1. PAINPOINT DRIVEN OPENING

Are escalating operational costs and unpredictable equipment performance eroding your gold mining margins? Commercial operators face consistent challenges: high reagent consumption in processing, excessive downtime for maintenance on critical machinery, and the inability to recover fine or refractory gold efficiently. These issues directly impact your bottom line through lost production hours, wasted consumables, and suboptimal recovery rates.

Is unreliable equipment causing unplanned stoppages that cost thousands per hour in lost throughput?
Are you struggling with the high ongoing cost of consumables like cyanide or activated carbon?
Does your current setup fail to maximize yield from complex ore bodies or alluvial deposits?

Addressing these points requires robust, efficient, and intelligently engineered gold mining equipment. The right wholesale solution must deliver reliability to minimize downtime, efficiency to reduce operating costs, and adaptability to maximize recovery across various deposit types.

2. PRODUCT OVERVIEW

This product line encompasses heavyduty, commercialgrade gold mining equipment for extraction and primary processing. The core workflow is engineered for continuous operation in demanding environments: 1. Feed Preparation (crushing/screening) → 2. Gravity Separation & Concentration (using centrifugal force or jigging) → 3. Chemical Leaching & Adsorption (for refractory ores) → 4. Elution & Electrowinning (for gold recovery from solution) → 5. Smelting (to produce doré bars).

This equipment is applicable for midtolargescale placer mining operations, hard rock processing plants, and artisanal mining sector consolidation. It is designed for stationary plant installation or modular/mobile configuration. Limitations include requirements for skilled operation and maintenance, significant water access for most processing methods, and adherence to strict environmental management plans for chemical processes.

3. CORE FEATURES

Modular Plant Design | Technical Basis: Skidmounted, prepiped & prewired modules | Operational Benefit: Reduces onsite installation time by up to 60%, allowing faster commissioning and production startup | ROI Impact: Lower capital installation costs and earlier revenue generation

HighG Force Centrifugal Concentrator | Technical Basis: Enhanced gravitational field up to 300 G's | Operational Benefit: Captures ultrafine gold down to 10 microns that traditional sluices lose | ROI Impact: Increases overall recovery rate by 815%, capturing significant additional value from tailings

CarboninLeach (CIL) Tank Agitation System | Technical Basis: Lowshear, highefficiency dual impellers with optimized baffling | Operational Benefit: Maintains uniform slurry suspension and maximizes goldcyanide contact while minimizing carbon attrition | ROI Impact: Reduces cyanide consumption by ~12% and extends activated carbon life, lowering key consumable costs

Durable Liner & Component Materials | Technical Basis: Abrasionresistant steel (AR400/500), polyurethane liners in highwear areas | Operational Benefit: Extends service life of critical components exposed to abrasive slurry by 35x compared to standard materials | ROI Impact: Lowers lifetime cost of ownership through reduced part replacement frequency and associated downtime

Advanced Control & Monitoring System | Technical Basis: PLCbased automation with flow, density, and pH sensors | Operational Benefit: Provides operators with realtime process data for precise adjustment, ensuring optimal recovery conditions are maintained consistently | ROI Impact: Improves process stability, reduces human errorrelated losses, and allows leaner crew operation

4. COMPETITIVE ADVANTAGES

| Performance Metric | Industry Standard Benchmark | This Gold Mining Equipment Solution | Documented Advantage |
| : | : | : | : |
| Mean Time Between Failures (MTBF) Pump Assembly | 1,200 operating hours | 2,100 operating hours | +75% improvement |
| Fine Gold Recovery Rate (<30 microns) Gravity Circuit| 6575% recovery efficiency| 8892% recovery efficiency| +20% average improvement |
| OnSite Installation & Commissioning Time (100 TPD Plant)| 1620 weeks| 810 weeks| ~50% reduction |
| Specific Power Consumption per Ton Processed| 1822 kWh/t| 1416 kWh/t| ~20% reduction |
| Consumable Cost (Reagents/Carbon) per Oz Au Recovered| Varies by ore; typically a major OPEX line item| Reduction of 1015% via optimized systems| Direct OPEX reduction |

5. TECHNICAL SPECIFICATIONS

Processing Capacity Range: Available in configurations from 50 Tonnes Per Day (TPD) to 2,000+ TPD.
Power Requirements: Plantwide requirements range from 150 kVA for smaller modular units to 2 MVA+ for largescale CIL operations. Equipment is configurable for diesel generator or grid connection.
Material Specifications: Primary structural steel ASTM A36; Highwear components in AR400/500 steel or certified polyurethane composites; Chemical contact areas in stainless steel 316L or lined mild steel.
Physical Dimensions: Modular skid dimensions typically within standard shipping container footprints (12m L x 2.4m W x 2.6m H) for transport logistics.
Environmental Operating Range: Designed for ambient temperatures from 20°C to +50°C; Electrical components rated to IP66 for dust and water resistance.

6. APPLICATION SCENARIOS

Alluvial/Placer Mining Operation Upgrade Challenge:

A West African placer mine was losing an estimated 25% of fine gold values (<100 mesh) through their traditional sluice system.

Solution:

Implementation of a primary scalping wash plant feeding into a bank of highG centrifugal concentrators as the core gravity recovery circuit.

Results:

Field data showed an increase in overall gravity recovery from ~70% to over 92%. The payback period on the new equipment was under seven months based on recovered gold value previously lost.

Hard Rock Processing Plant Efficiency Challenge:

A South American quartz vein operation faced high cyanide consumption and inconsistent leach kinetics due to poor agitation in their leach tanks.

Solution:

Retrofitting of the existing tank circuit with optimized dualimpeller agitation systems and automated cyanide dosing controls integrated into the new PLC system.

Results:

The plant achieved a stabilized leach cycle time reduction of 18% while reducing sodium cyanide usage by approximately 14%. This translated to both higher throughput capacity and lower direct processing cost per tonne.

7. COMMERCIAL CONSIDERATIONS

Pricing Tiers: Equipment is offered across three tiers – Economy (robust base functionality), Performance (enhanced features like better automation), and Elite (premium materials/component brands). This allows buyers to align capital expenditure with specific operational priorities.
Optional Features: Key options include advanced instrumentation packages (online particle size analysis), redundant pump systems for critical circuits, diesel power packs for remote sites without grid access.
Service Packages: Available service agreements range from basic preventative maintenance parts kits to comprehensive ondemand support with guaranteed response times.
Financing Options: We work with international export credit agencies as well as project finance specialists familiar with mining assets who can offer leasetoown structures or tailored loan packages.

8. FAQ

1. Q: Is this equipment compatible with our existing plant infrastructure?
A: Yes; our engineering team specializes in designing modular upgrades that interface with existing crushing circuits, conveyors, or dewatering systems using standardized flanges and control protocols.

2.Q:What is the typical lead time from order commissioning?
A.For standard modular plants lead times range from weeks depending on complexity Custom engineered solutions require longer front end engineering design FEED periods

3.Q:What level of operator training is required?
A.We provide comprehensive onsite commissioning training covering operation routine maintenance troubleshooting Documentation includes detailed manuals P&IDs

4.Q:What are the payment terms available?
A.Typical commercial terms involve progress payments tied major milestones such as design approval shop fabrication completion shipping

5.Q.How do you ensure spare part availability long term?
A.We maintain strategic inventory critical wear parts Our bill materials emphasizes globally sourced standardized components avoid proprietary single source bottlenecks

6.Q.Can you provide test data specific our ore type?
A.We operate pilot scale testing facility can process bulk samples generate definitive metallurgical recoveries flowsheet recommendations before full scale purchase

7.Q.What environmental compliance documentation provided?
A.Equipment supplied meets international standards ISO CE etc We provide supporting documentation assist your own environmental impact assessments permitting processes