1. PAINPOINT DRIVEN OPENING

Managing a gold mining operation requires balancing throughput, recovery rates, and operational costs. Inefficient or unreliable equipment directly impacts your bottom line. Are you facing these persistent challenges?

Suboptimal Recovery Rates: Inefficient separation leads to measurable gold loss in tailings, representing a direct revenue leak with every ton processed.
High Operational Downtime: Frequent mechanical failures in harsh processing environments halt entire production lines, costing thousands per hour in lost output and labor.
Excessive Water and Energy Consumption: Traditional gravity separation and leaching circuits can be resourceintensive, driving up utility costs and environmental management expenses.
Inconsistent Feed Grade Handling: Equipment that cannot adapt to variable ore grades causes processing bottlenecks and complicates yield forecasting.
High Maintenance Complexity: Systems requiring specialized skills or long leadtime parts for repairs increase total cost of ownership and operational risk.

The right industrial equipment is not merely a purchase; it is a strategic investment in addressing these exact pain points.

2. PRODUCT OVERVIEW

This product line encompasses heavyduty, precisionengineered gold mining equipment designed for the rigorous demands of highvolume extraction and processing. Our solutions focus on maximizing recovery while controlling operational expenditures.

Operational Workflow:
1. Primary Crushing & Milling: Durable crushers and grinding mills reduce runofmine ore to a liberatable particle size.
2. Concentration & Separation: Advanced centrifugal concentrators, jigs, or shaking tables perform gravitybased separation of gold from gangue material.
3. Leaching & Adsorption (where applicable): Robust carboninleach (CIL) or carboninpulp (CIP) plant equipment facilitates chemical extraction.
4. Elution & Electrowinning: Integrated systems strip gold from activated carbon and deposit it onto cathodes for smelting.
5. Tailings Management: Efficient thickeners and filter presses manage waste streams, recovering water and minimizing environmental footprint.

Application Scope: Suitable for medium to largescale hard rock (lode) mining operations, alluvial/placer deposits, and processing plant upgrades. Engineered for both fixed plant and modular/mobile configurations.

Limitations: Equipment selection is highly orespecific; optimal performance requires correct sizing based on detailed metallurgical test work. Not designed for artisanal or smallscale prospecting operations.

3. CORE FEATURES

HighEfficiency Centrifugal Concentrator | Technical Basis: Enhanced gravitational force (Gforces) | Operational Benefit: Captures ultrafine gold particles often lost in conventional sluices | ROI Impact: Field data shows a 38% increase in overall recovery rates, directly boosting revenue.

Modular Plant Design | Technical Basis: Skidmounted, preassembled modules | Operational Benefit: Reduces onsite construction time by up to 40% and simplifies future expansion | ROI Impact: Lowers capital installation costs and accelerates timetoproduction.

Advanced Process Control System | Technical Basis: Integrated PLC with realtime sensor feedback | Operational Benefit: Enables precise control of feed density, pH, and retention time for consistent output | ROI Impact: Optimizes reagent consumption and reduces operator error, lowering processing cost per ton.

AbrasionResistant Material Lining | Technical Basis: Highchrome steel or polymer composite liners | Operational Benefit: Extends service life in highwear areas like cyclones and mill discharge launders | ROI Impact: Reduces replacement part frequency by over 50%, decreasing maintenance costs and downtime.

HighCapacity Carbon Elution Column | Technical Basis: Optimized temperature/pressure controls for Zadra process | Operational Benefit: Achieves >98% gold stripping efficiency with shorter cycle times | ROI Impact: Increases carbon turnover rate and lowers energy consumption per cycle.

ClosedLoop Water Recycling System | Technical Basis: Integrated clarifiers and filter presses | Operational Benefit: Recovers up to 85% of process water for reuse | ROI Impact: Drastically reduces freshwater procurement costs and tailings storage facility load.

4. COMPETITIVE ADVANTAGES

| Performance Metric | Industry Standard | Our Gold Mining Equipment Solution | Advantage (% Improvement) |
| : | : | : | : |
| Gravity Recovery Rate (for 100 mesh gold) | 7075% | 7883%| Up to 10% improvement |
| Mean Time Between Failures (Critical Pump) | ~2,000 hours| >3,200 hours| 60% longer operational life |
| Plant Commissioning Time (Modular CIP) | 1620 weeks| 1014 weeks| Up to 40% faster deployment |
| Power Consumption per Ton Processed (Grinding Circuit) Baseline = 100%| Baseline = 100%| Reduced to ~92%| ~8% energy savings |
| Water Makeup Requirement per Ton Ore Processed Baseline = 100% Baseline =100% Reduced to ~30%~70 reduction |

5. TECHNICAL SPECIFICATIONS

Processing Capacity Range: From 50 TPH to over 1,000 TPH modular plants available.
Power Requirements: Configurationdependent; typical range from 400V/50Hz to 13.8kV/60Hz. Detailed load schedules provided per project.
Material Specifications: Contact surfaces in abrasive service utilize AR400 steel or certified polyurethane; leaching tanks feature HDPE lining or stainless steel construction.
Physical Dimensions: Modular skids designed for standard shipping container dimensions (12m x 2.4m). Full plant layouts are customengineered for site constraints.
Environmental Operating Range: Designed for ambient temperatures from 20°C to +50°C. Dustproofed (IP65) electrical components are standard for dry environments; corrosion protection packages are available for highhumidity or coastal operations.

6. APPLICATION SCENARIOS

Hard Rock Mine Expansion Project Challenge A midtier miner needed to increase plant throughput by 30% without expanding the existing footprint or compromising recovery rates on increasingly complex ore.Solution Implementation of a highdensity cyclone cluster for primary classification paired with an expanded bank of enhanced gravity concentrators within the grinding circuit.Recovery efficiency on the gravity circuit improved by22%, reducing load on downstream leach tanks.Total plant capacity increased by35within the same physical area due to higher processing efficiency. Alluvial Deposit Operation Challenge An alluvial operation was experiencing significant gold losses in fine fractions (200 mesh) using traditional sluicing methods,and faced high water consumption.Solution Deployment of a fully modular washing scrubbing plant integrated with a multistage fine gold recovery system including pinched sluices enhanced centrifugesResults Fine gold recovery improved by15capturing an estimated additional0.g/ton.The closedloop water system reduced freshwater intake by80

Heap Leach Pad Optimization

Challenge A largescale heap leach operation faced uneven percolation and slow leach kinetics due to poor solution distribution.
Solution Engineering design supply of a highpressure radial sprinkler system with automated zone control valves matched with upgraded solution collection pumps
Results Improved solution distribution uniformity achieved consistent metal recovery rates accelerated by approximately20%.Pumping energy costs were reduced through optimized pump selection

7 COMMERCIAL CONSIDERATIONS

Equipment pricing is structured across three tiers:

1.Basic Configuration Includes core processing equipment meeting standard duty specifications.Ideal for operations with robust existing maintenance teams
2.Optimized Configuration Includes advanced process control automation premium abrasionresistant materials package prewired motor control centers.Recommended for maximizing throughput uptime
3.Turnkey Solution Full engineering procurement construction management EPCM services commissioning spares package operator training

Optional Features Onboard diesel power gensets remote monitoring telemetry systems alternative material linings specific reagent dosing systems

Service Packages Tiered annual service agreements are available covering from basic technical support priority parts dispatch up to fullsite planned maintenance oversight

Financing Options We work with international export credit agencies project finance partners offer competitive equipment leasing structures typical terms range from36to60months

8 FAQ

Q What pilot testing data do you provide prior scaleup
A We provide access test facilities can process bulk samples your ore generate definitive performance data flow sheet recommendations basis engineering

Q How compatible your equipment existing legacy plant infrastructure
A Our engineering team conducts full compatibility review designs interface modules adapt existing feed discharge conveyor electrical systems minimize integration costs

Q What typical implementation timeline midcapacity500TPHmodular plant
A From order placement delivery ranges20weeks Site commissioning typically requires24weeks depending local preparedness This excludes shipping time specific destination

Q What key operator training safety features included
A Comprehensive training covers operation maintenance troubleshooting manuals Safety features include emergency stop systems guard interlocks pressure relief valves All comply ISO13849 standards

Q Do you offer performance guarantees your equipment
A Yes we provide guaranteed performance metrics based agreed feed specifications including minimum recovery rates throughput capacity specific power consumption These formalized contract

Q What lead times critical wear spare parts
A Highwear items maintained regional warehouse hubs target dispatch within72hours express shipment Other parts stocked central facility average lead time710business days