## How do you convert Nm3 hr to KG HR?

Nm³ is volume at standard temperature and pressure, that is, 1 atmosphere and 20 deg C according to some. The density of propane may not vary much between 20 or 25 deg. C. So volume times density gives weight, that is 1* 493 = 493 kg/h.

**How do you convert kg to Nm3?**

Conversion factor: 1 Nm3/hr = 1.295 kg/hr.

**How many kg is Nm3?**

Oxygen

Weight | ||
---|---|---|

1 pound | 1.0 | 0.4536 |

1 kilogram | 2.205 | 1.0 |

1 scf gas | 0.08281 | 0.03756 |

1 Nm3 gas | 3.151 | 1.4291 |

### How do you convert kg hr to M3 gas?

Conversion chart – kilograms (petrol) per hour to cubic meters per hour

- kilogram (petrol) per hour to cubic meters per hour = 0.0014 m3/h.
- kilograms (petrol) per hour to cubic meters per hour = 0.0028 m3/h.
- kilograms (petrol) per hour to cubic meters per hour = 0.0042 m3/h.

**What is Nm3 hour?**

What does Nm3/hr mean? Normal Meter Cubed per Hour. Unit used to measure gas flow rate. The ‘Normal’ refers to normal conditions of 0degC and 1 atm (standard atmosphere = 101.325 kPa) – for practicle purposes this is rounded to 1 bar.

**Is Nm3 the same as M3?**

M3 is the Meter cube and NM3 is Normal Meter cube. NM3 is the value that a matter whether solid, liquid or gas of a constant mass occupies under normal or standard conditions and M3 is volume that it will occupy at the prevailing conditions of temperature and pressure.

#### What is Nm3 hr to SCFM?

The Normal cubic metres per hour unit number 1.61 Nm³/hr @ 0°C – 32°F converts to 1 SCFM, one Standard cubic foot per minute.

**What is scfm flow rate?**

Standard Cubic Feet per Minute (SCFM) is the rate of flow of a gas or air through a compressor at standard temperature and pressure conditions. The standard temperature for calculating SCFM flow rate ranges from 60°F to 68°F, at a pressure of 14.7psi and relative humidity of 36%.

**How do you convert kg to SCM?**

More information from the unit converter The answer is 1000. We assume you are converting between kilogram [water] and cubic metre. You can view more details on each measurement unit: kilo gram or cubic metre The SI derived unit for volume is the cubic meter. 1 kilo gram is equal to 0.001 cubic meter.

## How do you convert Nm3 hr to CFM?

Note: m3/hr can also be abbreviated as CHM. That means that CHM to CFM conversion is the same as meter cube per hour to CFM, ie: 1 CHM is equal to 0.589 CFM….Meter Cube Per Hour To CFM Conversion Chart.

Meter Cube Per Hour (m3/hr) | CFM |
---|---|

How many CFM is 10 m3/hr? | 5.89 CFM |

How many CFM is 20 m3/hr? | 11.77 CFM |

**How do you convert SCM to KG?**

Write out the weight/volume conversion ratio as a fraction, with cubic meters on top and kilograms on the bottom. Then multiply this by the number of cubic meters you’re converting into kilograms.

**How do you convert m3 hr to ton HR?**

Conversion chart – cubic meters per hour to tonnes (water mass) per hour

- cubic meter per hour to tonnes (water mass) per hour = 1.00 ton/hr.
- cubic meters per hour to tonnes (water mass) per hour = 2.00 ton/hr.
- cubic meters per hour to tonnes (water mass) per hour = 3.00 ton/hr.

### How do you convert Nm3/h to kg/h?

Conversion From Nm3/h To Kg/h For Hydrogen Gas From An Electrolyzer. /h) / (8. 314* 273. 15) or. m = 0.762 kg/h. Hydrogen Electrolyser Model: 8.66 Nm3/h Hydrogen gas and 4.33 m3/h Oxygen gas The ideal gas law demonstrates that: PV=nRT in which n=m/M n= mole number m= mass or mass flow (kg/h) V= volume or volumetric flow (m3/hr)

**How to convert 45kgs/hr of hydrocarbon to Nm3/hr and m3/hour?**

How to convert 45kgs/hr of hydrocarbon @ 0.01067bar and 88 Deg C (M.Wt 160) to Nm3/hr and M3/hr? Nm3 is just another way of saying molar flow. So if you have a combined MW of 160 – divide your mass flow by this and use the factor 44.618 mol/Nm3 to find the flow in Nm3. Sound like a school assignment because half the numbers are just smokescreen.

**How to calculate molar flow from mass flow to Nm3?**

Nm3 is just another way of saying molar flow. So if you have a combined MW of 160 – divide your mass flow by this and use the factor 44.618 mol/Nm3 to find the flow in Nm3.

#### What are the normal conditions for kg/nm3 transformation?

And air density for Kg/Nm3. Also Normal conditions are: 1 atm and 273,15 K. The transformation no depends of pressure and temperatura. But for calculate of volumen its necesary the Process conditions.