Common use of Correction Factors for Volume Measurement Clause in Contracts

Correction Factors for Volume Measurement. The computations of the volumes of Gas measured shall be made as follows: (a) The hourly orifice coefficient for each meter shall be calculated at the base pressure of fourteen and sixty-five hundredths (14.65) psia and the base temperature of sixty (60) degrees Fahrenheit. All Gas volume measurements shall be based on a local atmospheric pressure assumed to be thirteen and seven-tenths (13.7) psia. (b) The flowing temperature of the Gas shall be continuously measured. In the case of electronic metering, such temperature measurement shall be used as continuous input to the flow computer for calculation of Gas volume, mass and/or energy content in accordance with the applicable AGA or API 21.1 standards including, but not limited to, AGA Report Nos. 3, 5, 6, 7 and 8 and any subsequent modification and amendments thereof generally accepted within the Gas industry. (c) Measurements of inside diameters of pipe runs and orifices shall be obtained by means of a micrometer to the nearest one-thousandth of an inch, and such measurements shall be used in computations of coefficients. (d) In determining the volume of Gas, when electronic transducers and flow computers are used, the Gas shall have its volume, mass and/or energy content continuously integrated in accordance with the applicable AGA standards including, but not limited to, AGA report Nos. 3, 5, 6, 7 and 8 and any subsequent modification and amendments thereof generally accepted within the Gas industry. (e) In calculating the volume of Gas, deviation from Xxxxx’x Law at the pressure, specific gravity, and temperature for each measurement shall be determined by use of AGA Report No. 8

Correction Factors for Volume Measurement. The computations of the volumes of Gas measured shall be made as follows: (a) The hourly orifice coefficient for each meter shall be calculated at the base pressure of fourteen and sixty-five hundredths (14.65) psia and the base temperature of sixty (60) degrees Fahrenheit. All Gas volume measurements shall be based on a local atmospheric pressure assumed to be thirteen and seven-tenths (13.7) psia. (b) The flowing temperature of the Gas shall be continuously measured. In the case of electronic metering, such temperature measurement shall be used as continuous input to the flow computer for calculation of Gas volume, mass mass, and/or energy content in accordance with the applicable AGA or API 21.1 standards including, but not limited to, AGA Report Nos. 3, 5, 6, 7 7, and 8 and any subsequent modification and amendments thereof generally accepted within the Gas industry. (c) Measurements of inside diameters of pipe runs and orifices shall be obtained by means of a micrometer to the nearest one-thousandth of an inch, and such measurements shall be used in computations of coefficients. (d) In determining the volume of Gas, when electronic transducers and flow computers are used, the Gas shall have its volume, mass mass, and/or energy content continuously integrated in accordance with the applicable AGA standards including, but not limited to, AGA report Nos. 3, 5, 6, 7 7, and 8 and any subsequent modification and amendments thereof generally accepted within the Gas industry.. Pg 20 of 45 Gas Gathering Agreement dated [__________] Between Alpine High Gathering LP (Gatherer) and [__________] (Producer) (e) In calculating the volume of Gas, deviation from Xxxxx’x Law at the pressure, specific gravity, and temperature for each measurement shall be determined by use of AGA Report No. 8

Correction Factors for Volume Measurement. The computations of the volumes of Gas measured shall be made as follows: (a) The hourly orifice coefficient for each meter shall be calculated at the base pressure of fourteen and sixty-five hundredths (14.65) psia and the base temperature of sixty (60) degrees Fahrenheit. All Gas volume measurements shall be based on a an local atmospheric pressure assumed to be thirteen and seventwo-tenths (13.713.2) psia. (b) The flowing temperature of the Gas shall be continuously measured. In the case of electronic metering, such temperature measurement shall be used as continuous input to the flow computer for calculation of Gas volume, mass and/or energy content in accordance with the applicable AGA or API 21.1 standards including, but not limited to, AGA Report Nos. 3, 5, 6, 7 and 8 and any subsequent modification and amendments thereof generally accepted within the Gas industry. (c) Measurements of inside diameters of pipe runs and orifices shall be obtained by means of a micrometer to the nearest one-thousandth of an inch, and such measurements shall be used in computations of coefficients. (d) In determining the volume of Gas, when electronic transducers and flow computers are used, the Gas shall have its volume, mass and/or energy content continuously integrated in accordance with the applicable AGA standards including, but not limited to, AGA report Nos. 3, 5, 6, 7 and 8 and any subsequent modification and amendments thereof generally accepted within the Gas industry. (e) In calculating the volume of Gas, deviation from Xxxxx’x Law at the pressure, specific gravity, and temperature for each measurement shall be determined by use of AGA Report No. 8,