How to Calculate and Solve for Standing Gas Solubility Parameter | Nickzom Calculator

The image above represents the standing gas solubility parameter.

To compute for the standing gas solubility parameter, two essential parameters are needed and these parameters are API Gravity (°API) and Temperature (°Rankine) (T).

The formula for calculating the standing gas solubility parameter:

x = 0.0125°API – 0.00091(T – 460)

Where:

x = Standing Gas Solubility Parameter
°API = API Gravity
T = Temperature (°Rankine)

Let’s solve an example;
Given that the API Gravity is 22 and the temperature is 120.
Find the standing gas solubility parameter?

This implies that;

°API = API Gravity = 22
T = Temperature (°Rankine) = 120

x = 0.0125°API – 0.00091(T – 460)
x = 0.0125(22) – 0.00091(120 – 460)
x = 0.275 – 0.00091(-340)
x = 0.275 – -0.3094
x = 0.5844

Therefore, the standing gas solubility parameter is 0.5844.

Continue reading How to Calculate and Solve for Standing Gas Solubility Parameter | Nickzom Calculator

How to Calculate and Solve for Standing Gas Solubility of a Fluid | The Calculator Encyclopedia

The image above represents standing gas solubility.

To compute for the standing gas solubility, three essential parameters are needed and these are Solution Gas Specific Density (γg), System Pressure (P) and Standing Gas Solubility Parameter (x).

The formula for calculating the standing gas solubility:

Standing Rs = γg[(P / 18.2 + 1.4) 10x ]1.2048

Where:

Standing Rs = Standing Gas Solubility
γg = Solution Gas Specific Density
P = System Pressure
x = Standing Gas Solubility Parameter

Let’s solve an example;
Find the standing gas solubility when the solution gas specific density is 12, the system pressure is 40 and the standing gas solubility parameter is 20.

This implies that;

γg = Solution Gas Specific Density = 12
P = System Pressure = 40
x = Standing Gas Solubility Parameter = 20

Standing Rs = γg[(P / 18.2 + 1.4) 10x ]1.2048
Standing Rs = 12[(40 / 18.2 + 1.4) 1020 ]1.2048
Standing Rs = 12[(3.597802197802198) 1020]1.2048
Standing Rs = 12[(3.597802197802198) (100000000000000000000)]1.2048
Standing Rs = 12[359780219780219800000]1.2048
Standing Rs = 12[5.833292021408776e+24]
Standing Rs = 6.999950425690531e+25

Therefore, the standing gas solubility is 6.999950425690531e+25.

Continue reading How to Calculate and Solve for Standing Gas Solubility of a Fluid | The Calculator Encyclopedia