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.