The answer will depend on the pressure under which the CO2 is stored.
171.88 cubic feet
Assuming solid limestone, not pulverized: Solid limestone weighs approximately 163 lbs per cubic foot. If we divide 2000 by 163, we come up with 12.27 cubic feet. a cubic yard is 27 cubic feet, so a ton of limestone (12.27 cubic feet) would be about .45 cubic yards.
Masonry sand is estimated to weigh approximately 160 pounds per cubic foot. Therefore, it would take 12.5 cubic feet of masonry sand to equal one ton.
There can be no conversion.A ton is a measure of mass. A cubic metre is a measure of volume. The two measure different things and, according to basic principles of dimensional analysis, conversion from one to the other is not valid.
What does 1 ton of industrial liquid CO2 cost on market?
yes, it is. 40 tonnes converts to about 39 tons, or 78,000 pounds.
Unless you know the desnity, or the substance - you can't. One ton of gravel wouldn't be the same cubic feet as one ton of wheat.
Tonne is a measure of mass and cubic feet is a measure of volume. You cannot convert from one to the other.
Without knowing the density of the material it is not possible.The question has no meaning. A ton is a measure of mass, cubic feet is a measure of volume. It makes as much sense as asking how heavy one hour is.
At 100 pounds per cubic foot, that is 20 cubic feet per ton = 0.57 cubic meters
about 6 cubic feet
sand weighs 100 pounds per cubic feet 2000 pounds is one ton 2000/100 = 20 cubic feet 1 meter = 3.28 feet 1 cu meter = 3.28 x 3.28 x 3.28 = 35.31 cu ft 20 cubic feet = 20/35.31 = 0.566 cubic meters
One metric ton of plain water has a volume of about 35.32 cubic feet.
13.33 cubic feet
Knowing that 1 cubic foot is pretty much equal to 100 pounds or 0.05 ton, 1 ton of gravel is around 20 cubic feet.
Sorry, you can only convert 1 metric ton of water to cubic meters (not square meters). Square meters are an area and cubic meters are a volume.
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2.13 ton of what? Ton is a unit of mass, and cubic feet is volume. So you would need to know the density of the material, in order to determine volume from mass.