This image displays the **sluice section** of a **SYOGM Trommel Wash Plant**, with a processing capacity of **15 tonnes per hour**. The wash plant is situated outdoors in a natural, open field environment, likely used for mineral processing or gold recovery.

From a front-on perspective, we can see the red-painted metal frame of the sluice box, which houses multiple functional zones designed to separate valuable minerals from waste material (tailings):

1. **Upper Section (Screening):**
* At the very top, there's a **green, perforated screen mesh**. This acts as a primary sieve, allowing fine materials to pass through while retaining larger rocks and debris.
* Above the screen, there are **red corrugated hoses** connected to the machine's structure. These are likely part of the water circulation or flushing system, essential for washing the material through the sluice.

2. **Middle Section ( riffles / classifiers):**
* Directly below the screen lies a series of **silver-colored, slatted metal plates**. These act as a classifier or intermediate riffle area, helping to further separate materials by size and density as water flows over them.
* Small handles or latches are visible on these plates, suggesting they can be removed or adjusted for maintenance.

3. **Lower Section (Main Sluice Bed):**
* The bottom-most part consists of **long, parallel black slats** (ribs), which form the main sluice bed.
* These slats create the "riffles" where heavier precious metals (like gold) sink and get trapped as water flows through.
* A central divider separates the two halves of the sluice bed, allowing for independent operation or targeted recovery.
* Green matting is visible beneath the slats, possibly serving as a backing or additional filtration layer.

**Contextual Details:**
* **Environment:** The machine rests on reddish-brown earth with sparse grass and scattered dry vegetation, typical of semi-arid mining areas.
* **Background:** In the distance, acacia-like trees and open plains suggest an outdoor operational site.
* **Construction:** Heavy-duty chains hang from the sides, likely used for lifting or securing the unit during transport or setup. The entire structure is painted bright red, making it highly visible in the field.

This sluice configuration is typical for small-scale to medium-scale mineral processing, where water flow separates heavy minerals from lighter waste material efficiently. The 15 tonnes-per-hour capacity indicates it’s designed for consistent, high-volume screening and recovery operations.