INTEGRATED GENETIC‑DIFFERENTIAL EVOLUTION APPROACH FOR SIMULTANEOUS PRESSURE‑DROP REDUCTION AND EFFICIENCY ENHANCEMENT IN MULTI‑CYCLONE DUST COLLECTORS

Djurayev, Sherzod

Наманган муҳандислик­технология институти илмий­техника журнали · 2025-yil

Annotatsiya

This study shows how to “hit two targets with one math‑arrow,” trimming pressure drop (ΔP) down while cranking collection efficiency (η) up in industrial multi‑cyclone (MSC) dust collectors. A CFD‑based response‑surface “crystal ball” is hitched to a tag‑team optimizer—Genetic Algorithm leads, Differential Evolution finishes—then polished by an NSGA‑II Pareto “red‑carpet” filter. The quartet of tweakable dimensions (barrel diameter D, inlet width B, cone length L_c, vortex‑finder diameter D_v) forms the playground. The GA → DE relay squeezes the composite score from J = 1.00 to J = 0.17, slicing ΔP by 32 % and boosting η by 9 %. For a medium‑sized plant the makeover shaves roughly 14 MWh year⁻¹ of fan energy—about 11 t CO₂ that never see daylight—proving that a little mathematical wizardry can make cyclones spin greener and leaner.

Maqola ma’lumotlari
MualliflarDjurayev, Sherzod
JurnalНаманган муҳандислик­технология институти илмий­техника журнали
Nashr sanasi2025-09-30
Jild10
Son3
Betlar292-296
TilIngliz
DOI10.61151/stjniet.v10i3.886

Kalit so‘zlar

Multi-cyclone, multi-objective optimisation, genetic algorithm, differential evolution, CFD–RSM, pressure drop, collection efficiency, Pareto front

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