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<Data_Of_User session="20220921T1248S36949" user_id="k.kamrani@hirganenergy.com">
  <Data_Of_Project>
    <Project_Id>P-k_kamrani@hirganenergy_com-2022-01-10_10_10_14_47225</Project_Id>
    <Project_Id_Old />
    <Project_No />
    <Project_Name />
    <Revision>0</Revision>
    <Metso_Reference />
    <Metso_Contact />
    <Project_Manager />
    <Group />
    <Quotation_No />
    <Invoice_Customer_Id />
    <Invoice_Customer_Name />
    <End_Customer_Id />
    <End_Customer_Name />
    <Contractor_Id />
    <Contractor_Name />
    <Industry />
    <Mill />
    <Mill_Department />
    <Process />
    <Control_System_Manufacturer />
    <Customer_Reference />
    <Creation_Date>2022-01-10</Creation_Date>
    <Created_By>gh.ataie@hirganenergy.com</Created_By>
    <Remarks />
    <Data_Of_Area sortuser="1">
      <Area_Id>A-k_kamrani@hirganenergy_com-2022-01-10_10_10_14_47226</Area_Id>
      <Area_Id_Old />
      <Area />
      <Data_Of_Tag sortuser="1">
        <Tag_Id>T-k_kamrani@hirganenergy_com-2022-01-10_10_10_14_47227</Tag_Id>
        <Tag_Id_Old />
        <Tag>W046S-1701 B</Tag>
        <Tag_Revision />
        <Item_Number />
        <Valve_Duty />
        <Selected_Sizing />
        <Tag_Date>2022-01-10</Tag_Date>
        <Data_Of_Sizing sortuser="1" err="" ref="1">
          <Sizing_Id>S-k_kamrani@hirganenergy_com-2022-01-10_10_10_14_47228</Sizing_Id>
          <Sizing_Id_Old />
          <Sizing_Name>Sizing</Sizing_Name>
          <Phase>2-phase</Phase>
          <Result_Field>6H-L1-LIN 3</Result_Field>
          <Fluid_Description_1 />
          <Fluid_Description_2 />
          <Is_Resistor />
          <Is_Actuator>false</Is_Actuator>
          <Liquid_Baffle_Plate_Selected />
          <Liquid_Baffle_Plate_Size />
          <Liquid_Baffle_Plate_New_Valve_Dp />
          <Liquid_Orifice_Plate_Up_Selected />
          <Liquid_Orifice_Plate_Size_Up />
          <Liquid_Orifice_Plate_New_Valve_Dp_Up />
          <Liquid_Orifice_Plate_Down_Selected />
          <Liquid_Orifice_Plate_Size_Down />
          <Liquid_Orifice_Plate_New_Valve_Dp_Down />
          <Resistor_Stage_1_Diff_Selected />
          <Resistor_Stage_2_Diff_Selected />
          <Resistor_Atten_Plate_Selected />
          <Resistor_Stage_1_Diff_Down />
          <Resistor_Stage_2_Diff_Down />
          <Resistor_Atten_Plate_Down />
          <Min_Outlet_Dia_UOM />
          <Min_Outlet_Dia />
          <Plate_Area_UOM />
          <Plate_Area_Case_1 />
          <Plate_Area_Case_2 />
          <Plate_Area_Case_3 />
          <Plate_Area_Case_4 />
          <New_Valve_Dp_UOM />
          <New_Valve_Dp_Case_1 />
          <New_Valve_Dp_Case_2 />
          <New_Valve_Dp_Case_3 />
          <New_Valve_Dp_Case_4 />
          <Resistor_Type />
          <Inlet_Pipe_Size>4</Inlet_Pipe_Size>
          <Inlet_Pipe_Size_UOM>in</Inlet_Pipe_Size_UOM>
          <Outlet_Pipe_Size>4</Outlet_Pipe_Size>
          <Thickness />
          <Schedule>Std</Schedule>
          <Gas_Flow_Rate_UOM>kg/h</Gas_Flow_Rate_UOM>
          <Gas_Flow_Rate_Case_1>712.241</Gas_Flow_Rate_Case_1>
          <Gas_Flow_Rate_Case_2>647.492</Gas_Flow_Rate_Case_2>
          <Gas_Flow_Rate_Case_3>431.66</Gas_Flow_Rate_Case_3>
          <Gas_Flow_Rate_Case_4 />
          <Liq_Flow_Rate_UOM>kg/h</Liq_Flow_Rate_UOM>
          <Liq_Flow_Rate_Case_1>18451.851</Liq_Flow_Rate_Case_1>
          <Liq_Flow_Rate_Case_2>16774.41</Liq_Flow_Rate_Case_2>
          <Liq_Flow_Rate_Case_3>11182.94</Liq_Flow_Rate_Case_3>
          <Liq_Flow_Rate_Case_4 />
          <Inlet_Temperature_UOM>degC</Inlet_Temperature_UOM>
          <Inlet_Temperature_Case_1>37.4</Inlet_Temperature_Case_1>
          <Inlet_Temperature_Case_2>37.4</Inlet_Temperature_Case_2>
          <Inlet_Temperature_Case_3>37.4</Inlet_Temperature_Case_3>
          <Inlet_Temperature_Case_4 />
          <Inlet_Pressure_UOM>barG</Inlet_Pressure_UOM>
          <Inlet_Pressure_Case_1>12.78</Inlet_Pressure_Case_1>
          <Inlet_Pressure_Case_2>12.78</Inlet_Pressure_Case_2>
          <Inlet_Pressure_Case_3>12.78</Inlet_Pressure_Case_3>
          <Inlet_Pressure_Case_4 />
          <Pressure_Difference_Case_1>2</Pressure_Difference_Case_1>
          <Pressure_Difference_Case_2>2</Pressure_Difference_Case_2>
          <Pressure_Difference_Case_3>2</Pressure_Difference_Case_3>
          <Pressure_Difference_Case_4 />
          <Pressure_Difference_UOM>bar</Pressure_Difference_UOM>
          <Title_For_Case_1>Case 1</Title_For_Case_1>
          <Title_For_Case_2>Case 2</Title_For_Case_2>
          <Title_For_Case_3>Case 3</Title_For_Case_3>
          <Title_For_Case_4>Case 4</Title_For_Case_4>
          <Vapour_Pressure_UOM>ftH2OA</Vapour_Pressure_UOM>
          <Vapour_Pressure_Case_1 />
          <Vapour_Pressure_Case_2 />
          <Vapour_Pressure_Case_3 />
          <Vapour_Pressure_Case_4 />
          <Inlet_Density_UOM>kg/m3</Inlet_Density_UOM>
          <Inlet_Density_Case_1>13.6</Inlet_Density_Case_1>
          <Inlet_Density_Case_2>13.6</Inlet_Density_Case_2>
          <Inlet_Density_Case_3>13.6</Inlet_Density_Case_3>
          <Inlet_Density_Case_4 />
          <Valve_Size_UOM>in</Valve_Size_UOM>
          <Valve_Size>AUTOM</Valve_Size>
          <Valve_Type>ALL</Valve_Type>
          <Pressure_Rate>ALL ANSI</Pressure_Rate>
          <Valve_Series_Code>6H-L1-LIN</Valve_Series_Code>
          <Seat />
          <Gland_Packing />
          <Bearings />
          <T-Factor>1</T-Factor>
          <Delta_P_Shutoff_Pressure_UOM>bar</Delta_P_Shutoff_Pressure_UOM>
          <Delta_P_Shutoff_Pressure>12.78</Delta_P_Shutoff_Pressure>
          <Actuator_Series_Code />
          <Actuator_Size />
          <Supply_Pressure_UOM>barG</Supply_Pressure_UOM>
          <Supply_Pressure>5</Supply_Pressure>
          <Spring_Rate />
          <Maximum_Capacity_UOM>Cv</Maximum_Capacity_UOM>
          <Maximum_Capacity>94</Maximum_Capacity>
          <Maximum_Capacity_Fp0>0.99034345</Maximum_Capacity_Fp0>
          <Maximum_Capacity_Kv>94</Maximum_Capacity_Kv>
          <Maximum_Capacity_FpKv>93.09</Maximum_Capacity_FpKv>
          <Maximum_Capacity_Cv>94</Maximum_Capacity_Cv>
          <Maximum_Capacity_FpCv>93.09</Maximum_Capacity_FpCv>
          <Fp1>0.99625945</Fp1>
          <Fp2>0.99697053</Fp2>
          <Fp3>0.9987379</Fp3>
          <Fp4>0.0</Fp4>
          <Required_Capacity_UOM>FpCv</Required_Capacity_UOM>
          <Required_Capacity_Case_1>58.02</Required_Capacity_Case_1>
          <Required_Capacity_Case_2>52.23</Required_Capacity_Case_2>
          <Required_Capacity_Case_3>33.73</Required_Capacity_Case_3>
          <Required_Capacity_Case_4 />
          <Valve_Travel_Percent_Case_1>61</Valve_Travel_Percent_Case_1>
          <Valve_Travel_Percent_Case_2>54.6</Valve_Travel_Percent_Case_2>
          <Valve_Travel_Percent_Case_3>34.3</Valve_Travel_Percent_Case_3>
          <Valve_Travel_Percent_Case_4 />
          <Valve_Opening_Degrees_Case_1>N/A</Valve_Opening_Degrees_Case_1>
          <Valve_Opening_Degrees_Case_2>N/A</Valve_Opening_Degrees_Case_2>
          <Valve_Opening_Degrees_Case_3>N/A</Valve_Opening_Degrees_Case_3>
          <Valve_Opening_Degrees_Case_4 />
          <Noise_Case_UOM>dBA</Noise_Case_UOM>
          <Noise_Case_1 />
          <Noise_Case_2 />
          <Noise_Case_3 />
          <Noise_Case_4 />
          <Noise_IEC_Case_1 />
          <Noise_IEC_Case_2 />
          <Noise_IEC_Case_3 />
          <Noise_IEC_Case_4 />
          <Noise_Metso_IEC_Case_1 />
          <Noise_Metso_IEC_Case_2 />
          <Noise_Metso_IEC_Case_3 />
          <Noise_Metso_IEC_Case_4 />
          <Noise_VDMA_Case_1 />
          <Noise_VDMA_Case_2 />
          <Noise_VDMA_Case_3 />
          <Noise_VDMA_Case_4 />
          <Flow_Velocity_UOM>m/s</Flow_Velocity_UOM>
          <Flow_Velocity_Case_1 />
          <Flow_Velocity_Case_2 />
          <Flow_Velocity_Case_3 />
          <Flow_Velocity_Case_4 />
          <Terminal_Dp_UOM>bar</Terminal_Dp_UOM>
          <Terminal_Dp_Case_1>0.96</Terminal_Dp_Case_1>
          <Terminal_Dp_Case_2>0.98</Terminal_Dp_Case_2>
          <Terminal_Dp_Case_3>1.04</Terminal_Dp_Case_3>
          <Terminal_Dp_Case_4 />
          <Effective_Density_UOM>kg/m3</Effective_Density_UOM>
          <Effective_Density_Case_1>153.19</Effective_Density_Case_1>
          <Effective_Density_Case_2>153.12</Effective_Density_Case_2>
          <Effective_Density_Case_3>152.98</Effective_Density_Case_3>
          <Effective_Density_Case_4 />
          <Liquid_Vapour_Pressure_UOM>barG</Liquid_Vapour_Pressure_UOM>
          <Liquid_Vapour_Pressure_Case_1>13.61</Liquid_Vapour_Pressure_Case_1>
          <Liquid_Vapour_Pressure_Case_2>13.61</Liquid_Vapour_Pressure_Case_2>
          <Liquid_Vapour_Pressure_Case_3>13.61</Liquid_Vapour_Pressure_Case_3>
          <Liquid_Vapour_Pressure_Case_4 />
          <Flow_Coefficient_Case_1 />
          <Flow_Coefficient_Case_2 />
          <Flow_Coefficient_Case_3 />
          <Flow_Coefficient_Case_4 />
          <Control_Open_UOM>Nm</Control_Open_UOM>
          <Torque_To_Open>0</Torque_To_Open>
          <Torque_To_Close>0</Torque_To_Close>
          <Opening_LF>NaN</Opening_LF>
          <Closing_LF>NaN</Closing_LF>
          <Opening_LF_UOM>%</Opening_LF_UOM>
          <Control_Open_Case_1>0</Control_Open_Case_1>
          <Control_Open_Case_2>0</Control_Open_Case_2>
          <Control_Open_Case_3>0</Control_Open_Case_3>
          <Control_Open_Case_4 />
          <Control_Close_Case_1>0</Control_Close_Case_1>
          <Control_Close_Case_2>0</Control_Close_Case_2>
          <Control_Close_Case_3>0</Control_Close_Case_3>
          <Control_Close_Case_4 />
          <Control_Open_LF_Case_1>NaN</Control_Open_LF_Case_1>
          <Control_Open_LF_Case_2>NaN</Control_Open_LF_Case_2>
          <Control_Open_LF_Case_3>NaN</Control_Open_LF_Case_3>
          <Control_Open_LF_Case_4 />
          <Control_Close_LF_Case_1>NaN</Control_Close_LF_Case_1>
          <Control_Close_LF_Case_2>NaN</Control_Close_LF_Case_2>
          <Control_Close_LF_Case_3>NaN</Control_Close_LF_Case_3>
          <Control_Close_LF_Case_4 />
          <Consistency_Percent />
          <Density_UOM>kg/m3</Density_UOM>
          <Density>267.69</Density>
          <Critical_Pressure_UOM>barG</Critical_Pressure_UOM>
          <Critical_Pressure>220.18669</Critical_Pressure>
          <Gas_Specific_Gravity />
          <Liq_Specific_Gravity />
          <Viscosity_UOM>cp</Viscosity_UOM>
          <Viscosity />
          <Sound_Speed_UOM>m/s</Sound_Speed_UOM>
          <Sound_Speed />
          <Molecular_Weight />
          <Specific_Heat>1.4</Specific_Heat>
          <Dpm_Factor />
          <Outlet_Pressure_UOM>barG</Outlet_Pressure_UOM>
          <Outlet_Pressure_Case_1>10.78</Outlet_Pressure_Case_1>
          <Outlet_Pressure_Case_2>10.78</Outlet_Pressure_Case_2>
          <Outlet_Pressure_Case_3>10.78</Outlet_Pressure_Case_3>
          <Outlet_Pressure_Case_4 />
          <Curve_Inherent_X>0|0.1|0.2|0.3|0.4|0.5|0.6|0.7|0.8|0.9|1|</Curve_Inherent_X>
          <Curve_Inherent_Y>0|0.123|0.22|0.317|0.415|0.512|0.61|0.707|0.805|0.902|1|</Curve_Inherent_Y>
          <Curve_Inherent_Hmin>0.0</Curve_Inherent_Hmin>
          <Curve_Inherent_Hm>0.0</Curve_Inherent_Hm>
          <Curve_Noise_X />
          <Curve_Noise_Y />
          <Curve_Noise_Hmin />
          <Curve_Noise_Hm />
          <Curve_Installed_X />
          <Curve_Installed_Y />
          <Curve_Installed_Hmin />
          <Curve_Installed_Hm />
          <Curve_Installed_Footer />
          <Curve_Pressure_X />
          <Curve_Pressure_Y />
          <Curve_Pressure_Y2 />
          <Curve_Pressure_Hmin />
          <Curve_Pressure_Hm />
          <Curve_Gain_X />
          <Curve_Gain_Y />
          <Curve_Gain_Hmin />
          <Curve_Gain_Hm />
          <Curve_Gain_Footer />
          <Selected_Valve_Size>3</Selected_Valve_Size>
          <Selected_Valve_Type>GLOBE</Selected_Valve_Type>
          <Selected_Valve_Series_Description>GLOBE VALVE, LINEAR, PERFORATED PLUG, 1-STAGE</Selected_Valve_Series_Description>
          <Selected_Actuator_Size />
          <Selected_Actuator_Series_Description />
          <Design_Press_UOM>barG</Design_Press_UOM>
          <Design_Press />
          <Design_Tmax_UOM>degC</Design_Tmax_UOM>
          <Design_Tmax />
          <Design_Tmin_UOM>degC</Design_Tmin_UOM>
          <Design_Tmin />
          <Selected_Actuator_Code />
          <Notes_And_Warnings_Row_1>Note: Installed flow characteristics have not been analysed.</Notes_And_Warnings_Row_1>
          <Notes_And_Warnings_Row_2 />
          <Notes_And_Warnings_Row_3 />
          <Notes_And_Warnings_Row_4 />
          <Notes_And_Warnings_Row_5 />
          <Notes_And_Warnings_Row_6 />
          <Notes_And_Warnings_Row_7 />
          <Notes_And_Warnings_Row_8 />
          <Notes_And_Warnings_Row_9 />
          <Notes_And_Warnings_Row_10 />
          <Sizing_Remarks />
        </Data_Of_Sizing>
      </Data_Of_Tag>
    </Data_Of_Area>
  </Data_Of_Project>
</Data_Of_User>

