Common use of Metered Flow Rates in Error Clause in Contracts

Metered Flow Rates in Error. If, for any reason, any Measurement Facilities are (i) out of adjustment, (ii) out of service or (iii) out of repair and the total calculated flow rate through each meter is found to be in error by an amount of the magnitude described in Section 9.3, the total quantity of Saltwater delivered shall be determined in accordance with the first of the following methods which is feasible: (a) by using the registration of any mutually agreeable check metering facility, if installed and accurately registering (subject to testing as provided for in Section 9.3); (b) where multiple meters exist in series, by calculation using the registration of such meter equipment; provided that they are measuring Saltwater from upstream and downstream headers in common with the faulty metering equipment, are not controlled by separate regulators and are accurately registering; (c) by correcting the error by re-reading of the official meter, or by straightforward application of a correcting factor to the quantities recorded for the period (if the net percentage of error is ascertainable by calibration, tests or mathematical calculation); or (d) by estimating the quantity, based upon deliveries made during periods of similar conditions when the meter was registering accurately.

Metered Flow Rates in Error. If, for any reason, any Measurement Facilities are (i) out of adjustment, (ii) out of service service, or (iii) out of repair and the total calculated flow rate through each meter run is found to be in error by an amount of the magnitude described in Section 9.311.6, the total quantity of Saltwater Production delivered shall be determined in accordance with the first of the following methods which is feasible: (a) by By using the registration of any mutually agreeable check metering facility, if installed and accurately registering (subject to testing as provided for in Section 9.311.6); (b) where Where multiple meters meter runs exist in series, by calculation using the registration of such meter run equipment; provided that they are measuring Saltwater Production from upstream and downstream headers in common with the faulty metering equipment, are not controlled by separate regulators regulators, and are accurately registering; (c) by By correcting the error by re-reading of the official metercharts, or by straightforward application of a correcting factor to the quantities recorded for the period (if the net percentage of error is ascertainable by calibration, tests or mathematical calculation); or (d) by By estimating the quantity, based upon deliveries made during periods of similar conditions when the meter was registering accurately.

Metered Flow Rates in Error. If, for any reason, any Measurement Facilities are (i) out of adjustment, (ii) out of service or (iii) out of repair and the total calculated flow rate through each meter is found to be in error by an amount of the magnitude described in Section 9.310.3, the total quantity of Saltwater Crude Oil delivered shall be determined in accordance with the first of the following methods which is feasible: (a) by using the registration of any mutually agreeable check metering facility, if installed and accurately registering (subject to testing as provided for in Section 9.310.3); (b) where multiple meters exist in series, by calculation using the registration of such meter equipment; provided that they are measuring Saltwater Crude Oil from upstream and downstream headers in common with the faulty metering equipment, are not controlled by separate regulators and are accurately registering; (c) by correcting the error by re-reading of the official meter, or by straightforward application of a correcting meter factor to the quantities recorded for the period (if the net percentage of error is ascertainable by calibration, tests or mathematical calculation); or (d) by estimating the quantity, based upon deliveries made during periods of similar conditions when the meter was registering accurately.

Metered Flow Rates in Error. If, for any reason, any Measurement Facilities are (i) out of adjustment, (ii) out of service service, or (iii) out of repair and the total calculated flow rate through each meter run is found to be in error by an amount of the magnitude described in Section 9.311.5, the total quantity of Saltwater Gas delivered shall be determined in accordance with the first of the following methods which is feasible: (a) by By using the registration of any mutually agreeable check metering facility, if installed and accurately registering (subject to testing as provided for in Section 9.311.5); (b) where Where multiple meters meter runs exist in series, by calculation using the registration of such meter run equipment; provided that they are measuring Saltwater Gas from upstream and downstream headers in common with the faulty metering equipment, are not controlled by separate regulators regulators, and are accurately registering; (c) by By correcting the error by re-reading of the official metercharts, or by straightforward application of a correcting factor to the quantities recorded for the period (if the net percentage of error is ascertainable by calibration, tests or mathematical calculation); or (d) by By estimating the quantity, based upon deliveries made during periods of similar conditions when the meter was registering accurately.

Metered Flow Rates in Error. If, for any reason, any Measurement Facilities are (i) out of adjustment, (ii) out of service service, or (iii) out of repair and the total calculated flow rate through each meter run is found to be in error by an amount of the magnitude described in Section 9.311.5, the total quantity of Saltwater Gas delivered shall be determined in accordance with the first of the following methods which is feasible: (a) by using the registration of any mutually agreeable check metering facility, if installed and accurately registering (subject to testing as provided for in Section 9.311.5); (b) where Where multiple meters meter runs exist in series, by calculation using the registration of such meter run equipment; provided that they are measuring Saltwater Gas from upstream and downstream headers in common with the faulty metering equipment, are not controlled by separate regulators regulators, and are accurately registering; (c) by By correcting the error by re-reading of the official metercharts, or by straightforward application of a correcting factor to the quantities recorded for the period (if the net percentage of error is ascertainable by calibration, tests or mathematical calculation); or (d) by By estimating the quantity, based upon deliveries made during periods of similar conditions when the meter was registering accurately.

Metered Flow Rates in Error. If, for any reason, any Measurement Facilities are (i) out of adjustment, (ii) out of service or (iii) out of repair and the total calculated flow rate through each meter is found to be in error by an amount of the magnitude described in Section 9.3, the total quantity of Saltwater Freshwater delivered shall be determined in accordance with the first of the following methods which is feasible: (a) by using the registration of any mutually agreeable check metering facility, if installed and accurately registering (subject to testing as provided for in Section 9.3); (b) where multiple meters exist in series, by calculation using the registration of such meter equipment; provided that they are measuring Saltwater Freshwater from upstream and downstream headers in common with the faulty metering equipment, are not controlled by separate regulators and are accurately registering; (c) by correcting the error by re-reading of the official meter, or by straightforward application of a correcting factor to the quantities recorded for the period (if the net percentage of error is ascertainable by calibration, tests or mathematical calculation); or (d) by estimating the quantity, based upon deliveries made during periods of similar conditions when the meter was registering accurately.

Metered Flow Rates in Error. If, for any reason, any Measurement Facilities are (i) out of adjustment, (ii) out of service or (iii) out of repair and the total calculated flow rate through each meter is found to be in error by an amount of the magnitude described in Section 9.310.3(b), the total quantity of Saltwater Crude Oil delivered shall be determined in accordance with the first of the following methods which is feasible: (a) by using the registration of any mutually agreeable check metering facility, if installed and accurately registering (subject to testing as provided for in Section 9.310.3); (b) where multiple meters exist in series, by calculation using the registration of such meter equipment; provided that they are measuring Saltwater Crude Oil from upstream and downstream headers in common with the faulty metering equipment, are not controlled by separate regulators and are accurately registering; (c) by correcting the error by re-reading of the official meter, or by straightforward application of a correcting meter factor to the quantities recorded for the period (if the net percentage of error is ascertainable by calibration, tests or mathematical calculation); or (d) by estimating the quantity, based upon deliveries made during periods of similar conditions when the meter was registering accurately.

Metered Flow Rates in Error. If, for any reason, any Measurement Facilities are (i) out of adjustment, (ii) out of service or (iii) out of repair and the total calculated flow rate through each meter run is found to be in error by an amount of the magnitude described in Section 9.311.5, the total quantity of Saltwater Gas delivered shall be determined in accordance with the first of the following methods which is feasible: (a) by using the registration of any mutually agreeable check metering facility, if installed and accurately registering (subject to testing as provided for in Section 9.311.5); (b) where multiple meters meter runs exist in series, by calculation using the registration of such meter run equipment; provided that they are measuring Saltwater Gas from upstream and downstream headers in common with the faulty metering equipment, are not controlled by separate regulators regulators, and are accurately registering; (c) by correcting the error by re-reading of the official metercharts, or by straightforward application of a correcting factor to the quantities recorded for the period (if the net percentage of error is ascertainable by calibration, tests or mathematical calculation); or (d) by estimating the quantity, based upon deliveries made during periods of similar conditions when the meter was registering accurately.

Metered Flow Rates in Error. If, for any reason, any Measurement Facilities are (ia) out of adjustment, (iib) out of service or (iiic) out of repair and the total calculated flow rate through each meter run is found to be in error by an amount of the magnitude described in Section 9.311.5, the total quantity of Saltwater Gas delivered shall be determined in accordance with the first of the following methods which is feasible: (a) by using the registration of any mutually agreeable check metering facility, if installed and accurately registering (subject to testing as provided for in Section 9.311.5); (b) where multiple meters meter runs exist in series, by calculation using the registration of such meter run equipment; provided that they are measuring Saltwater Gas from upstream and downstream headers in common with the faulty metering equipment, are not controlled by separate regulators regulators, and are accurately registering; (c) by correcting the error by re-reading of the official metercharts, or by straightforward application of a correcting factor to the quantities recorded for the period (if the net percentage of error is ascertainable by calibration, tests or mathematical calculation); or (d) by estimating the quantity, based upon deliveries made during periods of similar conditions when the meter was registering accurately.

Metered Flow Rates in Error. If, for any reason, any Measurement Facilities are (i) out of adjustment, (ii) out of service or (iii) out of repair and the total calculated flow rate through each meter is found to be in error by an amount of the magnitude described in Section 9.39.3(b), the total quantity of Saltwater delivered shall be determined in accordance with the first of the following methods which is feasible: (a) by using the registration of any mutually agreeable check metering facility, if installed and accurately registering (subject to testing as provided for in Section 9.3); (b) where multiple meters exist in series, by calculation using the registration of such meter equipment; provided that they are measuring Saltwater from upstream and downstream headers in common with the faulty metering equipment, are not controlled by separate regulators and are accurately registering; (c) by correcting the error by re-reading of the official meter, or by straightforward application of a correcting factor to the quantities recorded for the period (if the net percentage of error is ascertainable by calibration, tests or mathematical calculation); or (d) by estimating the quantity, based upon deliveries made during periods of similar conditions when the meter was registering accurately.

Metered Flow Rates in Error. If, for any reason, any Measurement Facilities are (i) out of adjustment, (ii) out of service service, or (iii) out of repair and the total calculated flow rate through each meter run is found to be in error by an amount of the magnitude described in Section 9.311.5(b), the total quantity of Saltwater Gas delivered shall be determined in accordance with the first of the following methods which is feasible: (a) by By using the registration of any mutually agreeable check metering facility, if installed and accurately registering (subject to testing as provided for in Section 9.311.5); (b) where Where multiple meters meter runs exist in series, by calculation using the registration of such meter run equipment; provided that they are measuring Saltwater Gas from upstream and downstream headers in common with the faulty metering equipment, are not controlled by separate regulators regulators, and are accurately registering; (c) by By correcting the error by re-reading of the official metercharts, or by straightforward application of a correcting factor to the quantities recorded for the period (if the net percentage of error is ascertainable by calibration, tests or mathematical calculation); or (d) by By estimating the quantity, based upon deliveries made during periods of similar conditions when the meter was registering accurately.

Metered Flow Rates in Error. If, for any reason, any Measurement Facilities are (ia) out of adjustment, (iib) out of service or (iiic) out of repair and the total calculated flow rate through each meter run is found to be in error by an amount of the magnitude described in Section 9.311.5(b), the total quantity of Saltwater Gas delivered shall be determined in accordance with the first of the following methods which is feasible: (a) by using the registration of any mutually agreeable check metering facility, if installed and accurately registering (subject to testing as provided for in Section 9.311.5); (b) where multiple meters meter runs exist in series, by calculation using the registration of such meter run equipment; provided that they are measuring Saltwater Gas from upstream and downstream headers in common with the faulty metering equipment, are not controlled by separate regulators regulators, and are accurately registering; (c) by correcting the error by re-reading of the official metercharts, or by straightforward application of a correcting factor to the quantities recorded for the period (if the net percentage of error is ascertainable by calibration, tests or mathematical calculation); or (d) by estimating the quantity, based upon deliveries made during periods of similar conditions when the meter was registering accurately.

Metered Flow Rates in Error. If, for any reason, any Measurement Facilities are (i) out of adjustment, (ii) out of service service, or (iii) out of repair and the total calculated flow rate through each meter run is found to be in error by an amount of the magnitude described in Section 9.310.4, the total quantity volumes of Saltwater delivered Water made available shall be determined in accordance with the first of the following methods which is feasible: (a) by By using the registration of any mutually agreeable check metering facility, if installed and accurately registering (subject to testing as provided for in Section 9.310.4); (b) where Where multiple meters meter runs exist in series, by calculation using the registration of such meter run equipment; provided that they are measuring Saltwater Production from upstream and downstream headers in common with the faulty metering equipment, are not controlled by separate regulators regulators, and are accurately registering; (c) by By correcting the error by re-reading of the official meterdata, or by straightforward application of a correcting factor to the quantities volumes recorded for the period (if the net percentage of error is ascertainable by calibration, tests or mathematical calculation); or (d) by By estimating the quantityvolumes, based upon deliveries volumes made available during periods of similar conditions when the meter was registering accurately.

Metered Flow Rates in Error. If, for any reason, any Measurement Facilities are (i) out of adjustment, (ii) out of service service, or (iii) out of repair and the total calculated flow rate through each meter run is found to be in error by an amount of the magnitude described in Section 9.311.4(b), the total quantity of Saltwater Gas delivered shall be determined in accordance with the first of the following methods which is feasible: (a) by By using the registration of any mutually agreeable check metering facility, if installed and accurately registering (subject to testing as provided for in Section 9.311.4); (b) where Where multiple meters meter runs exist in series, by calculation using the registration of such meter run equipment; provided that they are measuring Saltwater Gas from upstream and downstream headers in common with the faulty metering equipment, are not controlled by separate regulators regulators, and are accurately registering; (c) by By correcting the error by re-reading of the official metercharts, or by straightforward application of a correcting factor to the quantities recorded for the period (if the net percentage of error is ascertainable by calibration, tests or mathematical calculation); or (d) by By estimating the quantity, based upon deliveries made during periods of similar conditions when the meter was registering accurately.