1. PAINPOINT DRIVEN OPENING

Are escalating operational costs and unpredictable downtime eroding your gold mining project's margins? The reliability and efficiency of your core processing equipment directly dictate your profitability. Common challenges with gold mining equipment include:

High Maintenance Costs: Frequent component failures in abrasive, highimpact environments lead to excessive spending on parts and labor.
Inconsistent Recovery Rates: Inefficient separation and concentration processes result in valuable micron gold losses, directly impacting revenue.
Excessive Downtime for Cleanup: Complex, difficulttoclean designs cause significant operational delays during routine maintenance and grade changes.
High Energy Consumption: Inefficient drives and outdated motor technology inflate your site's power costs, a major operational expense.
Rapid Wear in Critical Components: Substandard materials in contact areas lead to premature failure, shortening equipment life and increasing total cost of ownership.

Is your current setup maximizing recovery while minimizing operational expenditure? The solution lies not just in equipment, but in purposeengineered fabrication designed for the realities of gold extraction.

2. PRODUCT OVERVIEW: MODULAR GOLD CONCENTRATION & RECOVERY PLANTS

Our engineered solutions are modular, skidmounted gold concentration and recovery plants. These systems are fabricated for midtier mining operations and contractors requiring high yield without the capital outlay of custombuilt facilities.

Operational Workflow:
1. Feed Preparation: Crushed ore is slurried and screened to optimal size classification for gravity separation.
2. Primary Concentration: Employing centrifugal force via enhanced gravity concentrators, the system separates highgrade gold from gangue material.
3. Secondary Upgrading & Cleaning: Concentrate is routed through a multistage cleaning circuit to upgrade the product before final recovery.
4. Security & Collection: Gold values are securely collected in accessible, lockable containers for downstream processing or direct smelting.

Application Scope: Ideal for alluvial/elluvial deposits, hard rock mill tailings retreatment, and primary grinding circuit integration for gravityrecoverable gold (GRG).

Limitations: Not a substitute for chemical leaching (e.g., CIP/CIL) for submicron or refractory gold; feed particle size must be controlled within specified parameters.

3. CORE FEATURES

HeavyDuty Scrubbing & Washing Drum | Technical Basis: Abrasionresistant steel drum with internal lifters | Operational Benefit: Effectively breaks down claybound aggregates and cleans mineral surfaces for improved gold liberation | ROI Impact: Increases overall recovery yield by ensuring optimal feed presentation to concentrators.

Enhanced Gravity Concentration Module | Technical Basis: HighG centrifugal force field with fluidized bed separation | Operational Benefit: Captures fine gold down to 1020 microns that traditional tables or sluices lose | ROI Impact: Directly increases revenue by improving recovery rates; field data shows 38% improvement in overall plant recovery.

LowMaintenance Rubber Liner System | Technical Basis: Molded, bolton wear liners in highimpact zones | Operational Benefit: Reduces noise, resists corrosion, and simplifies replacement versus welded hardfacing | ROI Impact: Cuts liner replacement downtime by up to 60% and reduces longterm parts inventory costs.

Variable Frequency Drive (VFD) Control | Technical Basis: Precision electric motor control across key components | Operational Benefit: Allows operators to finetune Gforce and feed rate for varying ore characteristics without mechanical changes | ROI Impact: Optimizes power draw, reducing energy consumption by an average of 1520% versus fixedspeed systems.

Modular, SkidMounted Design | Technical Basis: Preassembled, prepiped modules on structural steel skids | Operational Benefit: Dramatically reduces installation time and cost; facilitates relocation between sites | ROI Impact: Cuts commissioning time from weeks to days, accelerating timetoproduction.

Integrated Security & Dust Containment | Technical Basis: Lockable concentrate collection housings with dust suppression spray bars | Operational Benefit: Secures product integrity and maintains a safer, cleaner operating environment | ROI Impact: Minimizes value loss from theft or spillage and reduces site environmental compliance risk.

4. COMPETITIVE ADVANTAGES

| Performance Metric | Industry Standard (Typical) | Our Gold Mining Equipment Solution | Advantage (% Improvement) |
| : | : | : | : |
| Fine Gold Recovery Rate (2,800 operating hours| +87% longer service life |
| OnSite Installation & Commissioning Time| 34 weeks for plant sections| 710 days for modular skids| ~65% faster deployment |
| Specific Energy Consumption (kWh/tonne processed)| Varies widely; often unoptimized| Actively managed via VFD control systems| Up to 20% reduction achievable |
| Wear Liner Replacement Labor Time (per event)| 1624 manhours| 68 manhours (bolton system)| ~70% reduction in downtime |

5. TECHNICAL SPECIFICATIONS

Capacity/Rating: Configurable from 10 to 100 tonnes per hour (TPH) feed capacity per module.
Power Requirements: Primary plant modules require 400V/50Hz or 480V/60Hz threephase power. Typical installed power ranges from 45kW to 150kW depending on configuration.
Material Specifications: Primary structure ASTM A36 carbon steel. Critical wear surfaces feature AR400 abrasionresistant steel plate or polyurethane liners. All wetted parts compatible with process water chemistry.
Physical Dimensions (Typical Module): Skid size approximately 6m L x 2.5m W x 3m H. Weight varies from 5 to 15 tonnes per skid.
Environmental Operating Range: Designed for ambient temperatures from 10°C to +45°C. Electrical components rated to IP65 for dust and water protection.

6. APPLICATION SCENARIOS

Hard Rock Mill Circuit Integration (GRG Recovery) | Challenge: A milling operation was losing significant gravityrecoverable gold (GRG) to its leach circuit due to an inefficient primary concentration stage, increasing cyanide consumption and delaying cash flow.| Solution: Installation of a dedicated enhanced gravity concentration module directly after cyclone overflow on the grinding circuit.| Results: Achieved a +5.2% increase in overall plant recovery within the first quarter. Payback period on equipment was under nine months based on incremental gold production alone.

Alluvial Deposit Processing Contractor | Challenge: A contracting company needed rapidly deployable equipment that could handle varying clay content across different sites without constant modification.| Solution: Deployment of a modular plant featuring a heavyduty scrubbing drum paired with VFDcontrolled concentrators.| Results: Reduced site mobilization/setup time by over two weeks per project. The adaptable system maintained >90% availability across three different deposits with varying feed conditions within one year.

7. COMMERCIAL CONSIDERATIONS

Our approach provides transparent costing tailored to operational scale:

Pricing Tiers: Systems are quoted based on required throughput capacity (e.g., <25 TPH, <50 TPH). Base pricing includes core concentration modules with standard controls.
Optional Features: Upgrades include advanced PLC automation packages, onboard diesel generators for remote sites, secondary security screening systems, or specific liner material upgrades for extreme abrasion.
Service Packages: Choose from annual preventative maintenance agreements offering guaranteed response times; comprehensive wear parts kits; or operator training programs conducted at your site.
Financing Options: We work with established industrial finance partners to offer competitive leasing structures or equipment finance loans that align payments with your project’s cash flow timeline.

8. FAQ

1. Is this equipment compatible with our existing crushing or grinding circuit?
Yes. Our modular plants are designed as bolton solutions. Our engineering team will review your current setup’s feed points, particle size distribution (% passing), pulp density specifications,and available footprintto ensure seamless integration recommendations can be provided prior topurchase

2.What is the expected operational impact during installation?
For modular skid installations,the primary impact is limitedto preparinga level foundation padand providingpower/water hookups.Minimal interferencewith existing production circuitsis typical.Commissioning involvesa controlled rampup over4872 hours

3.How do you quantify the potential Return on Investment(ROI)?
ROI analysis is basedon measurable metrics includingincrementalrecovery percentage appliedtoyour reserve gradeand production volume projectedenergy savings reducedmaintenance laborhoursand decreaseddowntime.We providea proformafinancial modelusingyour specificoperating costdata

4.What arethe standard commercial terms?
Standard termsincludea firmfixedprice quotationvalidfor90days deliverylead timeof1216weeksfromorder confirmationandFOBour fabrication facility.Warranty coverageis24monthson structural componentsand12monthson mechanicalandelectricalpartsfromcommissioning date

5.Do you provideoperatortraining?
Yes.Comprehensive trainingis includedwith everysystem delivery.It coverssafe operation routine maintenance troubleshooting proceduresandbasic performance optimizationconductedonsitebyour commissioning engineers

6.Can themodulesbe relocatedas ourmining pitadvancesor formove tonewsite?
Absolutely.Theskidmounteddesignis specificallyengineeredfor relocation.Modulescanbedisconnectedtransportedonstandardlowloadersandrecommissionedatanewlocationwith minimumeffort reducingfuturecapital expenditure

7.What levelof technical supportis availableafter purchase?
We offerlifetimesupportviaphoneandemail.Access toovertheairdiagnosticsfor equippedsystems remote troubleshooting assistance guaranteedspare partsavailabilityfor aminimumof10yearsandoptionalonsite servicevisitsunderagreementsareallavailable