We also compute the Henry coefficients and zero-loading enthalpy using a pragmatic approach. The lowest pressure of the isotherms is chosen to be at the end of the Henry regime , ensuring that any lower pressure will also be in the Henry regime. We calculate the loading and enthalpy of adsorption at half of this lowest pressure to provide an additional point within the Henry regime. To determine the Henry coefficient, we perform a linear regression using three points: zero pressure, half of the lowest pressure, and the lowest pressure. The slope of this regression gives us the Henry coefficient. To determine the zeroloading enthalpy, we first perform a linear regression using the enthalpy of adsorption values at half of the lowest pressure and at the lowest pressure. By extrapolating this regression to zero pressure, we obtain the zero-loading enthalpy.