Common use of Thermal Content Clause in Contracts

Thermal Content. For Gas, the product of (i) a volume of Gas in Cubic Feet and (ii) the Gross Heating Value of such Gas, as expressed in MMBtus. For Condensate, the product of the measured volume in Gallons multiplied by the Gross Heating Value per Gallon determined in accordance with the GPA 2145-09 Table of Physical Properties for Hydrocarbons and GPA 8173 Method for Converting Mass of Natural Gas Liquids and Vapors to Equivalent Liquid Volumes, in each case as revised from time to time; provided, however, that if sufficient data has not been obtained to make such calculation, the Thermal Content of Condensate shall be deemed to be 0.115 MMBtu per Gallon.

Thermal Content. For Gas, the product of (i) a volume of Gas in Cubic Feet and (ii) the Gross Heating Value of such Gas, as expressed in MMBtusDth. For CondensatePipeline Drip, the product of the measured volume in Gallons multiplied by the Gross Heating Value gross heating value per Gallon determined in accordance with the GPA 2145-09 Table of Physical Properties for Hydrocarbons and GPA 8173 Method for Converting Mass of Natural Gas Liquids and Vapors to Equivalent Liquid Volumes, in each case as revised from time to time, stated in Dth; provided, however, that if sufficient data has not been obtained to make such calculation, the Thermal Content of Condensate Pipeline Drip shall be deemed to be 0.115 MMBtu Dth per Gallon.

Thermal Content. For Gas, the product of (i) a volume of Gas in Cubic Feet and (ii) the Gross Heating Value of such Gas, adjusted to a same pressure base of 14.73 psia, as expressed in MMBtus. For Condensate, the product of the measured volume in Gallons multiplied by the Gross Heating Value per Gallon determined in accordance with the GPA 2145-09 Table of Physical Properties for Hydrocarbons and GPA 8173 Method for Converting converting Mass of Natural Gas Liquids and Vapors to Equivalent Liquid Volumes, in each case as revised from time to time; provided, however, that if sufficient data has not been obtained to make such calculation, the Thermal Content of Condensate shall be deemed to be 0.115 MMBtu per Gallon.

Thermal Content. For Gas, the product of (ia) a volume of Gas in Cubic Feet and (iib) the Gross Heating Value of such Gas, as expressed in MMBtusDth. For CondensatePipeline Drip, the product of the measured volume in Gallons multiplied by the Gross Heating Value gross heating value per Gallon determined in accordance with the GPA 2145-09 Table of Physical Properties for Hydrocarbons and GPA 8173 Method for Converting Mass of Natural Gas Liquids and Vapors to Equivalent Liquid Volumes, in each case as revised from time to time, stated in Dth; provided, however, that if sufficient data has not been obtained to make such calculation, the Thermal Content of Condensate Pipeline Drip shall be deemed to be 0.115 MMBtu Dth per Gallon.

Thermal Content. For Gas, the product of (i) a volume of Gas in Cubic Feet and (ii) the Gross Heating Value of such Gas, as expressed in MMBtusDth. For Condensate, the product of the measured volume in Gallons multiplied by the Gross Heating Value gross heating value per Gallon determined in accordance with the GPA 2145-09 Table of Physical Properties for Hydrocarbons and GPA 8173 Method for Converting Mass of Natural Gas Liquids and Vapors to Equivalent Liquid Volumes, in each case as revised from time to time, stated in Dth; provided, however, that if sufficient data has not been obtained to make such calculation, the Thermal Content of Condensate shall be deemed to be 0.115 MMBtu Dth per Gallon.