Calgary, Canada. Cyclone and hydrocyclone CFD, two-phase and three-phase separator sizing, ASME Section VIII Division 1 mechanical design, and FEA for nozzle loads and pressure boundary components.
Each tool runs entirely client-side, no data leaves the page. The hydrocyclone tool's Plitt coefficient is calibrated against an OpenFOAM RSM validation run; the others use established empirical models. All math is open and on the page.
Plitt and Rietema correlations, CFD-calibrated d50, cut-size grade efficiency curve, Pareto d50 vs ΔP optimization.
Stairmand high-efficiency and high-capacity geometries, pressure drop, cut size, and Leith-Licht grade efficiency for dust collection.
Vertical scrubber sizing with Souders-Brown K-factor, droplet carry-over check, mist eliminator placement.
Twin-cone oil-water separation for produced water and slop oil. Stokes settling baseline with cyclonic enhancement.
Fine-particle classification with Plitt, Rietema, Bradley correlations. d50 target tracking, corrected-efficiency reporting.
Dirgo-Leith axial cyclone model. Vane swirl angle, number of effective turns, per-tube performance, bundle aggregation.
Coal washing (magnetite) and iron ore / REE (ferrosilicon). JKMRC Ep with Lynch-Rao partition and extended Mooney medium viscosity.
Reference material for buyers, students, and engineers evaluating typical small-vessel designs. Each entry shows inputs, code clauses applied, equations, substitutions, and results. Generic configurations, not project records.
The tools on this site are public reference work. For a stamped calculation package, a CFD study, or a full FEED scope, the firm handles the engineering, registration, and documentation.