PROFESSIONAL GOLD RECOVERY
Alluvial Gold Plant
Our alluvial gold plant recovers gold from sand, gravel and clay using gravity separation. Combined with our professional processing line, it leverages trommel scrubbers and advanced gravity separation (centrifuges and sluices) to efficiently capture both fine and coarse gold without any chemicals.
85–95%
Gold Recovery
Rate
0
Chemicals
Required
30-1000+
tons per hour
(TPH)
What is Alluvial Gold?
Alluvial gold is weathered gold eroded and washed down by rivers, then deposited in riverbeds and alluvial soil. It mixes with sand, gravel and clay in the form of fine gold grains, flakes and nuggets. Different from hard rock gold, alluvial gold needs no crushing or grinding. It can be efficiently recovered by simple washing, screening and gravity separation, featuring low mining cost and easy processing.
Alluvial Gold Processing Equipment for Sale
There are complete alluvial gold processing solutions for full mining procedures from feeding, washing and screening to gravity separation, magnetic separation and gold smelting. Our equipment stands out with optimized mobile structure, strong adaptability to high-clay and complex alluvial ore, higher gold recovery rate, wear-resistant design and low energy consumption. It features flexible configuration, easy deployment, stable non-clogging operation and lower running cost, perfectly suitable for small to large-scale alluvial gold mining projects.
Pengumpan Bergetar
Capacity: 30–1000+ t/h
Feed size: 0–500 mm
Pengumpan Apron
Capacity: 100–3000+ t/h
Feed size: 0–800 mm
Derocker
Capacity: 100–1000+ t/h
Feed size: 0–1200 mm
Penyaring Trommel
Capacity: 50–500+ t/h
Feed size: ≤180–230 mm
Trommel screen
Capacity: 10–500+ t/h
Feed size: ≤80–150 mm
Vibrating Screen
Capacity: 7–500 tph
Feed size: ≤150 mm
Jig
Capacity: 5–100+ t/h
Feed size: ≤20–25 mm
Sluice Box
Capacity: 10–200+ t/h
Feed size: ≤20 mm
Centrifugal Concentrator
Capacity: 1–100+ t/h
Feed size: ≤6 mm
Shaking Table
Capacity: 0.1–2 t/h
Feed size: fine sand 0.5–0.15 mm
Pemisah Magnetik
Capacity: 5–200+ t/h
Feed size: 0-16 mm
Smelting Furnace
Capacity: 1–50+ kg/batch
Core Advantages of Our Equipment
High Recovery Rate Process
Our alluvial gold processing plant adopts a mature and scientific technical flow. Equipped with sluice boxes, jigs, shaking tables and centrifugal concentrators, it realizes classified recovery of coarse gold, fine gold and gold nuggets. The optimized process layout effectively reduces gold loss to tailings. The overall gold recovery rate can stably reach 85%–95%, subject to raw ore particle size and gold liberation degree. It delivers higher economic benefits for alluvial gold mining projects.
Powerful Adaptability
Our exclusive optimized alluvial gold process is uniquely upgraded for complex harsh ore conditions such as high clay, heavy gravel, and mixed fine and coarse gold. With professional anti-blocking structure design, it runs continuously stable without material blocking all year round. It flexibly covers small, medium and large mining scales, and can be customized into mobile trailer-mounted or fixed type as required, delivering far more stable adaptability and separation effect.
Low Operation Cost
Our alluvial gold processing equipment adopts pure physical gravity separation without using any chemical reagents, which cuts chemical consumption and reduces daily operating costs greatly. Key wearing parts are made of high-strength wear-resistant materials with long service life. Standardized and universal spare parts are easy to purchase and replace, simplifying daily maintenance, lowering downtime loss and overall long-term investment cost.
Full-Process Customization
We provide professional full-process customization services for alluvial gold processing equipment, tailored specifically according to your raw ore characteristics—including raw ore particle size, clay content, gold particle size and other key parameters. Our team will design the most suitable processing flow, optimizing each link from feeding, washing and screening to gravity separation and tailings treatment to maximize gold recovery and production efficiency.
Alluvial Gold Washing Challenges and Customized Solutions
1. Coarse Gold Loss Issue
Coarse gold loss is mainly caused by improper screen aperture and mismatched separation equipment. Our jig with adjustable stroke and customized screen mesh can accurately capture coarse gold particles that ordinary equipment miss. Equipped with our professional Derocker, it pre-separates large waste rocks, avoiding coarse gold being carried away with waste, thus maximizing coarse gold recovery with lower investment.
2. Fine Gold Recovery Issue
Fine gold is easy to flow away with water flow in conventional gravity separation. Our custom centrifugal concentrator enhances centrifugal force, effectively captures ultra-fine gold particles that ordinary equipment cannot collect, and has the advantages of small footprint, low energy consumption and flexible installation, which is more suitable for mobile and fixed mining scenarios than ordinary concentrators.
3. Clay Wrapping Gold Loss Issue
Clay caking will wrap gold particles, leading to failure in effective separation. Our trommel scrubber with high-pressure spray and enhanced stirring function can thoroughly break up clay lumps; combined with the centrifugal concentrator, it can separate gold particles from clay, avoiding the most common gold loss problem in high-clay ore processing.
Types of Alluvial Gold Processing Flow| Alluvial Gold Plant For Sale
The main gold processing includes feeding, washing, sieving, rough separation, final concentration, and refining. And gold features a much higher density than other ores, making gravity separation the ideal processing method.
low-clay, coarse gold
Ideal for low-clay, coarse-gold placer ores. Trommel uses high-manganese liners and polyurethane panels for long wear life; sluice has heavy-duty mats and adjustable riffles for coarse gold retention; shaking table features a reinforced deck and precision stroke control. All units come factory pre-matched and run-tested.
low-clay, coarse gold
This combination targets low-clay, medium-to-coarse gold ores at 20–100 TPH. Our jig uses a pulse-controlled drive and heavy-duty diaphragm for stable bed stratification at high throughput; the shaking table delivers a sharp cut via rigid deck and fine stroke adjustment. Factory pre-matched and run-tested as one system.
mixed coarse and fine gold
Screen ≤80–150 mm
Concentrator ≤6 mm
Table 0.074–2 mm
For low-clay ores with a mix of coarse and fine gold. The jig handles coarse gold at volume; the centrifugal concentrator runs a high-G fluidized bowl with wear-resistant liners, capturing fine gold down to 0.02 mm that jigs often miss. Combined recovery is maximized without sacrificing throughput.
high-clay, sticky ores
Scrubber ≤180–230 mm
Concentrator ≤6 mm
Table 0.074–2 mm
Built for high-clay, sticky placer ores that would blind a standard screen. The scrubber uses heavy-duty internal lifters and rubber liners to break tough clay without excessive wear; the jig and centrifugal concentrator continue with the same coarse-plus-fine recovery architecture. Complete plant comes pre-plumbed, pre-wired, and run-tested.
Mobile Wash Plant for Alluvial Gold of Various Clay Content
Equipped with a professional trommel unit, this mobile gold washing plant offers a flexible, modular and one-stop processing solution tailored for sticky and clay-rich alluvial gold mining. Also referred to as a gold trommel wash plant, it ranks among the most widely adopted equipment for placer gold extraction. Our plant can efficiently recover gold from alluvial and placer ore with low operating costs and high productivity, maintaining a stable gold recovery rate over 95%.
1. Mobile gold wash plant with trommel screen
| Main Equipment | Our equipment includes trommel screen and gold sluice box, with centrifugal concentrator available as an optional upgrade. |
| Prinsip Kerja | The trommel screen realizes integrated washing, screening and desliming; the sluice box recovers fine gold and gold nuggets. |
| Aplikasi | Our trommel wash plant suits low-clay alluvial and placer gold ore, available for small to large scale gold mining and independent ore washing & screening operations. |
| Keuntungan | Our equipment adopts an optimized anti-clogging drum structure for stronger desliming and precise grading. Its internal water distribution designcuts fine gold loss effectively. The trailer-type compact designruns stably during frequent relocation, featuring low water and power consumption while maintaining high and stable gold recovery. |
2. Mobile gold wash plant with trommel scrubber
| Main Equipment | Our equipment consists of rotary scrubber and gold sluice box, with centrifugal concentrator optional. |
| Prinsip Kerja | Fitted with walking wheels, feed hopper and perforated mesh, the scrubber washes away clay, screens out large rocks, and feeds fine material into the sluice box for gold recovery. |
| Aplikasi | This mobile gold wash plant with trommel scrubber is ideal for alluvial and placer ore with high sticky clay content. |
| Keuntungan | Our equipment features an enhanced drum structure for powerful clay breakdown and thorough desliming, ideal for high-viscosity alluvial ore. Its internal flow designreduces fine gold loss from mud coating. Mobile design ensures stable operation after relocation, low water and power consumption, and consistently high gold recovery. |
How to Choose the Most Suitable Washing Equipment?
Washing plays a key role in alluvial gold processing by removing clay, breaking mud lumps and screening waste rock to avoid fine gold being locked in mud and lowering recovery. Gold loss differs greatly under various clay content, so Trommel Screen and Rotary Scrubber must be selected accordingly. As a professional manufacturer, our optimized combined washing flow adapts to different mud levels, ensures stable feed for downstream jig, sluice box and centrifugal concentrator, and delivers higher gold recovery.
| Parameter | trommel screen | rotary scrubber |
| Fungsi Utama | Screening with light water washing | Intensive mechanical scrubbing + screening |
| Suitable Clay Content | <15%, loose free‑flowing gravel | Moderate to heavy clay content |
| Anti-Clogging | Tapered relief holes, virtually zero blinding | Autogenous rock-on-rock attrition, no clay buildup |
| Why Choose Our Equipmenmt | Our trommel screen combines a 12-sided polygon drum for maximum breakup, high-Mn steel liners and PU panels lasting 10–15× longer than wire mesh, a near-zero-blinding tapered-hole design, dan snap-in panels for minute-fast changes. | Our scrubber uses 60 mm natural rubber liners with lifters for rock-on-rock clay breakdown, an extended drum for thorough disintegration, and an integrated rear screen for wash-and-size in one unit. |
How to Select Gravity Separation Equipment: Jig, Centrifugal Concentrator, Shaking Table
Gold separation determines your mining profit, so matching equipment to your actual gold particle size is essential. Our jig separators excel at capturing coarse gold, and centrifugal concentrators work best for fine gold recovery, while shaking tables perform final cleaning of concentrated gold materials. Our equipment is refined in structure and internal flow, achieving higher recovery efficiency than standard generic models with the same layout.
| Parameter | Jig | Centrifugal Concentrator | Shaking Table |
| Primary Target | Coarse Gold | Fine Gold | Final Cleanup |
| Processing Principle | Pulsating water stratifies by density | High-G force separates fine gold | Reciprocating motion + water film separation |
| Keunggulan Utama | Specially built for coarse gold. Large throughput runs round-the-clock with low power consumption. Stable performance with almost no downtime, cutting your maintenance cost and letting you make money nonstop. | Targets fine gold that ordinary equipment lets run away. High enrichment ratiolocks more fine gold in tailings other waste. Small floor space, easy to install and move, perfect for mobile mining plants. | High-precision sortingcleans mixed concentrates thoroughly. It removes gangue and impurities effectively, greatly lifting gold grade. Reinforced rigid steel deck for your final gold product. |
Note: No single jig, centrifugal concentrator or shaking table fits all alluvial gold ore. Simple mines with coarse gold can use only a jig; fine gold dominated ore works well with just a centrifugal concentrator. Complex mixed gold ore requires a combination of all three for graded recovery and purification.
How to Configure Your Alluvial Gold Plant: Scale, Material & Site
1. Plant Configuration by Mining Scale
Option One: Small-scale Mining: < 30–60 TPH
If you are limited by budget, with flexible operation and frequently changed mining sites, requiring frequent equipment relocation, you may demand a compact water recycling system and simplified processing flow with fewer machines.
Our small scale alluvial gold mining equipment adopts compact simplified configuration with feeder, trommel scrubber, small jig/sluice box and shaking table. We provide wheel-mounted mobile chassis for easy relocation and quick setup. The matched integrated water circulation design saves land and water, perfectly fitting small miners’ flexible operation and low investment demands.
Option Two: Medium-scale Mine: 50–200 TPH
When you have stable mining rights and moderate investment capacity, focusing on balancing gold recovery rate and operating cost, a complete processing flow is required, with extra stone remover and centrifugal concentrator added to improve fine gold recovery.
We supply standard modular alluvial gold plants with complete technological layout. Our matched derocker and high-efficiency centrifugal concentrator greatly boost overall recovery. The modular reserved design allows easy later expansion without overhauling the whole line, helping you control cost while improving economic benefits.
Option Three: Large-scale Commercial Mine: > 200 TPH
If you pursue large-scale exploitation, requiring high equipment reliability, automation level and operational data monitoring, the full-process configuration includes independent equipment for washing, screening, gravity separation and concentration fits you best.
We customize large-scale full-process fixed alluvial gold plants with high-reliability heavy-duty equipment. The full set of jigs, shaking tables and trommel scrubbers are optimized for graded recovery, effectively capturing coarse, medium and micro fine gold to maximize overall recovery rate. And Centrifugal concentrator is adopted for fine gold control, with centralized control system for parameter monitoring and adjustment.
2. Equipment Selection Based on Material Characteristics
| Ore Condition | Process Measure | Our Equipment Advantages |
| High Clay & Cemented Lumps | Strengthen washing; ensure sufficient trommel length, rotating speed and high-pressure spray; do not cut washing time. | Reinforced trommel scrubber with high-pressure spray thoroughly breaks clay lumps and releases wrapped gold particles. |
| Many Rocks & Large Pebbles | Equip front-end stone remover to protect screen and downstream equipment; set sieve aperture by gold grain size and optimize waste rejection. | Professional derocker intercepts large pebbles in advance; customized screen reduces equipment wear and improves separation efficiency. |
| High Fine Gold Content | Arrange centrifugal concentrator for scavenging after roughing to avoid fine gold loss in tailings. | Optimized centrifugal concentrator specially recovers fine and micro gold from tailings, greatly improving overall recovery rate. |
| Rich Associated Heavy Minerals | Increase shaking table cleaning times or adopt magnetic separation to upgrade concentrate grade. | High-precision shaking table achieves good stratification; matched magnetic separation removes impurities and improves gold concentrate quality. |
| Water Shortage Area | Adopt high-reuse water circulation system to reduce reliance on external water source. | Custom closed water circulation system features high water recycling rate, perfectly adapting to water-deficient mining sites. |
3. Site, Power and Infrastructure Requirements
Site Requirements
Make full use of terrain height difference to reduce material lifting and pumping, reserve access space for inspection and maintenance, and rationally arrange raw ore, tailings and water treatment zones. We offer professional terrain-adaptive layout design, optimize equipment arrangement to save land and civil works, and our mobile plants fit narrow and complex sites perfectly.
Power Supply Requirements
Power supply shall cover motors, lighting and control system; remote mines use diesel generators with reserved power margin, and electric parts need rainproof and dustproof design. Our equipment features low power consumption and stable operation, with matched rainproof distribution solution and professional generator capacity configuration for remote sites.
Infrastructure Supporting
Fixed equipment needs concrete or steel foundation based on load; mobile plants require no permanent foundation, with pipelines and pumps commissioned together with main line. Our standardized equipment base simplifies civil construction, mobile integrated units cut foundation cost and construction time, and we provide full pipeline and pumping supporting for one-stop installation.
Costs of Alluvial Gold Plant to Consider
Equipment Investment
Covers every system, pipeline and installation costs. Investment depends on equipment specification, material grade, automation level and mobile chassis configuration.
Konsumsi Energi
Main energy consumption comes from drive motors, diesel generators and water pumps. Larger capacity increases total energy use while reducing consumption per ton of ore.
Labor Cost
Includes operators, maintenance workers and on-site management. Small mobile plants need 2–3 operators per shift; large fixed plants arrange personnel by process section.
Spare & Wear Parts
Screens, liners, diaphragms and impellers are regular wear parts with periodic replacement cost. High clay content and sharp ore particles will accelerate part abrasion and consumption.
Alluvial Gold Production Guide for Maximum Recovery
Key Factors
1) Clay Content
Clay content is the primary basis for designing the ore washing process. Gold particles are easily wrapped by clay lumps; if high clay content and cemented clay lumps are not fully crushed and dispersed during ore washing, the gold will be discharged with waste rock, causing significant metal loss. Such ores must be equipped with high-intensity ore washing equipment, combined with sufficient washing time and water pressure. For low clay content with loose sand, the ore washing process can be appropriately simplified, but screening and classification are still indispensable.
2) Gold Particle Size Distribution
Gold particle size distribution directly affects the selection and combination of gravity separation equipment. For coarse-gold-dominated ores, jiggers are efficient equipment with large processing capacity and stable separation lower limit. For ores with high fine gold content (less than 0.2mm), the sedimentation probability of fine gold in conventional gravity separation equipment decreases, so centrifugal concentrators and other equipment for enhancing fine gold recovery are needed to control tailings grade. For wide-size distribution (common in most alluvial gold mines), a single equipment cannot meet the demand, so a combined process of “roughing – scavenging – cleaning” must be adopted, with corresponding gravity separation equipment configured for different particle sizes.
3) Associated Heavy Minerals
Alluvial gold mines are often associated with high-density heavy minerals such as magnetite, ilmenite and niobite, commonly known as “black sand”. These minerals will be enriched into concentrates together with gold during gravity separation. If these associated minerals have no recovery value and affect concentrate quality, magnetic separation can be added in the cleaning stage for separation. If they have comprehensive recovery value, the process plan needs to be expanded into a multi-product recovery process to produce other heavy mineral concentrates while recovering gold.
Critical Details
1) Stable Feeding
Unstable feeding disrupts washing and separation consistency, causing fluctuating ore concentration and unnecessary gold loss. Our Vibrating Feeder and Apron Feeder deliver adjustable, uniform and anti-blocking feeding. They maintain steady raw ore supply, prevent underfeeding or overloading of downstream machines, and eliminate gold loss caused by uneven material flow.
2) Adequate Washing Time in Washing Stage
Tight clay lumps easily wrap gold particles. Insufficient washing fails to break clay aggregates, locking gold into waste and lowering recovery. Our Trommel washing plant adopts reinforced scrubbing structure and high-pressure spraying. It efficiently breaks dense clay lumps with enough retention time, fully releases wrapped gold, and solves gold loss from incomplete washing.
3) Strict Tailings Grade Recording
Lack of regular tailings grade recording leads to undetected long-term gold loss.Our complete gravity separation lineup: Jig, Centrifugal Concentrator, Shaking Table, Sluice Box realizes graded recovery for coarse, medium and fine gold, minimizing tailings gold content. The optimized process layout also facilitates easy tailings sampling and daily recording, helping you adjust parameters in time and maintain maximum recovery efficiency.
4) Quantify Water Pressure and Water Flow Parameters
Random water pressure and flow setting directly weaken scrubbing and gold settling effect, resulting in fine gold loss. Our supporting water distribution and spraying system is matched with Trommel Scrubber, Jig and Centrifugal Concentrator. It supports adjustable and quantifiable water pressure and flow, keeping stable water conditions all the time, avoiding random operation and reducing gold loss caused by improper water parameters.
5) Establish Simple Shift Handover Records
Without standardized shift records, equipment running status, process parameters and abnormal tailings situation cannot be inherited. Our equipment parameters are adjustable and storable. Clear shift records help inherit optimal parameters, avoid repeated trial and error, and maintain long-term high recovery.
Guide of Typical Fault Identification and Troubleshooting
1. Wear Parts Maintenance & Scheduled Servicing
| Main Wear Parts | Replacement Indication | Recommended Service Interval | |
| Trommel Scrubber / Trommel Screen | Screen panels, liners, trunnion rollers, drive belt/chain | Screen panels: visible tearing or enlarged apertures; Liners: worn down to base metal | Screen panels: inspect every shift; Liners: inspect weekly; Bearings: grease every 500 hours |
| Jig | Diaphragm, screen plate, valve seals | Diaphragm: cracking or hardening; Screen plate: breakage | Diaphragm: inspect monthly; Mechanical drive components: lubricate daily |
| Centrifugal Concentrator | Bowl liner, fluidizing water manifold / nozzles, drive belt | Liner: worn to specified minimum thickness; Manifold/nozzles: clogged or enlarged from wear | Clean fluidizing water ports every shift; Inspect bowl liner and belts weekly |
| Shaking Table | Deck surface / rubber liner, drive linkage bearings | Deck surface: groove wear affecting separation sharpness | Deck surface: inspect monthly; Drive linkage: lubricate daily |
| Vibrating Screen | Screen panels, exciter bearings, springs | Screen panels: breakage; Abnormal vibration | Screen panels: inspect every shift; Exciter bearings: lubricate per manufacturer interval |
2. Common Troubleshooting
| Possible Cause | Corrective Action | |
| Trommel screen discharges sluggish or choking | Overfeeding, drum speed too low, screen apertures blinded | Reduce feed rate, check drum speed, clean screen panels |
| Jig concentrate grade fluctuating widely | Feed slurry density variation, incorrect stroke and frequency setting, disturbed bed | Stabilize feed density; readjust stroke, frequency and make-up water |
| Centrifugal concentrator recovery dropping | Insufficient or excessive fluidizing water, bowl speed deviation, incorrect discharge cycle setting | Adjust water flow to specified range, verify bowl speed, optimize discharge timing and mode |
| Shaking table no visible banding or poor cut | Incorrect deck slope, stroke and frequency mismatch, wash water flow too high or low | Readjust deck slope, stroke, frequency and wash water flow |
| Pump failing to draw slurry | Air ingress on suction line, impeller clogged, sump level too low | Check suction line seals, clean impeller, top up sump level |
| Vibrating screen abnormal vibration | Exciter bearing failure, uneven screen tension, loose foundation bolts | Replace bearings, re-tension screen panels, tighten foundation bolts |
Successful Cases
Nigeria 50TPH Mobile Alluvial Gold Plant
50 TPH
Kapasitas
85–90%
Recovery Rate
0–6 mm · Fine flake gold
HIGHLIGHTS
Wheel-mounted mobile design, easy relocation
Strong washing & desliming for high-clay ore
Suitable for scattered river mines
Somaliland 200TPH Fixed Alluvial Gold Plant
200 TPH
Kapasitas
＞ 92%
Recovery Rate
Mainly coarse gold · Low fine gold
HIGHLIGHTS
Special design for dry riverbed ore
Complete gravity separation flow
Closed water circulation, eco-friendly for mining
Kazakhstan 200TPH River Valley Alluvial Gold Plant
200 TPH
Kapasitas
88–90%
Recovery Rate
0.074–2 mm · High fine gold
HIGHLIGHTS
Automatic centralized control
Full particle size recovery for coarse and fine gold
Stable operation and low maintenance cost
Your Reliable Alluvial Gold Equipment Supplier
01
Robust Manufacturing Strength
As a leading manufacturer of alluvial gold equipment, we boast independent R&D and advanced production capacity. Built with wear-resistant materials and optimized structural designs, our machines deliver high recovery rates, exceptional durability, and reliable performance by rich experience.
02
One-Stop Service
We deliver end-to-end services, ranging from initial pre-sales consultation and plant layout design to final project approval. Our technical team works closely with you, directly offering tailored recommendations and strategic guidance perfectly suited to your specific mining site conditions.
03
Tailored Mining Solutions
We design customized processing workflows and equipment configurations matched to your mining scale, ore properties, and site environments. Our dedicated team provides continuous project support throughout the entire lifecycle, maximizing your gold recovery rates and overall economic returns.
04
Global Logistics & Support
We ensure standardized export packaging and secure global shipping. Furthermore, our expert engineers conduct on-site installation, system commissioning, and operator training. We also guarantee technical support and available spare parts to maintain smooth, uninterrupted operations.
Get a Custom Plan for Your Mine
Ore conditions vary — clay content, gold particle size and site setup all affect which plant delivers the best recovery. Tell us your basics and we’ll do the rest.
Your Free Assessment Includes:
- Recommended Equipment Combination for Your Ore
- Estimated Gold Recovery Rate
- Suggested Plant Capacity and Layout
Your data is secure. A dedicated metallurgist will review your inputs and reply within 12-24 hours with actionable insights.
