Figure 1: SYOGM 2026-05 Trommel Wash Plant — Main view
Figure 2: SYOGM 2026-05 Trommel Wash Plant — Side view
Figure 3: SYOGM 2026-05 Trommel Wash Plant — Rear view
SYOGM GOLD EXPLORATION presents the SYOGM 2026-05 Trommel Wash Plant — a high-capacity, robust gold processing system designed for efficient throughput of 50 tonnes per hour. Built for the demanding conditions of African gold mining, this plant is available in multiple stationary and mobile configurations.
The plant is fed by an 8 inch or 10 inch water pump driven by a diesel engine. A 100 kW generator is recommended (generator is extra, separate of base pricing). The entire plant is mounted on heavy-duty steel skids with tow lugs for site mobility.
| Specification | Details |
|---|---|
| Throughput | 50 tonnes/hour (efficient operation) |
| Trommel Diameter | Approx. 190 cm (72") |
| Trommel Plate Thickness | 10 mm heavy-duty steel plate |
| Trommel Speed | Adjustable 2–3 to 10 RPM |
| Conveyor Length | 15 metres |
| Conveyor Motor | 12.5 HP electric motor |
| Belt Width | 80 cm |
| Sluice Boxes | 12 or 14 units |
| Sluice Run Width (each) | 4 metres |
| Water Feed | 8" or 10" pump w/ diesel engine |
| Power | Recommended 100 kW generator (extra) |
| Weight | Approx. 20 tonnes |
| Configurations | Stationary or mobile skid-mounted |
The 12-sided rotating trommel drum is the central separation unit. Constructed from 10 mm thick heavy-duty steel plate with an approximate 190 cm diameter, the drum rotates at adjustable speeds from 2–3 to 10 RPM to separate material by size as it tumbles within.
The formed hopper receives bulk material from excavator dumps and guides it into the trommel. It features reinforcing and a built-in spray bar for pre-washing, plus a formed catch tray with wear liner and a fabricated distribution chamber for even material spread.
The 15 metre long conveyor with its 12.5 HP electric motor and 80 cm belt width is critical for keeping oversize material away from the plant. Long discharge chutes carry soil and slurry well away from the wash plant base, preventing erosion and accumulation of material around the plant footprint.
Without adequate conveyor length and discharge chutes, oversize rocks build up in front of the wash plant, creating a back-pressure pile that reduces feeding efficiency and can cause operational shutdowns. The long chutes ensure material is deposited away from the operating area.
The recovery system includes 12 or 14 sluice boxes each with a 4 metre run width, fitted with fine gold recovery matting. Specialized chutes direct fine gold-laden material into the sluice boxes for gravity separation.
| Standard Configuration | US $66,000 |
| Extended Configuration (+2.44m extension, dual excavator feeder) | US $88,000 |
| 100 kW Generator (supply option) | Available on request |
The plant can be extended by 2.44 metres with a wider feeder area to allow two excavators to feed simultaneously.
Extended Configuration: US $88,000
The manufacturing process requires a dedicated agent in Uganda who is quick on cash flow. Timely follow-up payments are essential to keep manufacturing moving — delays in payment mean delays in production.
Estimated 2 months from receipt of initial deposit, subject to availability of parts and materials. Delays in parts supply will extend the schedule.