H1: Maximize Recovery & Uptime with a 500 planta de lavado de oro tph

APERTURA IMPULSADA POR EL PUNTO DE DOLOR

Are you facing escalating operational costs and unpredictable recovery rates in your highvolume alluvial or eluvial gold operation? At a 500tonperhour scale, inefficiencies translate directly into significant revenue loss. Los desafíos comunes incluyen:
High Clay Content: Aggressive materials blind screens and clog scrubbers, causing frequent downtime for manual cleaning and reducing effective processing hours.
Variable Feed Grade: Inconsistent ore leads to gold losses in tailings, with traditional plants struggling to adapt without manual intervention.
Water & Power Intensity: Highcapacity washing demands substantial resources; inefficient designs inflate operating costs and limit viable site locations.
Complejidad del mantenimiento: Modular plants with poor component access require extended shutdowns for routine service, impacting annual throughput targets.
Fine Gold Losses: Inadequate scrubbing and screening liberation, followed by insufficient retention time in sluicing, result in unrecoverable fine gold reporting to tails.

Is your current setup equipped to handle abrasive, highclay feed while maintaining 90%+ disponibilidad? Can you accurately track and improve recovery rates without constant sampling? The scalability of your operation depends on a washing plant engineered for these specific challenges.

DESCRIPCIÓN GENERAL DEL PRODUCTO

El 500 Tph Gold Mining Washing Plant is a modular, heavyduty processing system designed for the primary washing, scrubbing, cribado, and initial gravity concentration of goldbearing alluvial or hard rock saprolite material. Se transforma crudo, claybound ore into classified gravels and concentrated sands for downstream gold recovery (p.ej., concentradores centrífugos, esclusas).

Flujo de trabajo operativo:
1. Alimentación primaria & Depuración: Runofmine feed is introduced into a robust hopper and conveyed to a largediameter rotary scrubber. This unit aggressively breaks down clay agglomerates and liberates gold particles from the ore matrix.
2. Evaluación primaria & Waste Removal: Scrubbed material discharges onto a highcapacity vibrating screen. Oversize (+75milímetros) barren gravels are typically rejected as waste via conveyor. Midsize material may be routed for further crushing or secondary scrubbing.
3. Secondary Screening & Clasificación: The screen undersize reports to a series of hydrocyclones or classifying screens to separate sands from slimes. This step is critical for removing fine clays that hinder gravity concentration.
4. Primary Gravity Concentration: The cleaned, classified sand fraction is fed onto primary recovery units such as stepped sluices or jigs to produce a primary heavy mineral concentrate.
5. Gestión de relaves & Manejo de agua: Slimes and process water are directed to a compact thickener for water recovery and clarification, reducing fresh water demand by up to 80%.

Ámbito de aplicación & Limitaciones:
Ideal para: Largescale alluvial deposits, eluvial (weathered) gold projects, and construction aggregate operations requiring intensive material washing.
Limitaciones: Not a standalone solution for primary hard rock (veta) minería. Final gold extraction requires secondary concentration (p.ej., concentradores centrífugos) of the primary concentrate produced by this plant.

CARACTERÍSTICAS PRINCIPALES

Fregadora rotativa de servicio pesado | Base técnica: Hightorque drive system with internal lifters | Beneficio operativo: Effectively disintegrates tough clay nodules and cemented gravels with minimal liner wear | Impacto del retorno de la inversión: Reduces prescreening bottlenecks and increases overall gold liberation yield by targeting previously lost nuggets locked in clay balls.

Modular "PlugandProcess" Diseño | Base técnica: Bolttogether skidmounted modules with integrated walkways | Beneficio operativo: Enables rapid deployment onsite with minimal civil works; simplifica la futura reubicación o expansión de la planta | Impacto del retorno de la inversión: Reduce el tiempo de instalación hasta en 40%, allowing revenue generation weeks earlier than fixed installations.

Intelligent Water Recycling System | Base técnica: Highcapacity thickener with flocculant dosing system | Beneficio operativo: Clarifies process water for immediate reuse; drastically reduces fresh water consumption and settling pond footprint | Impacto del retorno de la inversión: Lowers water procurement costs by over 75% and mitigates environmental permitting challenges.

Advanced Screen Deck Configuration | Base técnica: Multistage polyurethane screen decks with integrated spray bars | Beneficio operativo: Provides superior blinding resistance and precise size classification even with sticky feed material | Impacto del retorno de la inversión: Maintains design throughput consistently, avoiding the 1520% capacity loss common in standard screen setups under difficult conditions.

Control de procesos centralizado (SOCIEDAD ANÓNIMA) | Base técnica: Automated control panel monitoring feed rate, water pressure, and motor loads | Beneficio operativo: Allows operators to optimize performance from a single station; provides alarms for preventative maintenance triggers | Impacto del retorno de la inversión: Improves operational consistency leading to more stable recovery rates; reduces unplanned stops by identifying mechanical issues early.

QuickAccess Maintenance Design | Base técnica: Hinged guard panels, slideout chute sections, and centralized grease points | Beneficio operativo: Cuts routine service time for screen deck changes or scrubber liner inspection by half | Impacto del retorno de la inversión: Increases plant availability directly translating to higher annual tonnage processed.

VENTAJAS COMPETITIVAS

| Métrica de rendimiento | Estándar de la industria (500 Tph Class) | Nuestro 500 solución de planta de lavado de minería de oro tph | Ventaja (% Mejora) |
| : | : | : | : |
| Disponibilidad (Tiempo de ejecución programado)| 8285% due to extended maintenance windows| Targeted >90% via quickaccess design & component redundancy| +68% more productive hours annually |
| Consumo de agua por tonelada| ~3 cubic meters/ton of feed| <0.8 cubic meters/ton with closedloop recycling| Arriba a 73% reduction in water cost/liability |
| Eficiencia de desintegración de la arcilla| Variable; often requires presoaking or doublepass scrubbing| Coherente >95% liberation in single pass per internal testing| Reduces rehandling energy costs & process complexity |
| Tiempo de implementación (Site Ready)| 812 weeks for assembly & puesta en marcha| 46 semanas con módulos premontados| ~50% faster timetoproduction |

ESPECIFICACIONES TÉCNICAS

Capacidad de diseño: 500 toneladas métricas por hora (variable based on specific gravity and clay content).
Requisitos de energía: Aprox.. 8501100 kW de carga total conectada (dependent on configuration). Designed for HV supply (6.6kV/11kV) or stepdown transformers.
Especificaciones clave de materiales:
Tambor de fregado: Placa de acero resistente a la abrasión (minimum AR400) with boltin replaceable liners.
Cubiertas de pantalla: Paneles modulares de poliuretano.
Trabajo de tolva & Lavanderías: Hardox® or equivalent wear steel in highimpact zones.
Marco estructural: Heavygauge painted carbon steel or optional galvanized finish.
Dimensiones físicas (Modular): Approximate footprint of main processing train is 45m L x 22m W x 12m H. Each major module is transportable within standard road freight limits.
Rango de operación ambiental: Diseñado para temperaturas ambiente de 20°C a +50°C. Los sistemas de supresión de polvo son integrales; noise levels comply with typical mine site regulations.

ESCENARIOS DE APLICACIÓN

Operación de oro aluvial en África occidental

Challenge A project faced highly variable clay content (1060%), causing frequent screen blinding and reducing effective capacity below 350 Tph despite nominal plant rating.
Solution Implementation of our specialized trommelscrubber module combined with highpressure spray bars ahead of screening decks within the complete washing plant package.
Results Screen efficiency maintained above target; plant achieved consistent throughput at design capacity of over >480 Tph wet feed. Annualized production increased by an estimated ~28%.

Eluvial Saprolite Project in South America

Challenge Significant fine gold losses (25% a menos <5%. Reported overall project recovery improved by approximately nine percentage points based on regular grade control reconciliation.

CONSIDERACIONES COMERCIALES

Our solutions are offered under flexible commercial models tailored for capital project planning:

1. Niveles de precios de equipos:
• Base Package – Core washing modules including scrubberfeeder assembly,
primary screening unit,
and basic conveyors
• Optimized Package – Base plus enhanced features like PLC control,
water recycling thickener,
y revestimientos de desgaste premium
• Turnkey Package – Complete system engineering,
installation supervision,
commissioning support,
and operator training

2. Características opcionales:
• Diesel power generation module
• Semimobile trailerized configuration
• Advanced instrumentation package including density meters
and mass flow totalization

3.Paquetes de servicios:
Available service agreements range from scheduled parts supply through full annual maintenance support including remote monitoring diagnostics

4.Opciones de financiación:
We work alongside established partners able provide equipment leasing structures project finance solutions suitable largescale mining ventures

Preguntas frecuentes

Q1 Is this washing plant compatible with my existing crushing circuit or trommel?
A1 Yes it is designed as both standalone solution bolton upgrade Standard conveyor interfaces flanges allow integration most upstream downstream equipment Engineering review your specific layout recommended

Q2 What impact will this have my current operating labor requirements?
A2 The automated control centralized design typically allows one operator manage entire washing circuit from control cabin reducing personnel exposure moving parts potentially lowering labor requirements per ton processed

Q3 How does pricing compare building customdesigned wash plant locally?
A3 While initial capital outlay may appear higher than piecemeal approach total cost ownership analysis factors our standardized designs proven reliability reduced commissioning risk lower longterm maintenance costs Industry data indicates lifecycle savings can exceed over fiveyear period

Q4 What typical delivery lead time after order placement?
A4 For standard configuration lead times range between weeks depending final specification complexity Current production schedules confirmed upon order commitment

P5 ¿Están disponibles las piezas de repuesto en todo el mundo??
A5 We maintain strategic inventory critical wear parts consumables across key mining regions ensuring express delivery options minimize potential downtime events

Q6 Can you provide detailed process guarantee regarding recovery performance?
A6 While final gold recovery depends multiple factors beyond washing stage we provide guaranteed performance metrics related material preparation specifically clay liberation efficiency classification accuracy based representative sample tested pilot scale prior purchase agreement

Q7 What site preparation required before delivery?
A7 We provide comprehensive foundation drawings utility connection points A level compacted pad suitable bearing capacity along access fresh water source are primary requirements Detailed civil works scope document supplied early engagement phase