Force chains in potentially jamming oil-in-water droplets are estimated to be on the order of 1 µN in a quasi 2-D emulsion . Experiments and simulations have been used to investigate collective dynamics of particles during arch formation as a function of inter-particle interactions . Force chains and frictional contact stresses dominate clog formation in the absence of cohesive or adhesive interactions . Force chains in colloidal suspensions and granular flows near the jamming transition have been visualized extensively using both experiments and simulations. However, quantitative measurements of force chains in clogging of colloidal suspensions are less well-explored.