Compressed Hydrogen tank mass estimation

In summary, to calculate the mass of a compressed hydrogen tank at a certain pressure, you can use the tank's density and calculate its volume, then multiply the two to get the mass. The tank is cylindrical with hemispherical ends and is a Type IV tank with a polymer liner that can be assumed to have negligible weight. There are no specific formulas to calculate the weight of the tank's valves, regulators, and pumps as a factor of the tank's weight.
  • #1
balogun
14
0
Does anyone know how to calculate the mass of compressed hydrogen tank at certain pressure.

The tank is cylindrical with hemispherical ends.
I have pressure,radius,wall thickness and length,internal volume and density of the material.



The tank is a Type IV tank.(Composite tank with polymer liner.)Is it reasonable to assume that the polymer liner weight is neglible since it is a non-load bearing structure and just there to prevent hydrogen permeation.

Are there any formulas that calculate the weight of the tank valves and regulators and pumps as a factor of the tank weight.

Thanks for your help.
 
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  • #2
balogun said:
Does anyone know how to calculate the mass of compressed hydrogen tank at certain pressure.

The tank is cylindrical with hemispherical ends.
I have pressure,radius,wall thickness and length,internal volume and density of the material.



The tank is a Type IV tank.(Composite tank with polymer liner.)Is it reasonable to assume that the polymer liner weight is neglible since it is a non-load bearing structure and just there to prevent hydrogen permeation.

Are there any formulas that calculate the weight of the tank valves and regulators and pumps as a factor of the tank weight.

Thanks for your help.

Since you know the material's density and have enough information to calculate the volume of the tank...just multiply the density times the volume to get the mass.

CS
 

1. How is the mass of a compressed hydrogen tank estimated?

The mass of a compressed hydrogen tank is estimated by taking into account the weight of the tank itself, the weight of the compressed hydrogen gas, and any additional components such as valves or insulation materials.

2. What factors affect the mass of a compressed hydrogen tank?

The size and shape of the tank, the pressure at which the hydrogen is stored, and the material used to construct the tank are all factors that can affect the mass of a compressed hydrogen tank.

3. Is there a standard method for estimating the mass of a compressed hydrogen tank?

There is no single standard method for estimating the mass of a compressed hydrogen tank, as different industries and applications may have specific requirements that affect the design and weight of the tank.

4. How accurate are mass estimations for compressed hydrogen tanks?

The accuracy of mass estimations for compressed hydrogen tanks can vary depending on the method used and the complexity of the tank design. In general, estimations can be within a few percentage points of the actual mass.

5. Can the mass of a compressed hydrogen tank be reduced?

Yes, the mass of a compressed hydrogen tank can be reduced through the use of lighter weight materials, advanced tank designs, and improved manufacturing processes. However, safety and performance must always be prioritized in the design of compressed hydrogen tanks.

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