# Gas Flows Units Conversion Calculator

The gas flow (transport) units converter.

## Enter Gas Flow Amount:

## Precision:

## Choose a flow From unit:

## Choose a flow To unit:

Automatic calculator and gas flow units conversion relative to transit of gasses via Natural Gas Pipelines, from common areas/countries like Russia, Middle East, Asia and America or elsewhere, where the densities of the gas are measured at a specific Standard temperature and Standard pressure. The tool instantly converts a value of each gas flows rate quantity measurement into equivalent gas flow units alternative. Individual flow rate and flow by mass unit to unit menus.

You may enter whole numbers, decimals or fractions ie: 7, 29.35, 15 3/4.

The equation for manual calculations can be found at the bottom of this page.

## Definition of the gas flow units used

**MMSCFD** - *Million standard cubic feet of gas per day*

**SCFD** - *Standard cubic feet per day (gas)*

**SCFM** - *Standard cubic feet per minute (gas)*

**Sm^3/hr** - *Standard cubic metre per hour defined at 15 deg. C - 59°F* - for US

**Nm^3/hr**-

*Normal cubic metre per hour defined at*- for countries using SI metric system of units

**zero deg. C - 32°F****MSm^3/d**-

*Mega Standard Cubic Metres per day defined at*- outside of US

**15 deg. Celsius - 59° Fahrenheit**The flow of gas per Million standard cubic feet of gas per day unit (MMSCFD) can be of course, mathematically, converted into broad varieties (in a large number) of other common flow units (MMSCFD to other flow uits).

# Gas flow rate table

## Gas flow rate by cubic volume and motion velocity conversions

gas flows volume/time vs. units transport quantities: | ||||

Gas Flow units values & equals | Million std. cubic feet per day (gas) MMSCFD | Std. cubic feet of gas per day SCFM | Std. cubic metre per hour @ 15 deg. C Sm ^{3}/h | Normal cubic metre per hour @ 0 deg. C Nm ^{3}/h |

Million standard cubic feet of gas per day MMSCFD | = 1 MMSCFD | 694.44 SCFM | 1 177.17 Sm³/h | 1 241.82 Nm³/h |

Standard cubic feet per day (gas) SCFM | 0.001 44 MMSCFD | = 1 SCFM | 1.695 128 149 Sm³/h | 1.788 215 911 Nm³/h |

Standard cubic metre per hour at 15 deg. C Sm ^{3}/hr | 0.000 849 493 MMSCFD | 0.589 925 901 SCFM | = 1 Sm³/h | 1.054 914 882 Nm³/h |

Normal cubic metre per hour at 0 deg. C Nm ^{3}/hr | 0.000 805 272 MMSCFD | 0.559 216 588 SCFM | 0.947 943 779 Sm³/h | = 1 Nm³/h |

Mega Standard Cubic Metres per day at 15 deg. C MSm ^{3}/hr | 35.395 554 037 MMSCFD | 24 580.245 859 2 SCFM | 41 666.666 666 667 Sm³/h | 43 954.786 747 208 Nm³/h |

# Math equations used to manually calculate gas flow outcomes

## MMSCFD to Sm^{3}/h is calculated as:

Sm^3/hr of gas equals =

MMSCFD * 1,000,000 * 288.15 |

24 * 35.3147 * 288.81 |

### Where:

288.15 = 15°C expressed in Kelvin (see below)

288.81 = 60°F expressed in Kelvin

24 = hours per day gas flow time

35.3147 = ft^{3} per m^{3}

## MMSCFD to Nm^{3}/h is calculated as:

Nm^3/hr of gas equals =

MMSCFD * 1,000,000 * 273.15 |

24 * 35.3147 * 288.81 |

### Where:

273.15 = 0°C expressed in Kelvin (see below)

288.81 = 60°F expressed in Kelvin

24 = hours per day gas flow time

35.3147 = ft^{3} per m^{3}

## Constants for the actual gas flow calculation

Volume ratio - 35.3147

0 degrees Celsius in K - 273.15

15 degrees Celsius in K - 288.15

60 degrees Fahrenheit in K - 288.81

hrs/day - 24

Ratio 60F/15°C - 0.997,714,761

Ratio 60F/0°C - 0.945,777,501

Please note that some numbers in these mathematical examples are rounded. Whilst the actual converter uses complete numbers for the correct calc. output.

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