There are 1000 liters in one cubic meter.
The "BTU" is a unit of energy. The "MM BTU" is a million of them ... still a quantity of energy. The "cubic meter" is a unit of volume. BTU and "cubic meter" are used to measure completely different things. They have different physical dimensions, and neither one can be directly converted into the other one. You often find them appearing together, though, because if you have some 'volume' of a gaseous fuel, such as hydrogen or methane, and you know the pressure, then you can calculate how many BTU of energy you can get out of it by burning it. If the questioner will name the substance that fills the volume ... and also tell us its pressure ... then it's possible to begin calculating the quantity of energy available when the substance is burned.
There are approximately 61,024 cubic inches in one cubic meter. This can be calculated by knowing that one cubic meter is equal to 1,000,000 cubic centimeters, and one cubic inch is approximately 16.387 cubic centimeters.
one thousandth cubic meter (1 cubic meter = 1000 cubic liter)
1 cubic meter = 264.172052 US gallons.
One Cubic Meter of natural gas is approximately 36000 btu.
One cubic meter = 1,000 liters.
There are 1000 liters in one cubic meter.
There are 35.3 (35.3146667) cubic feet in one cubic meter.
One cubic meter equates to 61,023.74 cubic inches.
There are 1003 , or 1000000 cubic cm in one cubic meter.
1 cubic meter is about 35.3 cubic feet.
one cubic meter is 35.3 cubic feet
The "BTU" is a unit of energy. The "MM BTU" is a million of them ... still a quantity of energy. The "cubic meter" is a unit of volume. BTU and "cubic meter" are used to measure completely different things. They have different physical dimensions, and neither one can be directly converted into the other one. You often find them appearing together, though, because if you have some 'volume' of a gaseous fuel, such as hydrogen or methane, and you know the pressure, then you can calculate how many BTU of energy you can get out of it by burning it. If the questioner will name the substance that fills the volume ... and also tell us its pressure ... then it's possible to begin calculating the quantity of energy available when the substance is burned.
There are approximately 61,024 cubic inches in one cubic meter. This can be calculated by knowing that one cubic meter is equal to 1,000,000 cubic centimeters, and one cubic inch is approximately 16.387 cubic centimeters.
One cubic meter is equal to 264.17205 US gallons.
In the US Natural Gas output is measured in cubic feet, First you must convert feet to meters: 3.28084 fpm, then we must determine cubic feet per cubic meter, 3.28084 X 3.28084 X 3.28084 = 21.528 cubic ft in a cubic meter and since there are 1000 btu in a cubic foot of Natural Gas 21.528 x 1000 btu = 21,528 btu/cmtr. Then you must convert kWh to btu. 1kWh=3413 btu, so 21528 btu divided by 3413 btu = 6.307 kWh in a cubic meter of NG: so 1 cubic meter divided by 6.307= 0.1585 cubic meters of NG = 1 kWh. Of course these are output ratings not input. So depending on the efficiency rating of the NG furnace being used one would need to add the heat that is lost up the chimney or the inefficiency rating for an accurate answer. For example with an 80% efficient gas furnace one would need to add 20% or 0.032 to the 0.1585 cubic meter value we got earlier to allow for waste and the answer is actually 0.1905 cubic meters total input of NG needed per kWh produced. I hope this is right... End -H2045