2 Tons/Hour Reverse Osmosis Equipment by Lefilter: High-Capacity Purification for Growing Production Demands
The 2 Tons/Hour (≈ 440 GPH / 10,560 GPD) Reverse Osmosis Equipment from Lefilter is a high-capacity, industrial-grade system designed to meet the substantial pure water demands of medium to large facilities. It provides a significant, reliable output for processes where a 1 T/H system is insufficient, serving as a critical utility for manufacturing, production lines, and larger institutional complexes.
Designed for Demanding, Continuous Operation
This system is built for higher throughput without sacrificing the principles of efficient and reliable operation.
Robust Multi-Stage Design for Efficiency
Comprehensive Pretreatment: To handle higher flow rates, the system includes a more robust pretreatment skid, potentially with an automatic multimedia filter and larger carbon filter to ensure consistent feedwater quality.
Efficient Multi-Membrane Array: Utilizes an array of standard 4" or 8" membrane elements arranged in a 2:1 or similar staging configuration. This design optimizes recovery rates and membrane life while managing pressure effectively.
Enhanced Control & Protection: Features a more advanced control panel with automated flushing sequences, high/low-pressure protection, and comprehensive sensor inputs to safeguard the investment and ensure stable operation.
Key Advantages of the 2 T/H System
Doubled Output Capacity: Delivers a substantial 440 gallons per hour, supporting higher production volumes or serving multiple points of use simultaneously.
Higher System Recovery: Engineered designs often achieve 65-80% recovery, making more efficient use of source water and reducing wastewater volumes compared to running multiple smaller units.
Industrial Component Scale: Utilizes industrial-grade high-pressure pumps, larger diameter membrane housings, and valves designed for continuous duty, ensuring durability.
Excellent Water Quality: Maintains high rejection rates, producing permeate with consistently low conductivity, suitable for demanding industrial applications.
Scalable Foundation: This system size often serves as a building block. Multiple 2 T/H units can be run in parallel for even greater capacity with built-in redundancy.
Technical Specifications: 2 T/H RO System
Parameter | Specification for 2 T/H (≈ 10,560 GPD) System |
|---|
Permeate Flow Rate | 2,000 Liters per Hour (L/H) / 440 Gallons per Hour (GPH) |
Standard Recovery | 65% - 80% (configurable) |
Feed Water Requirements | TDS < 2,500 ppm; SDI15 < 5; Free Chlorine < 0.1 ppm |
Operating Pressure | 150 - 250 psi (10 - 17 bar) |
Membrane Configuration | Typically 3-4 pressure vessels with 4" or 8" membranes in a staged array. |
Power Supply | 380V/3Phase/50Hz; Pump motor typically 5.5 - 7.5 kW |
Dimensions (LxWxH) | Approx. 3.5m x 1.5m x 2.0m (pretreatment + RO skid) |
Target Applications
Medium-Sized Manufacturing: Process water for larger chemical plants, paper mills, or automotive plants.
Central Boiler Plants: Feedwater for steam generation in district heating systems or larger industrial complexes.
Food & Beverage Processing Lines: Water for large-scale production, cooking, and cleaning.
Resorts & Large Commercial Buildings: Water supply for laundry, cooling towers, and potable water augmentation.
Water Bottling Plants: Core production unit for purified bottled water.
FAQ
Q: How does the operating cost (per gallon) compare to a 1 T/H system?
A: Due to economies of scale, the 2 T/H system typically has a lower operating cost per gallon of product water. The energy consumption and membrane area per gallon of output are more efficient.
Q: Can this system be automated for unattended operation?
A: Yes. It can be equipped with full automation, including auto-flush, auto-dosing of antiscalant, and integration with level controls in product water tanks for automatic start/stop, making it suitable for lights-out operation.
Q: What if my feedwater is particularly challenging (hard, high iron)?
A: The system design is flexible. For challenging water, we would specify and include more robust pretreatment, such as a greensand filter for iron removal or a water softener upstream of the RO skid, to ensure reliable performance.
Q: What is the lead time for a standard 2 T/H system?
A: For a standard brackish water configuration, typical lead time is 8-10 weeks from order to shipment, including factory assembly and testing.
