Filter Flux & Sizing Lab
Experimental GC data → transport coefficient → flux → required filter count. Reuses the existing transport, mass-balance, sizing, reaction & electrochemical engines.
This application provides mathematical and engineering estimates based on user-entered assumptions, physical models, and available manufacturer or catalog data. Hydrogen is highly flammable. Calculated membrane transport, diffusion, ventilation, or filter capacity does not by itself establish a safe design, code compliance, or certification. Actual performance can differ due to material variability, temperature, pressure, installation geometry, concentration gradients, filter aging, fouling, manufacturing tolerances, leaks, reaction behavior, and other physical effects. Results should be independently reviewed and validated by a qualified engineer using applicable standards, test data, and manufacturer specifications.
Conversion chain: Gx = ṅ/Δx → ΔpH₂ = Δx·P_total → Gp = Gx/(A·P_total) → F = Gp·Vm·3600. Reference condition is explicit — required when comparing against literature values.
At 4.00% H₂, 1 bar, 25 °C, 5.0000e-6 mol/s H₂ generation, and a target of ≤2.00% H₂, the model requires 13 filter(s) of this specification. At 12 filter(s), predicted peak concentration is 2.083%; at 13 filter(s), 1.923%.