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STK 3T Odm Sea water purification Best Reverse Osmosis System Chemical Water Treatment Plant

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STK 3T Odm Sea water purification Best Reverse Osmosis System Chemical Water Treatment Plant

Name: Reverse Osmosis System STK 3T | Sea Water Purification | Best RO | Stark Water
SKU: 1127c28d9d64
Price: 999.00 USD
Availability: InStock

Discover the best reverse osmosis system with Stark Water’s STK 3T ODM Reverse Osmosis Drinking Water System. Designed for robust performance, this efficient 역삼투압 시스템 is ideal for large-scale sea water purification and industrial chemical water treatment plant applications, delivering superior purity and reliability.

제품 설명

In today’s global landscape, access to reliable sources of pure water is more critical than ever, especially for large-scale industrial operations and potable water supply from challenging sources like seawater. The STARK STK 3T ODM Best Reverse Osmosis System is engineered to meet these immense demands, offering an unparalleled solution for high-capacity purification, whether for drinking water or complex industrial processes. This is more than just a system; it’s a comprehensive 역삼투압 시스템 designed for ultimate performance and adaptability.

The Pinnacle of Reverse Osmosis System Technology

Our STK 3T system embodies the highest standards of reverse osmosis technology. It employs advanced thin-film composite (TFC) membranes and precision-engineered components to achieve exceptional contaminant rejection rates. This system effectively removes up to 99.5% of dissolved salts, minerals, heavy metals, organic compounds, bacteria, viruses, and other impurities from various raw water sources. The “3T” in its name signifies a substantial capacity, typically referring to 3 tons per hour or 3 m³ per hour (3,000 liters per hour), making it ideal for large-scale production requirements. This high-capacity output ensures a continuous and reliable supply of purified water for even the most demanding applications.

Versatility: From Sea Water Purification to Drinking Water Systems

A key strength of the STARK STK 3T system is its remarkable versatility, particularly its capability for sea water purification. While often used for brackish or municipal water sources, this system can be specifically optimized for desalination, transforming highly saline seawater into fresh, potable water. This makes it an invaluable asset for coastal communities, offshore platforms, and island nations grappling with freshwater scarcity. Moreover, as an ODM (Original Design Manufacturer) product, it offers unparalleled customization. This means the system can be precisely tailored to meet the specific requirements of various feed water qualities, desired product water standards, and unique site conditions, ensuring it functions as the best reverse osmosis system for your exact needs.

When configured as a drinking water system, it ensures that treated water meets or exceeds international potable water standards, providing safe and pleasant-tasting water for large populations. Its robust purification stages can effectively handle a wide range of raw water challenges, ensuring consistent output quality.

Integral to Chemical Water Treatment Plant Operations

The STARK STK 3T RO system is also designed for seamless integration as a core component within a broader chemical water treatment plant. It can serve as the primary purification stage, producing high-quality permeate that can then be further polished by technologies like EDI (Electrodeionization) or mixed-bed ion exchange for ultra-pure applications. Its high efficiency in removing a vast array of contaminants reduces the chemical burden on subsequent treatment stages, contributing to a more economical and environmentally responsible overall plant operation. This makes it an indispensable asset for industries that require both high volume and precise water quality for their manufacturing processes, chemical formulations, or boiler feed applications.

Reliability, Efficiency, and Long-Term Value

Built with durability in mind, the STARK STK 3T 역삼투압 시스템 features robust construction and high-quality components, ensuring a long operational lifespan and minimal downtime. Its automated controls provide real-time monitoring and operational safeguards, simplifying management and ensuring consistent performance. The inherent efficiency of RO technology, coupled with our optimized system design, translates into lower energy consumption and reduced chemical usage compared to traditional methods, offering significant long-term cost savings and an excellent return on investment.

제품 매개변수

매개변수	사양 / 사용자 지정 옵션
핵심 키워드 포커스	역삼투압 시스템 design and performance.
Pure Water Capacity	3 m³ per Hour (3,000 Liters Per Hour / approx. 13.2 GPM) – Representing “STK-3T”. Custom capacities available.
Raw Water Source Compatibility	Municipal Tap Water, Well Water, Brackish Water (TDS up to 10,000 ppm for standard BWRO), or Seawater (TDS up to 45,000 ppm for SWRO configuration).
RO Membrane Type	High-rejection Thin-Film Composite (TFC) RO Membranes (e.g., 8040 series, quantity sized for capacity/TDS). Specifically SWRO membranes for seawater.
High-Pressure Pump	Energy-efficient, corrosion-resistant centrifugal or positive displacement pump (e.g., Grundfos, Danfoss, CNP), sized for specific flow and pressure.
Pre-treatment System	Multi-Media Filters (Sand, Activated Carbon) for suspended solids, chlorine, organics. Water Softener (optional, for hard feed water) Micron Cartridge Filters (e.g., 5-micron) for fine particulate removal. Chemical Dosing (e.g., anti-scalant, dechlorination for SWRO/high TDS).
Salt Rejection Rate	≥98% – 99.5% (for BWRO); ≥99.5% – 99.7% (for SWRO)
Water Recovery Rate	50% – 75% (BWRO); 30% – 50% (SWRO) – Dependent on raw water quality and system design.
Output Water Quality	TDS <100 ppm (for drinking water/process); significantly lower for high-purity applications after post-treatment. Meets WHO standards for drinking water.
전원 공급 장치	3 Phase, 380V/415V/460V, 50Hz/60Hz (Customizable as per regional standards).
제어 시스템	Fully Automatic PLC Control with real-time online conductivity/TDS meter, pressure gauges, flow meters, auto-flush, low/high pressure protection, and fault alarms.
Construction Material	Frame: Powder-coated Carbon Steel or Stainless Steel (SS304/SS316). Piping: UPVC for low pressure, SS304/SS316 for high pressure (Duplex SS for SWRO). Pressure Vessels: FRP (Fiber Reinforced Plastic) or Stainless Steel.
Inlet Water Requirements	Inlet Pressure: 0.2 – 0.4 MPa Turbidity: <1.0 NTU Chlorine: <0.1 ppm SDI (Silt Density Index): <5
Dimensions (Approximate)	Varies significantly based on customization and capacity (e.g., L 2800mm x W 1100mm x H 1900mm for 3m³/hr).
작동 온도	5°C – 45°C.
Customization	ODM (Original Design Manufacturer) capabilities for tailored solutions.

해당 산업

Municipal Drinking Water Supply: Provides large volumes of safe, potable drinking water for towns, cities, or communities, especially in areas with limited freshwater resources or high raw water TDS.
Coastal Communities & Island Nations: Essential for sea water purification, transforming abundant saline water into a reliable source of fresh drinking and utility water, addressing water scarcity.
Hotels, Resorts & Large Residential Complexes: Ensures a continuous supply of high-quality drinking water and utility water for guests and residents, enhancing comfort and facility operations.
Food & Beverage Industry: Used as the primary purification stage for process water in beverage production (bottled water, soft drinks, juices, beer), dairy processing, and food ingredient preparation, ensuring product purity, consistency, and safety.
Pharmaceutical & Medical Industry (Pre-Treatment): Provides highly purified water for pre-treatment stages to produce Purified Water (PW) or Water for Injection (WFI), crucial for drug manufacturing, laboratories, and medical device reprocessing.
Electronics & Semiconductor Manufacturing (Pre-Treatment): Produces high-purity water for pre-treatment to generate ultra-pure water (UPW) used in chip fabrication and component rinsing, preventing contamination.
Power Generation: Utilized for boiler feed water pre-treatment, cooling tower make-up water, and turbine washing in power plants, preventing scaling and corrosion and improving energy efficiency.
Chemical Industry (Chemical Water Treatment Plant): Serves as a core component in chemical water treatment plants, supplying large volumes of purified water for chemical formulations, dilutions, and various process applications, ensuring product purity and preventing unwanted reactions.
Agricultural Irrigation (Specific Applications): For large-scale treatment of brackish water for specialized crop irrigation or hydroponics, where specific water quality is critical for plant health and yield.
Wastewater Treatment & Reuse: Employed in advanced wastewater treatment facilities to produce high-quality effluent suitable for discharge, industrial reuse, or even aquifer recharge.

장점 1

The STARK STK 3T ODM Reverse Osmosis System offers the significant advantage of superior performance across diverse water sources, including advanced sea water purification capabilities. Unlike systems limited to fresh or brackish water, this robust 역삼투압 시스템 can be specifically designed and optimized to efficiently transform highly saline seawater into high-quality potable or process water. This versatility provides unparalleled flexibility, allowing industries and communities in water-stressed regions to leverage abundant saline resources. Its high rejection rates ensure consistent purity regardless of the challenging raw water quality, making it the best reverse osmosis system for reliable water supply from any available source, enhancing your operational independence and resource security.

이점 2

Our STARK STK 3T Reverse Osmosis System combines substantial high capacity (3,000 LPH) with a design optimized for cost-effective integration into new or existing chemical water treatment plants. This high output ensures a continuous and reliable supply of purified water for large-scale industrial processes, municipal drinking water, or agricultural needs. The system’s high efficiency in contaminant removal reduces the chemical burden and energy consumption of subsequent treatment stages, leading to significant long-term operational savings. By serving as a robust and efficient primary purification unit, it minimizes the overall footprint and complexity of a comprehensive water treatment plant, providing an economical and high-performing foundation for your water management infrastructure.