This image displays a **top-down view** of the **SYOGM Sluice Set of 3, Model 2024-NO22**, an industrial or laboratory-scale water separation or dewatering device. The unit consists of three parallel, elongated rectangular channels arranged side-by-side in a single housing. ### Key Features (from top view): - **Three Parallel Sluice Channels**: Each channel contains a bright red, porous filter medium — likely a synthetic fiber mat or geotextile fabric — stretched taut between two rigid metal side rails. These rails appear to be stainless steel or aluminum, providing structural support and containment for the filter material. - **Yellow Structural Components**: - On the left end, there is a yellow vertical support block with three horizontal yellow rods extending outward — possibly handles for manual lifting, alignment guides, or connection points for upstream/downstream piping. - Small yellow feet or leveling pads are visible at the bottom corners of each channel, suggesting the unit can be mounted on a flat surface or floor. - **Right End Structure**: The right side features white or light-gray end caps that seal the channels and may serve as inlet/outlet ports or pressure retention boundaries. - **Filter Medium**: The red material fills each channel completely and appears uniform, indicating it’s designed for consistent flow-through filtration or sedimentation. Its color contrasts sharply with the metallic frames and white end caps, making it visually prominent. - **Model Markings**: Faint embossed or printed markings (possibly “SYOGM” or model numbers) are visible on the inner surfaces of the metal side rails, confirming product branding or specifications. ### Functional Context: Given its design, this sluice set is likely used in applications such as: - Dewatering slurries or suspensions - Solid-liquid separation in mining, wastewater treatment, or chemical processing - Laboratory-scale testing where controlled flow through a filter bed is required The modular “set of 3” design allows for increased throughput or redundancy, while the top-view presentation emphasizes the uniformity, alignment, and accessibility of the internal filter elements. In summary, this is a clean, engineered component viewed from above, highlighting its symmetrical layout, color-coded functional parts, and readiness for integration into larger fluid-handling systems.