Heating Value means the heat released by combustion of one pound of waste or fuel measured in Btu on an as received basis. For solid fuels, the heating value shall be determined by use of ASTM Standard D2015-66.
Heating Value means the gross heating value on a dry basis, which is the number of British thermal units produced by the complete combustion at constant pressure of the amount of dry gas (gas containing no water vapor) that would occupy a volume of one Cubic Foot at 14.73 psia and 60° F with combustion air at the same temperature and pressure as the gas, the products of combustion being cooled to the initial temperature of the gas and air, and the water formed by combustion condensed to the liquid state.
Heating Value means the number of British Thermal Units produced by the combustion, at constant pressure, of the amount of Gas which would occupy a volume of one (1) cubic foot at a temperature of sixty degrees (60º) Fahrenheit when saturated with water vapor and under a constant pressure of 14.65 psia, with air of the same temperature and pressure as the Gas, when the products of combustion are cooled to the initial temperature of the Gas and air and when the water formed by combustion is condensed to the liquid state.
Examples of Heating Value in a sentence
LHVPE,p = Lower Heating Value factor for fuel type p, as follows: LHVPE,p1 = 983 Btu per scf of natural gas.
FDS DC = Demand Charge for FDS specified in Schedule "A" heretoConvF = Energy Conversion Factor in accordance with Article 3.1 hereof.GHV = Calculated Gross Heating Value for volumes flowing under FDS, except for Seasonal Service and Daily Seasonal Service, and FDS-IBR in the quarter.QSRGC = Quarterly System Rich Gas Credit.
The samples will be analysed in accordance with ASTM D1945 ‘Standard Method for Analysis of Natural Gas by Gas Chromatography’, and the calculations for Gross Heating Value and relative density will be determined in accordance with ISO 6976 ‘Natural Gas – Calculation of Calorific Value, Density and Relative Density’ and American Gas Association Report No 8 ‘Compressibility and Super compressibility for Natural Gas and other Hydrocarbon Gases’.
The Gross Heating Value of the Gas shall be corrected for water vapor content in accordance with GPA 181 and 2172.
The component analysis and Gross Heating Value of the Gas shall be determined and calculated at least semi-annually by whomever is operating the CTM equipment, as determined in Section D.4, but either party may conduct such analysis at its discretion and cost.
More Definitions of Heating Value
Heating Value means, the number of Btu’s produced by the complete combustion, at a constant pressure, of the amount of Gas which would occupy a volume of one (1) Cubic Foot at a temperature of sixty (60) degrees Fahrenheit if saturated with water vapor and at a constant pressure of fourteen and seventy- three hundredths pounds per square inch absolute (14.73 psia) and under standard gravitational force (acceleration 980.655 centimeters per second, per second), with air of the same temperature and pressure as the Gas, when the products of combustion are cooled to the initial temperature of the Gas and air and when the water formed by combustion is condensed to the liquid state; provided, however, if the Gas as received or delivered contains seven (7) pounds of water vapor or less per one million (1,000,000) standard Cubic Feet, such Gas shall be assumed to be dry.
Heating Value means the gross heating value on a dry basis, which is the number of British thermal units produced by the complete combustion at constant pressure of the amount of dry gas (gas containing no water vapor) that would occupy a volume of one Cubic Foot at
Heating Value means the number of Btus produced by the complete, ideal combustion of a cubic foot of Gas, at a Contract Temperature Base of sixty degrees Fahrenheit (60°F) and a Contract Pressure Base of fourteen and sixty-five hundredths (14.65) psi, excluding the heating value contribution of hydrogen sulfide and water as calculated in accordance with Gas Processors Association Standard 2172. If the water vapor of the Gas is determined to be greater than seven (7) pounds of water vapor per one million (1,000,000) standard cubic feet the effects of the water vapor may be corrected in accordance with Gas Processors Association Standard 2172.
Heating Value means the gross heating value on a dry basis which is the number of Btu produced by the complete combustion at constant pressure of the amount of dry gas which would occupy a volume of one (1) cubic foot at an absolute pressure of fourteen and seventy-three hundredths (14.73) psi and sixty (60) degrees Fahrenheit with combustion air at the same temperature and pressure as the gas, the products of combustion being cooled to the initial temperature of the gas and air, and the water formed by combustion condensed to the liquid state.
Heating Value. Gross heating value on a dry basis which is the number of British Thermal Units produced by the complete combustion at constant pressure of the amount of dry gas which would occupy a volume of one cubic foot at 14.73 Psia and 60 degrees Fahrenheit with combustion air at the same temperature and pressure as the gas, the products of combustion being cooled to the initial temperature of the gas and air and the water formed by combustion condensed to the liquid state.
Heating Value means the gross number of British thermal units (Btu’s) which would be contained in the volume of one (1) cubic foot of gas at a temperature of sixty degrees (60°) Fahrenheit, when saturated with water vapor and under a pressure of fourteen and seventy-three hundredths (14.73) pounds per square inch absolute and adjusted to reflect the actual water vapor content of the gas delivered; however, if the water vapor content is seven (7) pounds per million cubic feet or less, the gas shall be deemed dry.
Heating Value means the total heating value expressed in Btu per cubic foot (gross heating value) of the Gas, and will be determined at a temperature of 60 degrees Fahrenheit, saturated with water vapor and under a pressure equivalent to that of 30 inches of mercury at 32 degrees Fahrenheit converted to base conditions of 60 degrees Fahrenheit and an absolute pressure of 14.65 pounds per square inch and adjusted to reflect actual water vapor content.