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May 26, 2026SeparationsOpen Access

Experimental Study of Fine Particle Separation in a Multichannel Cyclone with Curvilinear Design and Theoretical Assessment Under Harsh Microclimatic Conditions

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ACAleksandras Chlebnikovas

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Overview

Experimental study shows high purification efficiency of fine particles in challenging industrial environments, indicating practical applications.

Key Points

  • This study aims to investigate the separation efficiency of a new cyclone design for fine particles under harsh microclimatic conditions.
  • Experimental evaluation of next-generation cyclones with cylindrical and spiral casing designs
  • Assessment of particle removal efficiency at high humidity (≥70%) and elevated temperatures (50-200 °C)
  • Theoretical analyses of flow characteristics and forces acting on particles under varying conditions.
  • Achieved up to 90% removal efficiency for particles with diameters of 2 µm
  • Maximum purification efficiency of 87.3% with an aerodynamic pressure drop of 440 Pa
  • Centrifugal and drag forces increase significantly with temperature, by factors of 7.3–32.7 and 4–6.3 respectively.

Cite This Study

Aleksandras Chlebnikovas (2026) studied this question.

synapsesocial.com/papers/6a153b00b5d9c58d83e8d2edhttps://doi.org/10.3390/separations13060158
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