1. PAINPOINT DRIVEN OPENING

Are you managing gold recovery operations where inconsistent feed grades and high operational costs are eroding your profit margins? The challenges of sourcing reliable, highperformance equipment on a constrained budget are significant. Consider these common operational hurdles:
High Capital Outlay: New, tierone gold mining equipment often carries a price tag that strains project economics, especially for smaller deposits or satellite operations.
Excessive Downtime: Older or poorly maintained bespoke systems can suffer from frequent mechanical failures, leading to unpredictable processing halts and lost production.
Inefficient Recovery: Nonoptimized equipment may fail to capture fine or coarse gold effectively, resulting in measurable value loss to tailings.
High Operating Costs: Inefficient designs directly impact power consumption, water usage, and consumable wearpart expenses.
Lack of Customization: Offtheshelf solutions may not align with your specific ore body characteristics or site layout, forcing suboptimal plant design.

How do you achieve robust recovery rates and reliable throughput without the premium cost of brandnew flagship systems? The solution lies in strategically engineered, bespoke gold mining equipment built with costeffectiveness as a core design parameter.

2. PRODUCT OVERVIEW

Our solution provides Bespoke Gold Mining Equipment engineered for costconscious commercial operations. We design and fabricate customconfigured recovery systems—such as gravity concentration circuits, modular leaching plants, or specialized screening and classification units—using a combination of new, proven components and expertly refurbished core assemblies. This approach delivers applicationspecific performance at a reduced capital expenditure.

Operational Workflow:
1. Consultation & Ore Analysis: We review your ore characterization data and site parameters to define process requirements.
2. System Design & Sourcing: Our engineers design a fitforpurpose flowsheet and configure equipment from our inventory of new and highquality refurbished machinery.
3. Fabrication & Integration: The bespoke system is assembled, integrating custombuilt structures with sourced components into a coherent package.
4. Factory Acceptance Testing (Optional): Key subsystems can be tested prior to shipment to verify performance metrics.
5. Delivery & Commissioning Support: Equipment is delivered siteready, with documentation and available technical support for commissioning.

Application Scope: Ideal for small to midscale alluvial (placer) operations, hard rock pilot plants, tailings retreatment projects, or as supplementary circuits in larger plants. This approach is best suited for operations with defined, stable ore parameters where a custom configuration offers clear efficiency gains over generic equipment.

Limitations: Not intended for ultrahighvolume (>500 tph) greenfield sites requiring fully synchronized, warrantybacked tierone OEM packages. Lead times are dependent on design complexity and component sourcing.

3. CORE FEATURES

Engineered CostEfficiency | Technical Basis: Value engineering applied to mineral processing flowsheets | Operational Benefit: Achieves target recovery metrics using optimized gradeofmaterials and strategic component selection | ROI Impact: Capital cost reduction of 2540% versus equivalent capacity in allnew OEM equipment while maintaining >90% of targeted performance.

Modular & Scalable Design | Technical Basis: System architecture based on skidmounted, prepiped units | Operational Benefit: Reduces site installation time and costs; allows for future circuit expansion or reconfiguration | ROI Impact: Cuts installation labor costs by an estimated 30% and facilitates phased capital deployment.

Optimized Gravity Recovery Circuitry | Technical Basis: Configurable network of centrifugal concentrators, shaking tables, and/or sluices matched to your liberation data | Operational Benefit: Maximizes free gold recovery prior to any leaching stage, reducing reagent consumption | ROI Impact: Lowers operating costs per ounce; field data shows reagent savings of 1525% in hybrid circuits.

Robust Construction with Refurbished Core Components | Technical Basis: Integration of professionally rebuilt pumps, motors, and classifiers with new structural fabrications | Operational Benefit: Delivers core component reliability at a fraction of the new cost | ROI Impact: Significant upfront savings without compromising mean time between failures (MTBF) for critical rotating equipment.

Simplified Process Control | Technical Basis: PLCbased control systems focused on essential monitoring points (feed rate, density, pump status) | Operational Benefit: Reduces operator complexity and training requirements; minimizes control system overhead | ROI Impact: Lowers initial automation investment and reduces longterm maintenance costs for control systems.

Adaptive Water & Power Management | Technical Basis: Design incorporates efficient cyclone clusters and variable frequency drives (VFDs) on key motors | Operational Benefit: Minimizes water makeup requirements and reduces peak power draw | ROI Impact: Directly lowers ongoing utility expenses; typical site reports indicate 1020% lower specific energy consumption.

4. COMPETITIVE ADVANTAGES

| Performance Metric | Industry Standard (New LowTier Generic) | Bespoke Gold Mining Equipment Solution | Advantage (% Improvement / Outcome) |
| : | : | : | : |
| Capital Cost (CAPEX) | Fixed price for standard unit configuration. | Engineered solution using valuebased sourcing. | 2540% Reduction. Achieved via specification optimization. |
| Recovery Efficiency (Free Gold) ~100µm| Often a singlestage concentrator. | Multistage gravity circuit tuned to particle size distribution.| 815% Higher Recovery. Based on comparative test work on identical feed material. |
| Installation & Commissioning Time| Field assembly of loose components required.| Preassembled modular skids with connection points.| ~30% Faster Deployment. Reduces site labor hours and accelerates production startup.|
| Operational Flexibility| Fixed configuration; difficult to modify.| Designed for reconfiguration or scaling.| High Adaptability. System can be modified for new ore zones or expanded capacity at lower incremental cost.|
| Spare Parts Commonality| May require proprietary parts from multiple suppliers.| Designed with industrystandard components.| 20% Lower Parts Inventory Cost. Simplifies logistics and reduces part costs through vendor consolidation.|

5.TECHNICAL SPECIFICATIONS

Capacity Range: Configurable from 10 TPH pilotscale up to 150 TPH productionscale modules.
Power Requirements: Dependent on configuration; typical range from 50 kVA (small gravity plant) to 400 kVA (full leaching module). Designed for connection to standard industrial grid or genset power.
Material Specifications: Contact surfaces in slurry lines use ASTM A36 steel with optional AR400 abrasionresistant liners or stainlesssteel upgrades for corrosive environments. Structural frames are fabricated from primegrade steel sections.
Physical Dimensions: Skid dimensions are customized per project; typical single processing skid measures approximately 6m L x 3m W x 4m H for transportability.
Environmental Operating Range: Designed for ambient temperatures from 20°C to +50°C. Enclosures and heating packages available for extreme climates.

6\. APPLICATION SCENARIOS

Alluvial (Placer) Operation Expansion

Challenge A midscale placer operation needed to increase throughput but faced prohibitive quotes for new screening and scrubbing plants.The existing operation also struggled with gold losses in the fine fraction.Solution Implementation of a bespoke trommel screening module paired with a tailored fine gold recovery circuit using enhanced centrifugal concentrators.The system was built around a refurbished trommel drum but featured new slurry distribution manifolds.Reduction in slimes loss by an estimated 22%, increasing overall project yield.Capital expenditure was contained within strict budget limits

Hard Rock Tailings Retreatment

Challenge A historic mine site sought to reprocess old tailings but the project's NPV was marginal when priced with allnew cyanidation plant.Solution A compact,carboninleach CIL plant was designed using refurbished tanks agitators carbon screens alongside new safety containment structuresand control panels.This bespoke package met all critical process requirements while avoiding the costof multiple new thickenersand leach tanks.Reduction versusa turnkeynew plant quote enablingthe projectto proceed.Achievedtargeted85%gold extractionrate validatingthe processdesign

Primary Mine Satellite Ore Processing

Challenge A main operation had several small highgrade satellite deposits uneconomical totransportto thecentral mill requiringa low capex mobileprocessing solution.Solution Deploymentof abespoke containerizedgravity flotationplant The unit featured anew jaw crusherball milland controlsystembut utilizedreconditionedflotation cellsand thickenerThis provideda completeonsiteprocessing capabilityReducedhaulagecoststo zerofor satelliteoreProcessed15ktonnesof oreonsite recovering92of containedgold validatingthe metallurgicalperformance

7\. COMMERCIAL CONSIDERATIONS

Pricing is projectspecific based on the configured flowsheetand scopeof supplyTypical engagementfollows threetiers

Tier1 Equipment Supply Only Customer providesfull engineering specsfor us tobuildand deliverpriced per configuredmodule

Tier2 Design Build Includesbasic processdesignand layoutengineeringin additionto Tier1 supply

Tier3 Key Components Package For customerswishingto conductin housefabricationwe supplycritical engineeredcomponents centrifugalconcentrators controlsystems slurry pumpsetsat acore itemdiscount

Optional Features Advancedprocess instrumentation automatedreagent dosing systems climatecontrol enclosures heavydutyabrasionlining packages

Service Packages Available optionsinclude12 monthspost commissioningtechnical support remote monitoring setup scheduledmaintenance inspectionspare parts kits Financing Options We workwith third partyequipment financingpartnersto offerlease purchaseor rental topurchaseagreements typicallyfor projects overUSD150000

8\. FAQ

Q How do you ensureperformancewithoutnew OEM warranties
A Performanceis validatedthroughpre shipmenttestingof criticalsubsystemsand our designsare basedon proven mineralprocessingprinciplesWe providecomprehensive documentationandsupportThe reliabilitycomesfromusingremanufacturedOEMcomponentswith documentedservice historiesnot unknowngenericparts

Q What is thetypical leadtimefor abespoke system
A Leadtimesrange from12 weeksfor standardizedgravity modulesto24 weeksfor complexhydrometallurgicalcircuits dependingon designsophisticationand componentavailabilityA firm timelineis providedafterthe initialscopingphase

Q Can thisequipmentintegratewith ourexistingplant
A Yes integrationis afundamentaldesign criterionWe requireyour existingplant P IDs layoutdrawingsand controlsystemdetailsto ensurecompatibilitywith feed dischargepowerand controlsignals

Q What are themaintenanceimplicationsversusnew equipment
A Maintenanceproceduresuse industry standardpartsand practicesoften simplifyingyour spare partsinventoryThe providedmanualsoutlineclearmaintenancetasks Intervalsforservicedcomponentsare basedon OEMguidelinesforthe remanufactureditems

Q How is pricingstructured
A We provideafirm fixed pricequotebasedon anagreedflowsheetandspecification sheetThe pricecoversall itemslistedinthe supplyscope withexclusionsclearlynotedThere are nohiddenchargesfor standardcommissioningsupport

Q Do you offerperformanceguarantees
A We provideprocessperformanceguaranteesbasedon thetest workdata youprovide forexample guaranteedrecoveryrate within2 offrompilotresultsfor specifiedfeed gradeandsizefor mechanicalequipmentwe guaranteefunctionalitytospecifiedcapacityduty