Multi-Stage Cyclone Layout for Fine Dust Separation

The single cyclone is divided into multiple cyclonic units arranged in parallel within each stage. The first stage has 1-3 cyclones, the second stage has 4-6 cyclones, and the third stage has 7-9 cyclones. This segmentation allows the system to handle larger particle volumes while maintaining effective separation, and the multi-stage arrangement progressively removes particles of different sizes, achieving high separation efficiency for both large and fine particles.

Each cyclonic unit within a stage has identical structural parameters (diameter, inlet angle, length) optimized for its specific separation task. The first stage cyclones are designed with parameters suitable for larger particles, while subsequent stages have cyclones with parameters optimized for progressively finer particles. This local optimization ensures each unit operates efficiently without overload, reducing blockage risk while maintaining high separation efficiency.

Instead of simply reducing cyclone diameter in a single stage, the system transitions to a multi-dimensional arrangement with three stages. Each stage contains multiple cyclones of optimized diameter, and the stages are arranged in series. This dimensional transition from single-stage to multi-stage configuration allows the system to maintain adequate cyclone sizes for effective separation while increasing overall processing capacity through parallel arrangement and progressive separation across stages.