Helium Quantity Load Sheet.pdf

SPE601-12-R-0319

38-TUBE TRAILER FORM DATE: NOV 2010

CONTAINER TYPE DATE FILLED DSFP LOC:

DFSP RO:

Temperature (°C) DFSP OPERATOR:

Residual Pressure (BarG) Residual Product Qty 25

Z = Compressibility Factor for helium = 1+(10.2297x10-5 - 19.2998x10-8T + 1.1832x10-10T2)P - 2.217x10-10P2

Filling Conditions ET = Temperature Expansion Factor = 1 + 1.89x10-5(t-70) Pressure (BarG) 172 EP = Pressure Expansion Factor = 1 + 7.4x10-7Pg = EP

Temperature (°C) 43 Fv = Volume Correction Factor = (529.7/T) x (P/14.7) x (1.00049/Z) x ET x EP

Water Volume (m3) 10.115 Where:

T = absolute temperature in °R

Conversion to English Units P = absolute pressure in psi Water Volume (ft3) 357.2 t = temperature of the container in °F Temperature (°F) 109.4 Pg = gage pressure of the container, psig Pressure (psig) 2494.64844

Then, Calculation Vb = FV x VO

Compressibility Factor 1.075885424 Temp Expansion Factor 1.00074466 Where, Press Expansion Factor 1.00184604 Vb =cubic feet of helium in the container at standard conditions of 14.7 psia and 70°F Volume Correction Factor 148.142242 VO = internal volume of the container in cubic feet (water capacity)

Calculated Quantity Standard Cubic Feet (scf) 52,916.4

Normal Cubic Meters (Nm3) 1498.43

NET FILL QUANTITY 1473.43

CERTIFICATION:

xxx-xx23

SERIAL NUMBER

HELIUM CONTAINER LOAD SHEET - METRIC