TITLE : Swimming Pool Calculation

    Pool Data PumpLength 11.30 m Using Wide 8.00 m Using

    Perimeter 72.50 m Capacity of each pump

    Area 90.40 m2Average Depth 1.2 m Approx. Pipe length

    Volume 108.48 m3 Static Head

    Turnover Period 1.00 hrs Residual Head

    Flow rate 108.48 m3/ hrs Filter Head Loss

    477.62 gpm Friction Head Loss

    Pump Head

    Pump Efficiency

    Approx. Pump Power

    Filter Balancing TankNumber of Filters 2 Bathers Water displacementService factor 1.25

    Flow rate per each filter 67.80 m3/ hrs Total water displaced

    298.51 gpm Backwash volume

    Filtration speed 30.00 m3/ hrs /m2 Evaporation rateFiltration Area 2.26 m2 Evaporation volume

    Filter Diameter 1.70 m Safty Factor

    66.80 inch Tank Effective volume

    Backwash time 5.00 mins Tank Height

    Backwash per each filter 67.80 m3/ hrs Tank Area

    Make-Up Water period

    Make-Up Water flow rate

    Water Velocity

    Make-Up Water pipe diameter

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    SPA Pool AT.3A

    Gutter Drains Inlet FittingsNubmer of gutter drains Nubmer of inlet fittings

    Case 1 Case 1

    Based on MFG recommendation Based on MFG recommendation

    Outside diameter 63 mm Outside dia.Gutter Drain flow rate 5.00 m3/ hrs Inlet flow

    Nubmer of inlets 22 Nubmer of inlets

    Case 2 Case 2

    Based on Egyptian code & ASPE - Inlet spacing Based on Egyptian code & ASPE - Inlet sp

    Max. Dist. between gutters 3.40 m Dist. between inletsPool Premiter 72.50 m Dist. From corner

    Nubmer of gutter drains 22 Nubmer of inlets

    Case 3

    Gutter Drains Pipe Main Branhes Based on Egyptian code - Volume methodNubmer of gutter drains 24.00 1.00 No. One (1) inlet per

    Flow rate per each gutter drain 4.52 4.52 m3/ hrs Nubmer of inlets

    Total Water flow rate 108.48 4.52 m3/ hrs Based on Egyptian code - Area methodPipe slope (S) 0.0104 0.0104 ft/ft One (1) inlet per

    Pipe Percent Flowing 1.00 1.00 Nubmer of inletsManning coefficient of roughness (n) 0.009 0.009 PVC Case 4

    Main pipe inside diameter 167.58 50.89 mm Based on ASPE

    One (1) inlet per

    Nubmer of inlets

    Main Drains Inlet Pipe MBased on Egy. Code ASPE Nubmer of inlet

    Max. distance between main drains 3.60 9.20 m Flow rate per each inletMax. distance from corner 1.80 4.60 m Total Water flow rate

    Nubmer of main drains 3 1 No. Water Velocity

    Main Drain Pipe Main Branhes Main pipe inside diameter

    Nubmer of main drains 3.00 1.00 No. Hazen roughness constant

    Flow rate per each main drain 36.16 36.16 m3/ hrs Friction head loss per 100 meter

    Total Water flow rate 108.48 36.16 m3/ hrs Pipe length

    Pipe slope 0.0104 0.0104 ft/ft Friction head loss

    Pipe Percent Flowing 1.00 1.00Manning coefficient of roughness 0.009 0.009 PVC

    Main pipe inside diameter 167.58 111.00 mm

    Main Drains Grate Water Heater Based on Egy. Code ASPE 1- Water direct h eating

    Surface suction grate area factor 8.00 4.00 times Q1= r cp V (tf - ti)/x

    Pipe cross section area 96.71 96.71 cm2 where:

    Surface suction grate area 773.70 386.85 cm2 r water denisty,

    Grate Dimensions 457 x 457 305 x 305 mm cpwater specific heat,

    18" x 18" 12" x 12" in V Pool volume, m3

    tf: desired water temperature,

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    SPA Pool AT.3A

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    SPA Pool AT.3A

    mmm3/ hrs

    No.

    m3/ hrsm3/ hrs

    m/s

    ft/s

    mm

    PVC

    m H2O/100m

    mm H2O

    kg/m3

    kJ/Kg.K

    m3

    oC

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    SPA Pool AT.3B

    ECG ENGINEERING CONSULTANTS GROUP

    Mechanical Department

    PROJECT NAME : Water Park

    PROJECT NO. : 1270

    REVISION : 0

    PREPARED BY : MOHAMED EL-HARMEL DATE : 18-May-09

    CHECKED BY : AWAD ABD-ALLAH DATE : 18-May-09

    TITLE : Swimming Pool Calculation

    Pool Data PumpLength 5.00 m Using Wide 3.00 m Using

    Perimeter 20.00 m Capacity of each pump

    Area 15.00 m2Average Depth 1 m Approx. Pipe length

    Volume 15.00 m3 Static Head

    Turnover Period 1.00 hrs Residual Head

    Flow rate 15.00 m3/ hrs Filter Head Loss

    66.04 gpm Friction Head Loss

    Pump Head

    Pump Efficiency

    Approx. Pump Power

    Filter Balancing TankNumber of Filters 2 Bathers Water displacementService factor 1.25

    Flow rate per each filter 9.38 m3/ hrs Total water displaced

    41.28 gpm Backwash volume

    Filtration speed 30.00 m3/ hrs /m2 Evaporation rateFiltration Area 0.31 m2 Evaporation volume

    Filter Diameter 0.63 m Safty Factor

    24.84 inch Tank Effective volume

    Backwash time 5.00 mins Tank Height

    Backwash per each filter 9.38 m3/ hrs Tank Area

    Make-Up Water period

    Make-Up Water flow rate

    Water Velocity

    Make-Up Water pipe diameter

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    SPA Pool AT.3B

    Gutter Drains Inlet FittingsNubmer of gutter drains Nubmer of inlet fittings

    Case 1 Case 1

    Based on MFG recommendation Based on MFG recommendation

    Outside diameter 63 mm Outside dia.Gutter Drain flow rate 5.00 m3/ hrs Inlet flow

    Nubmer of inlets 3 Nubmer of inlets

    Case 2 Case 2

    Based on Egyptian code & ASPE - Inlet spacing Based on Egyptian code & ASPE - Inlet sp

    Max. Dist. between gutters 4.00 m Dist. between inletsPool Premiter 20.00 m Dist. From corner

    Nubmer of gutter drains 5 Nubmer of inlets

    Case 3

    Gutter Drains Pipe Main Branhes Based on Egyptian code - Volume methodNubmer of gutter drains 4.00 1.00 No. One (1) inlet per

    Flow rate per each gutter drain 3.75 3.75 m3/ hrs Nubmer of inlets

    Total Water flow rate 15.00 3.75 m3/ hrs Based on Egyptian code - Area methodPipe slope (S) 0.0104 0.0104 ft/ft One (1) inlet per

    Pipe Percent Flowing 1.00 1.00 Nubmer of inletsManning coefficient of roughness (n) 0.009 0.009 PVC Case 4

    Main pipe inside diameter 79.80 47.45 mm Based on ASPE

    One (1) inlet per

    Nubmer of inlets

    Main Drains Inlet Pipe MBased on Egy. Code ASPE Nubmer of inlet

    Max. distance between main drains 3.60 9.20 m Flow rate per each inletMax. distance from corner 1.80 4.60 m Total Water flow rate

    Nubmer of main drains 1 1 No. Water Velocity

    Main Drain Pipe Main Branhes Main pipe inside diameter

    Nubmer of main drains 2.00 1.00 No. Hazen roughness constant

    Flow rate per each main drain 7.50 7.50 m3/ hrs Friction head loss per 100 meter

    Total Water flow rate 15.00 7.50 m3/ hrs Pipe length

    Pipe slope 0.0104 0.0104 ft/ft Friction head loss

    Pipe Percent Flowing 1.00 1.00Manning coefficient of roughness 0.009 0.009 PVC

    Main pipe inside diameter 79.80 61.53 mm

    Main Drains Grate Water Heater Based on Egy. Code ASPE 1- Water direct heating

    Surface suction grate area factor 8.00 4.00 times Q1= r cp V (tf - ti)/x

    Pipe cross section area 29.72 29.72 cm2 where:

    Surface suction grate area 237.79 118.90 cm2 r water denisty,

    Grate Dimensions 457 x 457 305 x 305 mm cpwater specific heat,

    18" x 18" 12" x 12" in V Pool volume, m3

    tf: desired water temperature,

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    SPA Pool AT.3B

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    SPA Pool AT.3B

    mmm3/ hrs

    No.

    m3/ hrsm3/ hrs

    m/s

    ft/s

    mm

    PVC

    m H2O/100m

    mm H2O

    kg/m3

    kJ/Kg.K

    m3

    oC

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    SPA Pool AT.3C

    ECG ENGINEERING CONSULTANTS GROUP

    Mechanical Department

    PROJECT NAME : Water Park

    PROJECT NO. : 1270

    REVISION : 0

    PREPARED BY : MOHAMED EL-HARMEL DATE : 18-May-09

    CHECKED BY : AWAD ABD-ALLAH DATE : 18-May-09

    TITLE : Swimming Pool Calculation

    Pool Data PumpLength 2.00 m Using Wide 2.00 m Using

    Perimeter 8.00 m Capacity of each pump

    Area 4.00 m2Average Depth 1.25 m Approx. Pipe length

    Volume 5.00 m3 Static Head

    Turnover Period 1.00 hrs Residual Head

    Flow rate 5.00 m3/ hrs Filter Head Loss

    22.01 gpm Friction Head Loss

    Pump Head

    Pump Efficiency

    Approx. Pump Power

    Filter Balancing TankNumber of Filters 1 Bathers Water displacementService factor 1.25

    Flow rate per each filter 6.25 m3/ hrs Total water displaced

    27.52 gpm Backwash volume

    Filtration speed 30.00 m3/ hrs /m2 Evaporation rateFiltration Area 0.21 m2 Evaporation volume

    Filter Diameter 0.52 m Safty Factor

    20.28 inch Tank Effective volume

    Backwash time 5.00 mins Tank Height

    Backwash per each filter 6.25 m3/ hrs Tank Area

    Make-Up Water period

    Make-Up Water flow rate

    Water Velocity

    Make-Up Water pipe diameter

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    SPA Pool AT.3C

    Gutter Drains Inlet FittingsNubmer of gutter drains Nubmer of inlet fittings

    Case 1 Case 1

    Based on MFG recommendation Based on MFG recommendation

    Outside diameter 63 mm Outside dia.Gutter Drain flow rate 5.00 m3/ hrs Inlet flow

    Nubmer of inlets 1 Nubmer of inlets

    Case 2 Case 2

    Based on Egyptian code & ASPE - Inlet spacing Based on Egyptian code & ASPE - Inlet sp

    Max. Dist. between gutters 4.60 m Dist. between inletsPool Premiter 8.00 m Dist. From corner

    Nubmer of gutter drains 2 Nubmer of inlets

    Case 3

    Gutter Drains Pipe Main Branhes Based on Egyptian code - Volume methodNubmer of gutter drains 2.00 1.00 No. One (1) inlet per

    Flow rate per each gutter drain 2.50 2.50 m3/ hrs Nubmer of inlets

    Total Water flow rate 5.00 2.50 m3/ hrs Based on Egyptian code - Area methodPipe slope (S) 0.0104 0.0104 ft/ft One (1) inlet per

    Pipe Percent Flowing 1.00 1.00 Nubmer of inletsManning coefficient of roughness (n) 0.009 0.009 PVC Case 4

    Main pipe inside diameter 52.85 40.76 mm Based on ASPE

    One (1) inlet per

    Nubmer of inlets

    Main Drains Inlet Pipe MBased on Egy. Code ASPE Nubmer of inlet

    Max. distance between main drains 3.60 9.20 m Flow rate per each inletMax. distance from corner 1.80 4.60 m Total Water flow rate

    Nubmer of main drains 1 1 No. Water Velocity

    Main Drain Pipe Main Branhes Main pipe inside diameter

    Nubmer of main drains 1.00 1.00 No. Hazen roughness constant

    Flow rate per each main drain 5.00 5.00 m3/ hrs Friction head loss per 100 meter

    Total Water flow rate 5.00 5.00 m3/ hrs Pipe length

    Pipe slope 0.0104 0.0104 ft/ft Friction head loss

    Pipe Percent Flowing 1.00 1.00Manning coefficient of roughness 0.009 0.009 PVC

    Main pipe inside diameter 52.85 52.85 mm

    Main Drains Grate Water Heater Based on Egy. Code ASPE 1- Water direct heating

    Surface suction grate area factor 8.00 4.00 times Q1= r cp V (tf - ti)/x

    Pipe cross section area 21.93 21.93 cm2 where:

    Surface suction grate area 175.44 87.72 cm2 r water denisty,

    Grate Dimensions 457 x 457 305 x 305 mm cpwater specific heat,

    18" x 18" 12" x 12" in V Pool volume, m3

    tf: desired water temperature,

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    SPA Pool AT.3C

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    SPA Pool AT.3C

    mmm3/ hrs

    No.

    m3/ hrsm3/ hrs

    m/s

    ft/s

    mm

    PVC

    m H2O/100m

    mm H2O

    kg/m3

    kJ/Kg.K

    m3

    oC

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    Wave Pool AT.6

    ECG ENGINEERING CONSULTANTS GROUP

    Mechanical Department

    PROJECT NAME : Water Park

    PROJECT NO. : 1270

    REVISION : 0

    PREPARED BY : MOHAMED EL-HARMEL DATE : 18-May-09

    CHECKED BY : AWAD ABD-ALLAH DATE : 18-May-09

    TITLE : Swimming Pool Calculation

    Pool Data PumpLength 93.50 m Using Wide 43.00 m Using

    Perimeter 404.00 m Capacity of each pump

    Area 4,020.50 m2Average Depth 0.7 m Approx. Pipe length

    Volume 2,814.35 m3 Static Head

    Turnover Period 3.00 hrs Residual Head

    Flow rate 938.12 m3/ hrs Filter Head Loss

    4,130.40 gpm Friction Head Loss

    Pump Head

    Pump Efficiency

    Approx. Pump Power

    Filter Balancing TankNumber of Filters 8 Bathers Water displacementService factor 1.10

    Flow rate per each filter 128.99 m3/ hrs Total water displaced

    567.93 gpm Backwash volume

    Filtration speed 30.00 m3/ hrs /m2 Evaporation rateFiltration Area 4.30 m2 Evaporation volume

    Filter Diameter 2.34 m Safty Factor

    92.14 inch Tank Effective volume

    Backwash time 5.00 mins Tank Height

    Backwash per each filter 128.99 m3/ hrs Tank Area

    Make-Up Water period

    Make-Up Water flow rate

    Water Velocity

    Make-Up Water pipe diameter

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    Wave Pool AT.6

    Gutter Drains Inlet FittingsNubmer of gutter drains Nubmer of inlet fittings

    Case 1 Case 1

    Based on MFG recommendation Based on MFG recommendation

    Outside diameter 63 mm Outside dia.Gutter Drain flow rate 5.00 m3/ hrs Inlet flow

    Nubmer of inlets 188 Nubmer of inlets

    Case 2 Case 2

    Based on Egyptian code & ASPE - Inlet spacing Based on Egyptian code & ASPE - Inlet sp

    Max. Dist. between gutters 4.60 m Dist. between inletsPool Premiter 404.00 m Dist. From corner

    Nubmer of gutter drains 88 Nubmer of inlets

    Case 3

    Gutter Drains Pipe Main Branhes Based on Egyptian code - Volume methodNubmer of gutter drains 88.00 1.00 No. One (1) inlet per

    Flow rate per each gutter drain 10.66 10.66 m3/ hrs Nubmer of inlets

    Total Water flow rate 938.12 10.66 m3/ hrs Based on Egyptian code - Area methodPipe slope (S) 0.0104 0.0104 ft/ft One (1) inlet per

    Pipe Percent Flowing 1.00 1.00 Nubmer of inletsManning coefficient of roughness (n) 0.009 0.009 PVC Case 4

    Main pipe inside diameter 376.33 70.21 mm Based on ASPE

    One (1) inlet per

    Nubmer of inlets

    Main Drains Inlet Pipe MBased on Egy. Code ASPE Nubmer of inlet

    Max. distance between main drains 6.00 9.20 m Flow rate per each inletMax. distance from corner 3.00 4.60 m Total Water flow rate

    Nubmer of main drains 8 5 No. Water Velocity

    Main Drain Pipe Main Branhes Main pipe inside diameter

    Nubmer of main drains 8.00 1.00 No. Hazen roughness constant

    Flow rate per each main drain 117.26 117.26 m3/ hrs Friction head loss per 100 meter

    Total Water flow rate 938.12 117.26 m3/ hrs Pipe length

    Pipe slope 0.0104 0.0104 ft/ft Friction head loss

    Pipe Percent Flowing 1.00 1.00Manning coefficient of roughness 0.009 0.009 PVC

    Main pipe inside diameter 376.33 172.55 mm

    Main Drains Grate Water Heater Based on Egy. Code ASPE 1- Water direct heating

    Surface suction grate area factor 8.00 4.00 times Q1= r cp V (tf - ti)/x

    Pipe cross section area 233.72 233.72 cm2 where:

    Surface suction grate area 1,869.72 934.86 cm2 r water denisty,

    Grate Dimensions 457 x 457 305 x 305 mm cpwater specific heat,

    18" x 18" 12" x 12" in VPool volume, m3

    tf: desired water temperature,

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    Wave Pool AT.6

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    Wave Pool AT.6

    mmm3/ hrs

    No.

    m3/ hrsm3/ hrs

    m/s

    ft/s

    mm

    PVC

    m H2O/100m

    mm H2O

    kg/m3

    kJ/Kg.K

    m3

    oC

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    Foot Bath F.B.1

    ECG ENGINEERING CONSULTANTS GROUP

    Mechanical Department

    PROJECT NAME : Water Park

    PROJECT NO. : 1270

    REVISION : 0

    PREPARED BY : MOHAMED EL-HARMEL DATE : 18-May-09

    CHECKED BY : AWAD ABD-ALLAH DATE : 18-May-09

    TITLE : Swimming Pool Calculation

    Pool Data PumpLength 25.00 m Using Wide 20.00 m Using

    Perimeter 353.00 m Capacity of each pump

    Area 500.00 m2Average Depth 0.15 m Approx. Pipe length

    Volume 75.00 m3 Static Head

    Turnover Period 0.50 hrs Residual Head

    Flow rate 150.00 m3/ hrs Filter Head Loss

    660.43 gpm Friction Head Loss

    Pump Head

    Pump Efficiency

    Approx. Pump Power

    Filter Balancing TankNumber of Filters 2 Bathers Water displacementService factor 1.20

    Flow rate per each filter 90.00 m3/ hrs Total water displaced

    396.26 gpm Backwash volume

    Filtration speed 30.00 m3/ hrs /m2 Evaporation rateFiltration Area 3.00 m2 Evaporation volume

    Filter Diameter 1.95 m Safty Factor

    76.96 inch Tank Effective volume

    Backwash time 5.00 mins Tank Height

    Backwash per each filter 90.00 m3/ hrs Tank Area

    Make-Up Water period

    Make-Up Water flow rate

    Water Velocity

    Make-Up Water pipe diameter

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    Foot Bath F.B.1

    Gutter Drains Inlet FittingsNubmer of gutter drains Nubmer of inlet fittings

    Case 1 Case 1

    Based on MFG recommendation Based on MFG recommendation

    Outside diameter 63 mm Outside dia.Gutter Drain flow rate 5.00 m3/ hrs Inlet flow

    Nubmer of inlets 30 Nubmer of inlets

    Case 2 Case 2

    Based on Egyptian code & ASPE - Inlet spacing Based on Egyptian code & ASPE - Inlet sp

    Max. Dist. between gutters 4.60 m Dist. between inletsPool Premiter 353.00 m Dist. From corner

    Nubmer of gutter drains 77 Nubmer of inlets

    Case 3

    Gutter Drains Pipe Main Branhes Based on Egyptian code - Volume methodNubmer of gutter drains 40.00 1.00 No. One (1) inlet per

    Flow rate per each gutter drain 3.75 3.75 m3/ hrs Nubmer of inlets

    Total Water flow rate 150.00 3.75 m3/ hrs Based on Egyptian code - Area methodPipe slope (S) 0.0104 0.0104 ft/ft One (1) inlet per

    Pipe Percent Flowing 1.00 1.00 Nubmer of inletsManning coefficient of roughness (n) 0.009 0.009 PVC Case 4

    Main pipe inside diameter 189.24 47.45 mm Based on ASPE

    One (1) inlet per

    Nubmer of inlets

    Main Drains Inlet Pipe MBased on Egy. Code ASPE Nubmer of inlet

    Max. distance between main drains 6.00 9.20 m Flow rate per each inletMax. distance from corner 3.00 4.60 m Total Water flow rate

    Nubmer of main drains 4 3 No. Water Velocity

    Main Drain Pipe Main Branhes Main pipe inside diameter

    Nubmer of main drains 4.00 1.00 No. Hazen roughness constant

    Flow rate per each main drain 37.50 37.50 m3/ hrs Friction head loss per 100 meter

    Total Water flow rate 150.00 37.50 m3/ hrs Pipe length

    Pipe slope 0.0104 0.0104 ft/ft Friction head loss

    Pipe Percent Flowing 1.00 1.00Manning coefficient of roughness 0.009 0.009 PVC

    Main pipe inside diameter 189.24 112.52 mm

    Main Drains Grate Water Heater Based on Egy. Code ASPE 1- Water direct heating

    Surface suction grate area factor 8.00 4.00 times Q1= r cp V (tf - ti)/x

    Pipe cross section area 99.39 99.39 cm2 where:

    Surface suction grate area 795.11 397.55 cm2 r water denisty,

    Grate Dimensions 457 x 457 305 x 305 mm cpwater specific heat,

    18" x 18" 12" x 12" in V Pool volume, m3

    tf: desired water temperature,

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    Foot Bath F.B.1

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    Foot Bath F.B.1

    mmm3/ hrs

    No.

    m3/ hrs

    m3/ hrs

    m/s

    ft/s

    mm

    PVC

    m H2O/100m

    mm H2O

    kg/m3

    kJ/Kg.K

    m3

    oC

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    Adult Pool AT.7

    ECG ENGINEERING CONSULTANTS GROUP

    Mechanical Department

    PROJECT NAME : Water Park

    PROJECT NO. : 1270

    REVISION : 0

    PREPARED BY : MOHAMED EL-HARMEL DATE : 18-May-09

    CHECKED BY : AWAD ABD-ALLAH DATE : 18-May-09

    TITLE : Swimming Pool Calculation

    Pool Data PumpLength 20.00 m Using Wide 11.10 m Using

    Perimeter 81.00 m Capacity of each pump

    Area 222.00 m2Average Depth 1.25 m Approx. Pipe length

    Volume 277.50 m3 Static Head

    Turnover Period 4.00 hrs Residual Head

    Flow rate 69.38 m3/ hrs Filter Head Loss

    305.45 gpm Friction Head Loss

    Pump Head

    Pump Efficiency

    Approx. Pump Power

    Filter Balancing TankNumber of Filters 2 Bathers Water displacementService factor 1.25

    Flow rate per each filter 43.36 m3/ hrs Total water displaced

    190.91 gpm Backwash volume

    Filtration speed 30.00 m3/ hrs /m2 Evaporation rateFiltration Area 1.45 m2 Evaporation volume

    Filter Diameter 1.36 m Safty Factor

    53.42 inch Tank Effective volume

    Backwash time 5.00 mins Tank Height

    Backwash per each filter 43.36 m3/ hrs Tank Area

    Make-Up Water period

    Make-Up Water flow rate

    Water Velocity

    Make-Up Water pipe diameter

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    Adult Pool AT.7

    Gutter Drains Inlet FittingsNubmer of gutter drains Nubmer of inlet fittings

    Case 1 Case 1

    Based on MFG recommendation Based on MFG recommendation

    Outside diameter 63 mm Outside dia.Gutter Drain flow rate 5.00 m3/ hrs Inlet flow

    Nubmer of inlets 14 Nubmer of inlets

    Case 2 Case 2

    Based on Egyptian code & ASPE - Inlet spacing Based on Egyptian code & ASPE - Inlet sp

    Max. Dist. between gutters 4.60 m Dist. between inletsPool Premiter 81.00 m Dist. From corner

    Nubmer of gutter drains 18 Nubmer of inlets

    Case 3

    Gutter Drains Pipe Main Branhes Based on Egyptian code - Volume methodNubmer of gutter drains 18.00 1.00 No. One (1) inlet per

    Flow rate per each gutter drain 3.85 3.85 m3/ hrs Nubmer of inlets

    Total Water flow rate 69.38 3.85 m3/ hrs Based on Egyptian code - Area methodPipe slope (S) 0.0104 0.0104 ft/ft One (1) inlet per

    Pipe Percent Flowing 1.00 1.00 Nubmer of inletsManning coefficient of roughness (n) 0.009 0.009 PVC Case 4

    Main pipe inside diameter 141.72 47.94 mm Based on ASPE

    One (1) inlet per

    Nubmer of inlets

    Main Drains Inlet Pipe MBased on Egy. Code ASPE Nubmer of inlet

    Max. distance between main drains 4.50 9.20 m Flow rate per each inletMax. distance from corner 2.25 4.60 m Total Water flow rate

    Nubmer of main drains 3 2 No. Water Velocity

    Main Drain Pipe Main Branhes Main pipe inside diameter

    Nubmer of main drains 3.00 1.00 No. Hazen roughness constant

    Flow rate per each main drain 23.13 23.13 m3/ hrs Friction head loss per 100 meter

    Total Water flow rate 69.38 23.13 m3/ hrs Pipe length

    Pipe slope 0.0104 0.0104 ft/ft Friction head loss

    Pipe Percent Flowing 1.00 1.00Manning coefficient of roughness 0.009 0.009 PVC

    Main pipe inside diameter 141.72 93.86 mm

    Main Drains Grate Water Heater Based on Egy. Code ASPE 1- Water direct heating

    Surface suction grate area factor 8.00 4.00 times Q1= r cp V (tf - ti)/x

    Pipe cross section area 69.16 69.16 cm2 where:

    Surface suction grate area 553.30 276.65 cm2 r water denisty,

    Grate Dimensions 457 x 457 305 x 305 mm cpwater specific heat,

    18" x 18" 12" x 12" in V Pool volume, m3

    tf: desired water temperature,

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    Adult Pool AT.7

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    Adult Pool AT.7

    mmm3/ hrs

    No.

    m3/ hrs

    m3/ hrs

    m/s

    ft/s

    mm

    PVC

    m H2O/100m

    mm H2O

    kg/m3

    kJ/Kg.K

    m3

    oC

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    POOL

    ECG ENGINEERING CONSULTANTS GROUP

    Mechanical Department

    PROJECT NAME : Water Park

    PROJECT NO. : 1270

    REVISION : 0

    PREPARED BY : MOHAMED EL-HARMEL DATE : 07-May-09

    CHECKED BY : AWAD ABD-ALLAH DATE : 07-May-09

    TITLE : Swimming Pool Calculation

    Pool Data PumpLength 20.00 m Using Wide 10.00 m Using

    Perimeter 60.00 m Capacity of each pump

    Area 200.00 m2Average Depth 0.6 m Approx. Pipe length

    Volume 120.00 m3 Static Head

    Turnover Period 3.00 hrs Residual Head

    Flow rate 40.00 m3/ hrs Filter Head Loss

    176.11 gpm Friction Head Loss

    Pump Head

    Pump Efficiency

    Approx. Pump Power

    Filter Balancing TankNumber of Filters 2 Bathers Water displacementService factor 1.25

    Flow rate per each filter 25.00 m3/ hrs Total water displaced

    110.07 gpm Backwash volume

    Filtration speed 30.00 m3/ hrs /m2 Evaporation rateFiltration Area 0.83 m2 Evaporation volume

    Filter Diameter 1.03 m Safty Factor

    40.56 inch Tank Effective volume

    Backwash time 5.00 mins Tank Height =

    Backwash per each filter 25.00 m3/ hrs Tank Area =

    Make-Up Water period

    Make-Up Water flow rate

    Water Velocity

    Make-Up Water pipe diameter

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    POOL

    Gutter Drains Inlet FittingsNubmer of gutter drains Nubmer of inlet fittings

    Case 1 Case 1

    Based on MFG recommendation Based on MFG recommendation

    Outside diameter 63 mm Outside dia.(mm)Gutter Drain flow rate 5.00 m3/ hrs Inlet flow

    Nubmer of inlets 8 Nubmer of inlets

    Case 2 Case 2

    Based on Egyptian code & ASPE - Inlet spacing Based on Egyptian code & ASPE - Inlet sp

    Max. Dist. between gutters 4.20 m Dist. between inletsPool Premiter 60.00 m Dist. From corner

    Nubmer of gutter drains 15 Nubmer of inlets

    Case 3

    Gutter Drains Pipe Main Branhes Based on Egyptian code - Volume methodNubmer of gutter drains 20.00 1.00 No. One (1) inlet per

    Flow rate per each gutter drain 2.00 2.00 m3/ hrs Nubmer of inlets

    Total Water flow rate 40.00 2.00 m3/ hrs Based on Egyptian code - Area methodPipe slope (S) 0.0104 0.0104 ft/ft One (1) inlet per

    Pipe Percent Flowing 1.00 1.00 Nubmer of inletsManning coefficient of roughness (n) 0.009 0.009 PVC Case 4

    Main pipe inside diameter 115.28 37.49 mm Based on ASPE

    One (1) inlet per

    Nubmer of inlets

    Main Drains Inlet Pipe MBased on Egy. Code ASPE Nubmer of inlet

    Max. distance between main drains 3.60 9.20 m Flow rate per each inletMax. distance from corner 1.80 4.60 m Total Water flow rate

    Nubmer of main drains 3 2 No. Water Velocity

    Main Drain Pipe Main Branhes Main pipe inside diameter

    Nubmer of main drains 4.00 1.00 No. Hazen roughness constant

    Flow rate per each main drain 10.00 10.00 m3/ hrs Friction head loss per 100 meter

    Total Water flow rate 40.00 10.00 m3/ hrs Pipe length

    Pipe slope 0.01 0.01 ft/ft Friction head loss

    Pipe Percent Flowing 1.00 1.00Manning coefficient of roughness 0.009 0.009 PVC

    Main pipe inside diameter 131.28 78.06 mm

    Main Drains Grate Water Heater Based on Egy. Code ASPE 1- Water direct heating

    Surface suction grate area factor 10.00 4.00 times Q1= r cp V (tf - ti)/x

    Pipe cross section area 47.83 47.83 cm2 where:

    Surface suction grate area 478.30 191.32 cm2 r:water denisty,

    Grate Dimensions 457 x 457 305 x 305 mm cpwater specific heat,

    18" x 18" 12" x 12" in VPool volume, m

    tf: desired water temperature,

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    POOL

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    POOL

    m3/ hrs

    No.

    m3/ hrsm3/ hrs

    m/s

    ft/s

    mm

    PVC

    m H2O/100mm

    m H2O

    kg/m3

    kJ/Kg.K

    m3

    oC

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    Project Name:

    Project Number:

    Project Engineer:

    Date : 10/31/2014

    Q=(1.486/n)*A*R^.667*S^.5

    WHERE: Q=FLOW IN CFS; A=AREA, Sq. Feet; R = HYDRAULIC RADIUS, Feet

    S = SLOPE, FT/FT; n = COEFFICIENT OF ROUGHNESS

    Piping Material = Cast Iron "n"= 0.012

    Percent Flowing = 50% Full

    Pipe Slope = 1/8 In/Ft = 0.0104 Ft/Ft

    Pipe

    SIZE CFS GPM Velocity

    1-1/2" 0.00715057 3.21 1.23 fps Cast Iron 0.012

    2" 0.01568406 7.04 1.50 fps Sch. 40 PVC 0.0092-1/2" 0.02874984 12.90 1.74 fps SDR 35 0.010

    3" 0.04709192 21.14 1.97 fps VCP 0.013

    4" 0.10097174 45.32 2.39 fps

    5" 0.18457854 82.84 2.77 fps

    6" 0.30178655 135.45 3.14 fps

    8" 0.65438406 293.71 3.81 fps

    10" 1.19135426 534.72 4.42 fps

    12" 1.94259369 871.90 5.00 fps

    14" 2.54392539 1141.79 5.52 fps

    15" 3.67228353 1648.24 5.86 fps

    16" 0.00000000 0.00 #DIV/0! fps

    Footnotes:

    A Inside diameters of piping taken from the following:

    Cast Iron: Tyler Pipe Manual

    Plastic: Schedule 40 PVC Harrington Pipe Manual

    VCP: Mission Clay Pipe Pipe Manual

    B

    C Where cells indicate 0.000000 or #DIV/0! - Pipe size is not avaliable in this material

    MANNINGS FORMULA FOR SIZING WASTE PIPING

    "n" Value

    Manning's "n" values vary throughout the engineering community significantly.

    Numerous laboratory tests were obtained utilizing clean water and straight pipe

    sections without bends, manholes, debris or other obstructions. The plumbing

    engineer must choose a number that will exemplify the specific project that they are

    designing. Smooth wall pipes were found to have "n" values ranging between

    0.009 and 0.010 but, historically, engineers familiar with sewers have used 0.012 or

    0.013. This "design factor" of 20-30% takes into account the difference between

    laboratory testing and actual installed conditions. One publication indicated sanitarysewers coated with sewage slimes, that contain bends and connections, the "n"

    value would be in the range of 0.012 to 0.016. ASPE recommends a value of 0.015

    to be used for cast iron piping.

    249664471.xls.ms_office Page 5 of 62

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    Pipe

    Diameter Cast Iron

    Sch. 40

    PVC SDR 35 VCP

    Pipe

    Diameter"A" Value "R" Value

    1-1/2" 0.0304 0.0335 0.0000 0.0000 1-1/2" 0.0058 0.0304

    2" 0.0408 0.0431 0.0000 0.0000 2" 0.0105 0.0408

    2-1/2" 0.0513 0.0514 0.0000 0.0000 2-1/2" 0.0165 0.0513

    3" 0.0617 0.0639 0.0000 0.0000 3" 0.0239 0.0617

    4" 0.0821 0.0839 0.0828 0.0802 4" 0.0423 0.0821

    5" 0.1029 0.1051 0.1104 0.0000 5" 0.0666 0.1029

    6" 0.1238 0.1264 0.1232 0.1328 6" 0.0962 0.1238

    8" 0.1654 0.1663 0.1650 0.1635 8" 0.1719 0.1654

    10" 0.2071 0.2088 0.2063 0.2146 10" 0.2694 0.2071

    12" 0.2488 0.2487 0.2454 0.2417 12" 0.3888 0.2488

    14" 0.2888 0.2735 0.2604 0.0000 14" 0.4609 0.2888

    15" 0.3158 0.0000 0.3005 0.3036 15" 0.6268 0.3158

    16" 0.0000 0.3125 0.0000 0.0000 16" 0.0000 0.0000

    Pipe

    Diameter Cast Iron

    Sch. 40

    PVC SDR 35 VCP

    Pipe

    Diameter 25% 50%

    1-1/2" 1.460 1.610 0.000 0.000 1-1/2" 0.0029 0.0058

    2" 1.960 2.067 0.000 0.000 2" 0.0052 0.0105

    2-1/2" 2.460 2.469 0.000 0.000 2-1/2" 0.0083 0.0165

    3" 2.960 3.068 0.000 0.000 3" 0.0119 0.0239

    4" 3.940 4.026 3.975 3.850 4" 0.0212 0.0423

    5" 4.940 5.047 5.298 0.000 5" 0.0333 0.0666

    6" 5.940 6.065 5.915 6.375 6" 0.0481 0.0962

    8" 7.940 7.981 7.920 7.850 8" 0.0860 0.1719

    10" 9.940 10.020 9.900 10.300 10" 0.1347 0.2694

    12" 11.940 11.938 11.780 11.600 12" 0.1944 0.3888

    14" 13.000 13.126 12.500 0.000 14" 0.2304 0.4609

    15" 15.160 0.000 14.426 14.575 15" 0.3134 0.6268

    16" 0.000 15.000 0.000 0.000 16" 0.0000 0.0000

    Diameter

    fps

    1% Slope

    2% Slope

    2" 1.72 12.30 17.40

    2-1/2" 1.99 22.27 31.50

    3" 2.25 36.27 51.30

    4" 2.74 78.48 111.00

    5" 3.16 142.11 201.00

    6" 3.58 231.19 327.00

    8" 4.35 498.44 705.00

    10" 5.04 896.48 1268.00

    12" 5.67 1463.49 2070.00

    16" 6.58 2637.11 3730.00

    "R" Value Calculations

    Pipe Inside Diameter "A" Value for Various

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    Certikin Filters @ 11-30m3/h/m2 Head Loss 2.4m Certikin Filters @ 30-40m3/h/m2 Hea

    Backwash rate 45m3/m2/hr Backwash rate 45m3/m2/hr

    Model Conn Flow High Model Conn

    Code mm mm m3/hr mm Code mm mm

    SLX1050-30 1050 75 25 1711 SLX1050-4 1050 75SLX1200-30 1200 75 33 1811 SLX1200-4 1200 90

    SLX1400-30 1400 90 46 1820 SLX1400-4 1400 110

    SLX1600-30 1600 110 60 1904 SLX1600-4 1600 110

    SLX1800-30 1800 110 76 1938 SLX1800-4 1800 125

    SLX2000-30 2000 125 94 2113 SLX2000-4 2000 140

    SLX2350-30 2350 140 130 2407 SLX2350-4 2350 160

    SLX2500-30 2500 160 150 2469 SLX2500-4 2500 200

    SLX3000-30 3000 200 212 2933 SLX3000-4 3000 225

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    Asbestos cement

    Asphalt

    Brass

    Brickwork

    Cast-iron, new

    Clay tile

    Concrete - steel forms

    Concrete - finished

    Concrete - wooden forms

    Concrete - centrifugally spun

    Copper

    Corrugated metal

    Earth

    Earth channel - clean

    75% 100% Earth channel - gravelly

    0.0087 0.0116 Earth channel - weedy

    0.0157 0.0210 Earth channel - stony, cobbles

    0.0248 0.0330 Floodplains - pasture, farmland

    0.0358 0.0478 Floodplains - light brush

    0.0635 0.0847 Floodplains - heavy brush

    0.0998 0.1331 Floodplains - trees

    0.1443 0.1924 Galvanized iron

    0.2579 0.3438 Glass

    0.4042 0.5389 Gravel

    0.5832 0.7776 Lead

    0.6913 0.9218 Masonry

    0.9401 1.2535 Metal - corrugated

    0.0000 0.0000 Natural streams - clean and straight

    Natural streams - major rivers

    Natural streams - sluggish with deep pools

    Plastic

    Polyethylene PE - Corrugated with smooth inner walls

    Polyethylene PE - Corrugated with corrugated inner walls

    Polyvinyl Chloride PVC - with smooth inner walls

    Steel - Coal-tar enamel

    Steel - smooth

    Steel - New unlined

    Steel - Riveted

    Wood - planed

    Wood - unplaned

    Wood stave

    Depths

    Surface Material

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    d Loss 4m

    Flow High

    m3/hr mm

    34 171145 1811

    61 1820

    80 1904

    101 1938

    125 2113

    175 2407

    200 2469

    282 2933

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    Manning's Roughness

    Coefficient Material- n -

    0.011 Asbestos Cement

    0.016 Brass

    0.011 Brick sewer

    0.015 Cast-Iron - new unlined (CIP)

    0.012 Cast-Iron 10 years old

    0.014 Cast-Iron 20 years old

    0.011 Cast-Iron 30 years old

    0.012 Cast-Iron 40 years old

    0.015 Cast-Iron, asphalt coated

    0.013 Cast-Iron, cement lined

    0.011 Cast-Iron, bituminous lined

    0.022 Cast-Iron, wrought plain

    0.025 Concrete

    0.022 Copper or Brass

    0.025 Corrugated Metal

    0.03 Ductile Iron Pipe (DIP)

    0.035 Fiber

    0.035 Fiber Glass Pipe - FRP

    0.05 Galvanized iron

    0.075 Glass

    0.15 Lead

    0.016 Metal Pipes - Very to extremely smooth

    0.01 Plastic

    0.029 Polyethylene, PE, PEH

    0.011 PVC, CPVC

    0.025 Smooth Pipes

    0.022 Steel new unlined

    0.03 Steel

    0.035 Steel, welded and seamless

    0.04 Steel, interior riveted, no projecting rivets

    0.009 Steel, projecting girth rivets

    0.009 - 0.015 Steel, vitrified, spiral-riveted

    0.018 - 0.025 Steel, corrugated

    0.009 - 0.011 Tin

    0.01 Vitrified Clays

    0.012 Wooden or Masonry Pipe - Smooth

    0.011 Wood Stave

    0.019

    0.012

    0.013

    0.012

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    Hazen-Williams Coefficient- c-

    140

    130 - 140

    90 - 100

    130

    107 - 113

    89 - 100

    75 - 90

    64-83

    100

    140

    140

    100

    100 - 140

    130 - 140

    60

    140

    140

    150

    120

    130

    130 - 140

    130 - 140

    130 - 150

    150

    150

    140

    140 - 150

    100

    100

    100

    90 - 100

    60

    130

    110

    120

    110 - 120

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    Sheet3

    Certikin Filters @ 11-30m3/h/m2 Head Loss 2.4m Certikin Filters

    Backwash rate 45m3/m2/hr Backwash rate

    Model Conn Flow High Model

    Code mm mm m3/hr mm Code

    SLX1050-30M 1050 75 25 1711 SLX1050-40M

    SLX1200-30M 1200 75 33 1811 SLX1200-40MSLX1400-30M 1400 90 46 1820 SLX1400-40M

    SLX1600-30M 1600 110 60 1904 SLX1600-40M

    SLX1800-30M 1800 110 76 1938 SLX1800-40M

    SLX2000-30M 2000 125 94 2113 SLX2000-40M

    SLX2350-30M 2350 140 130 2407 SLX2350-40M

    SLX2500-30M 2500 160 150 2469 SLX2500-40M

    SLX3000-30M 3000 200 212 2933 SLX3000-40M

    Page 13

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    Sheet3

    30-40m3/h/m2 Head Loss 4m

    5m3/m2/hr

    Conn Flow High

    mm mm m3/hr mm

    1050 75 34 1711

    1200 90 45 18111400 110 61 1820

    1600 110 80 1904

    1800 125 101 1938

    2000 140 125 2113

    2350 160 175 2407

    2500 200 200 2469

    3000 225 282 2933