Enter figures to be converted or select the current or a desired unit of measurement, and you will automatically get the result.
43.12 MJ / Nm³ (10,300 kcal / Nm³) ※ When Pyeongtaek-acquired LNG DATA (Jun. 1, 2011) is applied |
43.70 MJ / Nm³ (10,200 kcal / Nm³) ※ When Pyeongtaek-acquired LNG DATA (Jul. 30, 2010) is applied |
---|---|
450 kg/m³ (LNG density) (-160℃, 101.325 kPa) |
447 kg/m³ (LNG density) (-160℃, 101.325 kPa) |
0.7861 kg/Nm³ (NG density) (0℃, 101.325 kPa) |
0.7767 kg/Nm³ (NG density) (0℃, 101.325 kPa) |
1,092 BTU/SCF | 1,081 BTU / SCF |
54.86 MJ/kg (13,103 kcal/kg) | 54.98 MJ / kg (13,132 kcal / kg) |
1 BCF = 22,260 t | 1 BCF = 21,994 t |
1 BCM = 786,118 t | 1 BCM = 776,701 t |
LNG 1 t = 2.22 m³ (liquid volume) = 1,272 Nm³ (gas volume) = 44,923 ft³ (gas volume) = 51.994 MMBTU = 54,858 MJ = 15,236 kWh |
LNG 1 t = 2.24 m³ (liquid volume) = 1,287 Nm³ (gas volume) = 45,468 ft³ (gas volume) = 52.111 MMBTU = 54,980 MJ = 15,270 kWh |
1 LNG ship = 135,000 m³ (liquid volume) = 60,750 t = 3,159,636 MMBTU |
1 LNG ship = 135,000 m³ (liquid volume) = 60,345 t = 3,144,638 MMBTU |
1 LNG storage tank (100,000㎘ ) = 100,000 m³ (liquid volume) = 45,000 t = 2,339,730 MMBTU |
1 LNG storage tank (100,000㎘ ) = 100,000 m³ (liquid volume) = 44,700 t = 2,329,362 MMBTU |
* BCF : billion cubic feet (109 ft³) / BCM : billion cubic meter (109 m³)
* 1 kWh = 860 kcal = 3.6 MJ
The Korean standard for judging the gas interchangeability of domestic gas equipment is Wobbe Index, which determines not only the performance, efficiency or safety of gas equipment when existing fuel is replaced with some other fuel, but also if the new fuel can replace the existing gas without increasing gas emissions that negatively influence the environment (Wobbe Index = specific gravity /√ calorie)
Korean Standard (KSB 8101) | Regulations on supplying natural gas |
---|---|
51.49 ~ 56.58MJ / MJ / Nm³ (12,300 ~ 13,500 kcal / Nm³) |
51.0 ~ 56.1 MJ / MJ / Nm³ (12,900 ~ 13,400 kcal / Nm³) |