1,000 scf = 1 mcf. A cubic foot is commonly abbreviated cf and is a standard petroleum field unit. The m stands for 1,000. A bit of confusion exists. The metric SI system, considers k = 1,000 (kilo) and M = 1,000,000 (Mega). However, if the metric system is used, then it should be in cubic meters. The computer world give another standard with kilobytes and megabytes. See related links.
(mcf/day*1000)/24=scf/hr (scf/hr)/24=scf/min
1 scf = 1 standard cubic foot 1 scf is the volume of gas at STP STP = Standard Temperature and Pressure STP (USA system of units) Standard Temperature = 60 degrees Fahrenheit Standard Pressure = 1 atmosphere at sea level = 14.696 pounds per square inch absolute The energy content of 1 scf natural gas = 1020 BTU (British Thermal Units)
A scuff is a protective layer, such as a polymer coating, applied to the exterior of a natural gas pipeline to prevent corrosion and damage from external elements like rocks, debris, and soil. It helps to extend the lifespan of the pipeline and maintain the integrity of the gas transportation system.
According to metal-wear, one liter of LN2 will make 22.8 standard cubic feet (scf) of gas. 1 scf equals approximately 1 FTS, the exact conversion depends on the ambient temperature and pressure. So 1000 FTS / 22.8 scf = 43.9 liters of liquid nitrogen.
I will rephrase your question as to what are the accepted units for volumes of natural gas measurements. The natural standard for measuring volume is liters, but this is too small a quantity for gas measurements. Natural gas volumes are usually measured either in metric units (cubic meters) or in field/ British units (cubic feet or cf). It is also proper to refer to gas volumes as fte or m3. In the oil industry, it is proper to state volumes as "standard cubic ft" or SCF which is gas measured at a stated pressure (usually atmospheric pressure) and temperature (60 degrees F is used). For 1,00 standard cubic feet, we would use MSCF, where M = one thousand. A billion cubic ft would be MMSCF or BSCF. Sometimes this is written as Mcf or Bcf. Now, in the SI units (see link), the proper notation for 1,000 cubic meters is Km3 and the proper notation for 1,000,000 cubic meters is Mm3.
(mcf/day*1000)/24=scf/hr (scf/hr)/24=scf/min
1 scf = 1 standard cubic foot 1 scf is the volume of gas at STP STP = Standard Temperature and Pressure STP (USA system of units) Standard Temperature = 60 degrees Fahrenheit Standard Pressure = 1 atmosphere at sea level = 14.696 pounds per square inch absolute The energy content of 1 scf natural gas = 1020 BTU (British Thermal Units)
Veq = 133000*(Condensate specific gr/Mol wt of condensate) in SCF/STB Where, Mol wt of condensate = 6084/(API-5.9)
7.48 gallons fill one square foot.
A scuff is a protective layer, such as a polymer coating, applied to the exterior of a natural gas pipeline to prevent corrosion and damage from external elements like rocks, debris, and soil. It helps to extend the lifespan of the pipeline and maintain the integrity of the gas transportation system.
100
According to metal-wear, one liter of LN2 will make 22.8 standard cubic feet (scf) of gas. 1 scf equals approximately 1 FTS, the exact conversion depends on the ambient temperature and pressure. So 1000 FTS / 22.8 scf = 43.9 liters of liquid nitrogen.
There are 100 ccf (hundred cubic feet) in 1 scf (single cubic foot).
I will rephrase your question as to what are the accepted units for volumes of natural gas measurements. The natural standard for measuring volume is liters, but this is too small a quantity for gas measurements. Natural gas volumes are usually measured either in metric units (cubic meters) or in field/ British units (cubic feet or cf). It is also proper to refer to gas volumes as fte or m3. In the oil industry, it is proper to state volumes as "standard cubic ft" or SCF which is gas measured at a stated pressure (usually atmospheric pressure) and temperature (60 degrees F is used). For 1,00 standard cubic feet, we would use MSCF, where M = one thousand. A billion cubic ft would be MMSCF or BSCF. Sometimes this is written as Mcf or Bcf. Now, in the SI units (see link), the proper notation for 1,000 cubic meters is Km3 and the proper notation for 1,000,000 cubic meters is Mm3.
The formula is: Normal Cubic Feet = SCF * [T / (273 + 15.6)] * [ 14.73 / P] SCF = Standard Cubic Feet T = Temperature in kelvin P = Pressure in psi (absolute pressure, where 1 atmosphere = 14.73)
There are over a hundred meanings for scf, none of which appear to have much to do with HCF. If you spell out HCF and scf in full, you may have a better chance of a useful answer.
Btu / scf = Btu / lb X MW / 379.5 where: MW = molecular weight of the gas, lb / lb-mol The constant 379.5 is the molar volume at standard conditions of 14.696 psia and 60°F