Crescent Mixing Plate Layout for Low-Backpressure Exhaust Mixing

The mixing plates are designed with crescent shapes featuring convex and concave edges instead of flat or straight configurations. This curvature creates more effective flow disruption and mixing while maintaining lower resistance to exhaust flow, thereby reducing backpressure while preserving mixing efficiency.

The mixing plates employ asymmetric crescent shapes with distinct convex and concave edges positioned at specific orientations. This asymmetric design creates optimized flow patterns that enhance mixing effectiveness while minimizing the resistance imposed on exhaust flow, addressing the backpressure issue.

The crescent-shaped mixing plates with curved convex and concave edges create flow patterns that reduce stagnant zones where deposits typically form. The curvature promotes continuous fluid motion and prevents the accumulation of treatment fluid residues that would otherwise solidify into deposits.

The specific geometric parameters of the crescent-shaped plates, including the curvature radius and edge orientation, are optimized to create flow conditions that minimize deposit formation while maintaining effective mixing. The design alters flow velocity distribution and pressure patterns to prevent deposit accumulation.

The mixer is divided into multiple discrete crescent-shaped mixing plates positioned at different locations and orientations within the conduit. Each plate performs a specific mixing function, and the segmented design allows for optimized placement that achieves thorough mixing without requiring a single complex structure.

The crescent-shaped mixing plates serve multiple functions simultaneously: they disrupt flow to enhance mixing, guide exhaust flow through the conduit, and minimize backpressure through their curved geometry. This multi-functionality reduces the need for additional components, simplifying the overall device structure.