JXSC Zambia 3TPH Alluvial Gold Processing Plant Flow Sheet & Equipment List

Hey there, fellow miners and processing plant operators! If you're looking to set up a small-scale alluvial gold operation in Zambia, you've come to the right place. Today, I'm breaking down a real-world example: the JXSC Zambia 3TPH Alluvial Gold Processing Plant.

This isn't just theory – it's a proven setup. We'll walk through the flow sheet, the equipment list, and why this particular configuration works so well for African alluvial deposits. Let's dive in.

Why 3TPH for Zambia?

Zambia has tons of alluvial gold deposits, especially along the Luapula River, Zambezi River, and in areas like Rufunsa. But here's the thing – most artisanal miners start small. A 3 ton per hour (TPH) plant is the sweet spot:

Let's break down exactly what goes into this plant.

The Complete Flow Sheet

Here's the step-by-step process, from raw material to final gold concentrate:

Step 1: Raw Material Feeding

Equipment: Small hopper + belt feeder or vibrating feeder

The run-of-mine (ROM) alluvial material – sand, gravel, clay, and gold – gets dumped into a hopper. A feeder meters the material into the next stage at a steady 3 tons per hour. No flooding, no starving.

Step 2: Washing & Screening

Equipment: JXSC Trommel Screen (1.2m × 2.4m, or similar)

This is the heart of the operation. The trommel does two jobs:

Pro tip: For Zambian alluvial clay, add a few rubber balls inside the trommel screen to break up stubborn clay chunks. You'll thank me later.

Step 3: Concentration

Equipment: JXSC Centrifugal Concentrator (Gold Centrifuge)

Here's where the magic happens. The undersize material (slurry) flows into the centrifugal concentrator. Inside, a rotating bowl spins at high RPM (typically 600-1000 G-force). Gold, being heavy (specific gravity ~19), gets trapped in the riffles while lighter sand and gravel wash out.

Key specs for a 3TPH plant:

Step 4: Clean-up (Final Gold Recovery)

Equipment: Shaking Table (small model, like JXSC LY-0.5 or 6S-7.5)

The concentrate from the centrifuge goes to a shaking table for final clean-up. The table separates gold from black sands (magnetite, hematite, etc.) using water flow and table vibration.

Result: You get nice, shiny gold concentrate that's ready for smelting. No mercury needed!

Complete Equipment List (JXSC Zambia 3TPH Plant)

Here's your shopping list if you're building one:

Real-World Performance in African Conditions

I've seen this exact setup running in:

Typical results:

Operation & Maintenance Tips

Daily Checks

Common Issues

Clay buildup in trommel – Solution: Increase spray pressure or add a pre-soaking stage
Fine gold losses in tailings – Solution: Check your screen aperture – go smaller (2mm or 3mm) if you're losing fines

Centrifuge vibrating excessively – Solution: Check the rubber suspension mounts, they wear out

Weekly Maintenance

Why JXSC Equipment for Zambia?

Look, I'm not saying you can't build your own. But here's why JXSC gear works well for this application:

Cost-Benefit Reality Check

Approximate investment:

Payback: If you're pulling 5-10 grams of gold per day at $60/gram, that's $300-$600/day. Payback in 1-3 months if the deposit is decent.

Final Thoughts

A 3TPH alluvial gold plant isn't going to make you a millionaire overnight. But it's a solid, practical setup for Zambian conditions. The flow sheet is simple, the equipment is reliable, and the recovery is good.

My advice: Start with a trommel + centrifuge. Add the shaking table later if you want cleaner concentrate. And always, always test your material first – don't buy equipment until you know your gold size distribution and clay content.

Got questions? ｄｒｏｐ them in the comments. If you're setting up in Zambia, I'm happy to help with the flow sheet details.

Happy gold hunting, and may your riffles be always full!