For the proof-of-concept experiment, we distributed 10 mM AQDS in 1 M H2SO4 via a syringe pump at 5 ml C++ code derived from the incflo library . The flow was first simulated to steady state at the coarse level, with time steps terminating after a convergence criterion was achieved. The results of this were then upsampled to a grid with one level of mesh refinement and again simulated to steady state. This procedure was repeated once more to simulate the final grid. The upsampling procedure significantly reduced the time required to simulate the fluid flow. Each geometry was simulated multiple times to find a pressure nearly consistent with the experimental condition of a 10.0 mL hr -1 volumetric pumping rate. The staggered, stacked, and stagger-stack lattices respectively required pressures of 244, 419 and 136 Pa.