STARK gran sistema de filtro de ósmosis inversa desalinización purificación planta de tratamiento para la venta ro precio de la máquina
Elevate your water supply with Stark Water’s Big Reverse Osmosis Filter System. This powerful reverse osmosis filter system is a comprehensive desalination and purification treatment plant, designed for large-scale industrial and municipal needs. Delivering exceptional water quality and efficiency, it’s a top-tier RO machine available at a competitive price.
Descripción del producto
For large-scale industrial operations, municipalities, and communities facing critical water scarcity or quality challenges, a robust and highly efficient purification solution is essential. The Stark Water Big Reverse Osmosis Filter System is engineered to meet these immense demands, providing a comprehensive and reliable answer for desalination, purification, and overall water treatment. This state-of-the-art reverse osmosis filter system is a strategic investment in securing a sustainable and high-quality water supply.
Large-Scale Desalination and Purification Capabilities
Our Big Reverse Osmosis Filter System is designed for substantial capacity, making it suitable for major industrial needs or serving large populations. It excels as a complete desalination purification treatment plant, capable of transforming highly saline water sources, including seawater and brackish groundwater, into fresh, potable water. Utilizing advanced thin-film composite (TFC) membranes and high-pressure pumping technology, it achieves exceptional contaminant rejection rates, effectively removing up to 99.7% of dissolved salts, minerals, heavy metals, organic compounds, bacteria, and viruses. This comprehensive purification ensures that the treated water consistently meets the most stringent international standards for drinking water or industrial process requirements.
A Complete RO Machine for Sale
This system is presented as a complete RO machine for sale, encompassing all necessary stages for effective purification. It typically includes:
- Pretratamiento avanzado: Multi-media filters (sand, activated carbon), water softeners (if needed), and micron cartridge filters to protect the delicate RO membranes from fouling and extend their lifespan.
- High-Pressure RO Module: Robust membrane pressure vessels housing high-rejection RO membranes, driven by energy-efficient, high-pressure pumps.
- Post-treatment (Optional but Recommended): Depending on desired final water quality, options like UV sterilization for microbiological control, chemical dosing for pH adjustment or disinfection, and advanced deionization (EDI) for ultra-pure water production can be integrated.
- Sophisticated Control System: Fully automated PLC control with Human Machine Interface (HMI) for real-time monitoring of critical parameters, automatic cleaning cycles (CIP), alarm functions, and remote access capabilities for optimal operational management.
The integrated design ensures seamless operation and maximum efficiency, simplifying management of complex large-scale water treatment processes.
Optimized Efficiency and Competitive Price
Investing in the Stark Water Big Reverse Osmosis Filter System is a commitment to long-term efficiency and value. We strive to offer a competitive price for this high-capacity **RO machine**, making advanced water treatment accessible for large-scale projects. The system’s high water recovery rates, coupled with energy-efficient components, translate into lower operational costs and reduced raw water consumption. Furthermore, the robust construction and automated operation minimize maintenance needs and downtime, ensuring a highly reliable and cost-effective solution for securing your purified water supply. It’s an investment that pays dividends through sustainable operations and consistent water quality.
Parámetros del producto
| Parámetro | Especificaciones / Opciones de personalización |
|---|---|
| Palabras clave principales | Reverse osmosis filter system diseño y rendimiento. |
| Capacidad de agua pura | Customizable, typically ranging from 50 m³/hr to 500+ m³/hr (or higher for very large projects). Specified per client requirements. |
| Compatibilidad de la fuente de agua bruta | Highly versatile for Municipal Water, Well Water, Brackish Water (TDS up to 15,000 ppm), or Seawater (TDS up to 45,000 ppm for SWRO configuration). |
| Tipo de membrana de ósmosis inversa | High-rejection, low-fouling Thin-Film Composite (TFC) RO Membranes (e.g., 8040 series, quantity scaled for capacity/TDS). Specialized SWRO membranes for desalination. |
| Bomba de alta presión | Heavy-duty, high-efficiency, corrosion-resistant centrifugal or positive displacement pumps, often with Variable Frequency Drives (VFDs) for optimized energy use. |
| Sistema de pretratamiento |
|
| Tasa de rechazo de sal | ≥98,5% - 99,5% (BWRO); ≥99,5% - 99,7% (SWRO) |
| Tasa de recuperación de agua | 40% – 75% (BWRO); 30% – 50% (SWRO) – Dependent on raw water quality, desired recovery, and system design. |
| Salida Calidad del agua | Meets WHO drinking water standards; customized for specific industrial process water needs (e.g., low TDS for boiler feed, ultra-pure water for electronics post-EDI). |
| Fuente de alimentación | Trifásico, 380V/415V/460V, 50Hz/60Hz (personalizable según normas regionales). |
| Sistema de control | Advanced Fully Automatic PLC Control with HMI (Human Machine Interface), real-time online monitoring of all critical parameters (TDS/conductivity, pressure, flow, temperature), auto-flush, CIP (Clean-in-Place), and comprehensive safety interlocks/alarms. Remote monitoring capability. |
| Material de construcción |
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| Requisitos de agua de entrada |
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| Dimensiones (aproximadas) | Large industrial footprint; fully customized based on capacity and configuration. |
| Temperatura de funcionamiento | 5°C - 45°C. |
| Certificación | Diseñado para cumplir las normas internacionales pertinentes (por ejemplo, ISO, CE, ASME, previa solicitud). |
Industria aplicable
- Municipal Water Utilities: Provides immense volumes of safe, potable drinking water for large cities, regions, or communities, especially vital in areas facing severe freshwater scarcity through large-scale desalination projects.
- Large Industrial Parks & Manufacturing Facilities: Supplies high-purity process water for diverse manufacturing operations, including electronics, automotive, textiles, and heavy industries, ensuring product consistency, preventing equipment damage, and meeting stringent quality standards.
- Principales plantas de producción de alimentos y bebidas: Essential for producing vast quantities of purified water for beverage formulation (bottled water, soft drinks, breweries, dairies), food ingredient processing, and comprehensive cleaning-in-place (CIP) systems, guaranteeing product safety and quality.
- Power Generation & Energy Sector: Critical for boiler feed water purification in thermal and nuclear power plants, cooling tower make-up water, and turbine washing, preventing scaling, corrosion, and improving energy efficiency of high-pressure equipment.
- Gigantes farmacéuticos y biotecnológicos: Used as the foundational purification stage to generate Purified Water (PW) and pre-treat for Water for Injection (WFI) for drug manufacturing, large-scale bioreactors, and sterile environments, adhering to the strictest GMP standards.
- Industria minera y metalúrgica: For large-volume process water, mineral extraction, and treatment of challenging water sources (e.g., acid mine drainage), contributing to operational efficiency and environmental compliance.
- Industria del petróleo y el gas: Provides treated water for injection in oil recovery, fracking operations, and various process applications, often requiring large volumes and robust treatment.
- Chemical Water Treatment Plants (Core Component): Serves as the primary purification unit in comprehensive plantas químicas de tratamiento de aguas, providing vast quantities of high-purity water for complex chemical formulations, dilutions, and reducing the chemical load on subsequent treatment steps.
- Tratamiento y reutilización de aguas residuales (sistemas avanzados): Employed in advanced wastewater treatment facilities to produce high-quality effluent suitable for industrial reuse, agricultural irrigation, or even indirect potable reuse, promoting water conservation.
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PREGUNTAS FRECUENTES
P1: ¿Cuánto dura el sistema de ósmosis inversa?
La vida útil de un sistema de ósmosis inversa depende de la calidad del agua y del mantenimiento. Normalmente, la membrana dura entre 2 y 3 años, mientras que el sistema en sí puede durar más de 10 años con los cuidados adecuados.
P2: ¿Se puede personalizar el sistema en función de las diferentes condiciones del agua?
Sí, todos nuestros sistemas son totalmente personalizables. Analizamos su informe de aguas y sus necesidades de aplicación antes de ofrecerle soluciones a medida.
P3: ¿Qué normas cumplen los equipos STARK?
Nuestros productos cumplen las normas CE e ISO 9001, y pueden diseñarse para cumplir normativas regionales o estándares industriales específicos si así se solicita.
P4: ¿Cuál es el plazo de entrega de los sistemas de ósmosis inversa STARK?
Los sistemas estándar se envían en un plazo de 7-15 días. Para los pedidos personalizados, el plazo de entrega puede prolongarse hasta 20-25 días en función de la complejidad.
P5: ¿Ofrecen asistencia técnica u orientación para la instalación?
Sí. Proporcionamos documentación técnica completa, asistencia remota por vídeo y podemos enviar ingenieros al extranjero si así se solicita.
P6: ¿Qué incluye su presupuesto?
Nuestro presupuesto incluye el sistema de ósmosis inversa completo, el panel de control, las bombas, las unidades de pretratamiento y todos los accesorios necesarios. Si lo desea, podemos incluir herramientas de instalación y piezas de repuesto.