GHV definition

GHV means the number of kilocalories evolved by the complete combustion of one (1) Standard Cubic Metre of Gas with air at Standard Temperature and Pressure and all the water formed by combustion reaction has condensed to liquid and has released its latent heat.

GHV means gross heating value.

GHV means Genesis Health Ventures, Inc., a Delaware corporation.

Examples of GHV in a sentence

• The GHV of the Fuel Gas shall be determined by use of on-line gas chromatographs, which are operated in accordance with applicable standards and regulations, which are as of the Effective Date, ISO 6974 for molar gas composition, and ISO 6976 for GHV computation at combustion reference temperature of 25°C and normal volumetric conditions.

• The Specification sets out in Specification I below, except for the maximum GHV and maximum Wobbe Number, is appropriate for deliveries of Natural Gas from the Redelivery Point with exit to the Zeebrugge Hub and from the Zeebrugge Hub with exit into the Grid and into the adjacent grids of any of GRT Gaz, I(UK), Wingas Transport, OGE, GTS or Zebra.

• GHV (Gross Heating Value) = Gross heating value of methane, which is 1,012 in units of British thermal units per standard cubic feet, or Btu/scf; source: http://epa.gov/lmop/res/converter.htm).

• The individual methane flow rates must be added together and then multiplied by the GHV of methane of 1,012 Btu/scf to determine the landfill gas heat input capacity.

• The total landfill gas flow rate must be multiplied by the methane concentration and then multiplied by the gross heating value (GHV) of methane of 1,012 Btu/scf to determine the landfill gas heat input capacity.

More Definitions of GHV

GHV has the meaning given in the Recitals.

GHV mean the energy produced by the complete combustion of one Cubic Metre of Contract Gas with air, at an absolute pressure of 101.325 kPa and temperature of fifteen (15) degrees Celsius, with the Contract Gas and air free of all water vapour, the product of combustion cooled to a temperature of fifteen (15) degrees Celsius and the water vapour formed by combustion condensed to the liquid state, expressed in MJ per Cubic Metre (MJ/m3);

GHV means the quantity of heat produced by the complete combustion in air under constant pressure of one (1) Standard Cubic Foot of anhydrous natural gas, the air being at the same temperature and the same pressure as the natural gas, after the cooling of the products of combustion to the initial temperature of the natural gas and the air and after condensation of the water created by the combustion. Appropriate corrections will be made if the initial conditions of the air and the natural gas do not equal the Base Measuring Conditions.

GHV means the quantity of heat, expressed in Kcals, produced by the complete combustion at constant pressure of one (1) Standard Cubic Meter of Natural Gas with the air at the same temperature and pressure as the natural gas, and the products of the combustion are cooled to the original temperature and pressure and the water formed by combustion is condensed to liquid state.

GHV. = Calculated Gross Heating Value for volumes flowing through ATP for under FDS, and FDS-IBR in the current quarter. QSRGC = Quarterly System Rich Gas Credit. QSRGD = Quarterly System Rich Gas Debit. The Transporter shall carry and accrue Quarterly System Rich Gas Credits against Quarterly System Rich Gas Debits. At the end of any quarter in which the accrued Quarterly System Rich Gas Credit exceeds the accrued Quarterly System Rich Gas Debit, the Transporter will determine the Shipper's share of such excess and zero the system account balances. The Shipper's Rich Gas Credit shall be calculated as follows: Shipper's Rich Gas Credit = ((∑QSRGC - ∑QSRGD) / (FDS CC + FDS-IBR CC)) x Shipper's Contracted Capacity in the Month. The Quarterly Rich Gas Credit for all FDS volumes will be determined as follows: QC = (FDSToll - NT) x AMFV x 3

GHV means Gilpxx Xxxel Venture, a Colorado joint venture.

GHV means the quantity of heat, expressed and measured in Gcals/MMBTU as the case may be, produced by the complete combustion at Atmospheric Pressure of 1 (one) Standard Cubic Metre of Gas at 15 (fifteen) Degree Celsius and with excess air at the same temperature and pressure as the Gas when the products of combustion are cooled to 15 (fifteen) Degree Celsius when the water formed by combustion is condensed to a liquid state and the products of combustion contain the same total mass of water vapour as the Gas and air before combustion as defined in the Latest Approved Version of ISO 6976 for Gas (REAL).