Calculation of Gross Heating Value (Volume Based). The calculation of the Gross Heating Value (volume based) in Btu/SCF shall be derived from the same compositional analysis as is used for the purposes of calculating the Gross Heating Value (mass based) Hm and the following formula shall apply: The derivation of the conversion factor 1.13285 for the conversion of MJ/kmol into Btu/SCF is obtained as follows: (a) molar gross heating value = ∑ (Xi x Mi x Hi) MJ/kmol; (b) 1 kmol = 2.20462 lbmol; (c) 1 lbmol = 379.482 SCF; (d) hence 1 kmol = 836.614 SCF; and (e) Hv = 1,000,000/ (1055.12 x 836.614) x ∑ (Xi x Mi x Hi) Btu/SCF
Appears in 4 contracts
Samples: Shipping Services Agreement (Cheniere Corpus Christi Holdings, LLC), Shipping Services Agreement (Cheniere Corpus Christi Holdings, LLC), Shipping Services Agreement (Cheniere Corpus Christi Holdings, LLC)
Calculation of Gross Heating Value (Volume Based). The calculation of the Gross Heating Value (volume basedVolume Based) in Btu/SCF shall be derived from the same compositional analysis as is used for the purposes of calculating the Gross Heating Value (mass basedMass Based) Hm and the following formula shall apply: The derivation of the conversion factor 1.13285 for the conversion of MJ/kmol into Btu/SCF is obtained as follows:
(a) molar gross heating value = ∑ (Xi x Mi x Hi) MJ/kmol;
(b) 1 kmol = 2.20462 lbmol;
(c) 1 lbmol = 379.482 SCF;
(d) hence 1 kmol = 836.614 SCF; and
(e) Hv = 1,000,000/ (1055.12 x 836.614) x ∑ (Xi x Mi x Hi) Btu/SCF
Appears in 2 contracts
Samples: LNG Terminal Use Agreement (Cheniere Energy Inc), LNG Terminal Use Agreement (Cheniere Energy Inc)
Calculation of Gross Heating Value (Volume Based). The calculation of the Gross Heating Value (volume basedVolume Based) in BtuBTU/SCF shall be derived from the same compositional analysis as is used for the purposes of calculating the Gross Heating Value (mass basedMass Based) Hm and the following formula shall apply: The derivation of the conversion factor 1.13285 for the conversion of MJ/kmol into BtuBTU/SCF is obtained as follows:
(a) molar gross heating value = ∑ S (Xi x Mi x Hi) MJ/kmol;
(b) 1 kmol = 2.20462 lbmol;
(c) 1 lbmol = 379.482 SCF;
(d) hence 1 kmol = 836.614 SCF; and
(e) Hv = 1,000,000/ (1055.12 x 836.614) x ∑ (Xi x Mi x Hi) Btu/SCF
Appears in 2 contracts
Samples: LNG Terminal Use Agreement (Sabine Pass LNG, L.P.), LNG Terminal Use Agreement (Cheniere Energy Inc)
Calculation of Gross Heating Value (Volume Based). The calculation of the Gross Heating Value (volume based) in Btu/SCF shall be derived from the same compositional analysis as is used for the purposes of calculating the Gross Heating Value (mass based) Hm and the following formula shall apply: The derivation of the conversion factor 1.13285 for the conversion of MJ/kmol into Btu/SCF is obtained as follows:
(a) molar gross heating value = ∑ å (Xi x Mi x Hi) MJ/kmol;
(b) 1 kmol = 2.20462 lbmol;
(c) 1 lbmol = 379.482 SCF;
(d) hence 1 kmol = 836.614 SCF; and
(e) Hv = 1,000,000/ (1055.12 x 836.614) x ∑ å (Xi x Mi x Hi) Btu/SCF
Appears in 1 contract
Samples: Equity Capital Contribution Agreement (Tellurian Inc. /De/)
Calculation of Gross Heating Value (Volume Based). The calculation of the Gross Heating Value (volume based) in Btu/SCF shall be derived from the same compositional analysis as is used for the purposes of calculating the Gross Heating Value (mass based) Hm and the following formula shall apply: The derivation of the conversion factor 1.13285 for the conversion of MJ/kmol into Btu/SCF is obtained as follows:
(a) molar gross heating value = ∑ Œ (Xi x Mi x Hi) MJ/kmol;
(b) 1 kmol = 2.20462 lbmol;; A-12
(c) 1 lbmol = 379.482 SCF;
(d) hence 1 kmol = 836.614 SCF; and
(e) Hv = 1,000,000/ (1055.12 x 836.614) x ∑ Œ (Xi x Mi x Hi) Btu/SCF
Appears in 1 contract
Samples: Equity Capital Contribution Agreement (Tellurian Inc. /De/)
Calculation of Gross Heating Value (Volume Based). The calculation of the Gross Heating Value (volume based) in Btu/SCF shall be derived from the same compositional analysis as is used for the purposes of calculating the Gross Heating Value (mass based) Hm and the following formula shall apply: :
1. 13285 x Σ (Xi x Mi x Hi) The derivation of the conversion factor 1.13285 for the conversion of MJ/kmol into Btu/SCF is obtained as follows:
(a) molar gross heating value = ∑ å (Xi x Mi x Hi) MJ/kmol;
(b) 1 kmol = 2.20462 lbmol;
(c) 1 lbmol = 379.482 SCF;
(d) hence 1 kmol = 836.614 SCF; and
(e) Hv = 1,000,000/ 1,000,000 / (1055.12 x 836.614) x ∑ å (Xi x Mi x Hi) Btu/SCF
Appears in 1 contract
Samples: LNG Sale and Purchase Agreement (Tellurian Inc. /De/)
Calculation of Gross Heating Value (Volume Based). The calculation of the Gross Heating Value (volume basedVolume Based) in BtuBTU/SCF shall be derived from the same compositional analysis as is used for the purposes of calculating the Gross Heating Value (mass basedMass Based) Hm and the following formula shall apply: The derivation of the conversion factor 1.13285 for the conversion of MJ/kmol into BtuBTU/SCF is obtained as follows:
(a) molar gross heating value = ∑ (Xi x Mi x Hi) MJ/kmol;=
(b) 1 kmol = 2.20462 lbmol;
(c) 1 lbmol = 379.482 SCF;
(d) hence 1 kmol = 836.614 SCF; and
(e) Hv = 1,000,000/ (1055.12 x 836.614) x ∑ (Xi x Mi x Hi) Btu/SCF
Appears in 1 contract
