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It was shown that use of foam reduces the gas mobility factor, and sealing selected zones of the rock mass leading to a significant delay of gas breakthrough (Przybylowicz and Rychlicki 2014).
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Using foam stabilizers may improve foam stability and apparent viscosity; both of these factors are important for improving gas mobility.
The relative mobility parameter represents the interior characteristic of the system by the ratio between liquid mobility and gas mobility.
A mobility factor will be taken into account for schools with a high turnover of pupils during the school year.
Figure 1 presents the concept of reducing gas mobility.
It also reduces gas mobility because of finely textured foam.
Furthermore, the mobility factor was not considered in the approach.
In zones with direct communication, there was an observed tendency of early gas breakthrough due to the high gas mobility.
Foam reduces the gas mobility by plugging high permeability 'thief' zones, and hence delays gas breakthrough and reduces the GOR.
Higher pressure differential (Δp) values by MRF experiments indicated greater reduction of gas relative permeability (gas mobility).
There is no obvious, clear or easy fix to the mobility factor.
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