Nm3 is a common unit used in industry to refer to gas emissions or
exchange. It stands for Normal cubic meter. "Normal" is always dependant on the individual circumstances of each gas, pressure, and use.
To convert Nm3 to a cubic foot of gas (under standard conditions),
multiply by 38.04.
Therefore, 1,000 Nm3/day = 1 kNm3/day = 38,040 cf/day.
I don't know what does Nm3/h mean? Please help me. Thanks a lot!
178 nm3 = ? cm3178 nm3 = (178 cm3)-7= 178 x 10-21cm3= 1.78 x 10-19cm3
The arithmetic mean is a weighted mean where each observation is given the same weight.
What does mean mean
the mean is an average of a set of numbers
I don't know what does Nm3/h mean? Please help me. Thanks a lot!
To convert NM3 (normal cubic meters) to metric tons, you need to know the density of the gas. Once you have the density, you can multiply the volume in NM3 by the density to get the mass in metric tons. The formula is: Mass (metric ton) = Volume (NM3) x Density (metric ton/NM3).
There are 1,000,000,000,000 hm3 in 1 nm3 of natural gas.
1000 L
121000000 Nanometers.
The energy content of natural gas is typically measured in cubic feet (cf) in the United States and in cubic meters (Nm3) in other countries. One cubic foot of natural gas produces approximately 1,000 BTU (British Thermal Units) of energy. Therefore, 1 Nm3 of natural gas is roughly equivalent to 35,315 BTU.
178 nm3 = ? cm3178 nm3 = (178 cm3)-7= 178 x 10-21cm3= 1.78 x 10-19cm3
Both recalculated in SI-units for volume m3 will give the first one is greater:1.50 cm3 = 1.50*10-6 m31.50*10+3 nm3 = 1.50*10+3([nm]3) / ([109nm/m])3 = 1.50*10+3 * (10-27) [m3] = 1.50*10-24m3Keep in mind that 1 nm = 1*10-9 m,so when cubed, symbolised by [.]3 , it gives:[1 nm]3 = [1*10-9 m]3 = 1*10-27 m3 = 1 nm3 (!!)
It depends on the pressure.
15,600 nm3
1 kilogram of LPG is equivalent to approximately 1.96 normal cubic meters (Nm³) of LPG.
Am3 refers to actual cubic meters, which accounts for the actual volume of gas being measured, while Nm3 refers to normal cubic meters, which adjusts for changes in temperature and pressure. Therefore, the difference between Am3 per hr and Nm3 per hr lies in the way the gas volume is measured and corrected for varying conditions.