Low pressure RO element Dupont Taptec LC HF 4040
Introduction of Low pressure RO element Dupont Taptec LC HF 4040:
DuPont™ TapTec™ LC HF-4040 is a product that is specially developed for commercial segments, such as drinking water applications that require high flow rate.
DuPont’s quality process enables the most consistent products in the industry that minimize the total cost of ownership of water treatment systems.
Features, technical specifications, drawings in the product catalog:
Outstanding advantages of Low pressure RO element Dupont Taptec LC HF 4040:
- DuPont™ TapTec™, powered by more than 40 years of membrane innovation.
- Advanced membrane technologies can achieve ultra-high flow and good salt rejection.
- Proven consistency and reliability with quick stabilization
- The membrane has high permeability.
- Membranes with a rigid outer shell are recommended for systems with multi-diaphragm shells containing three or more membranes because they are designed to withstand higher pressure drops.
Operating conditions of Low pressure RO element Dupont LC LE 4040:
- Membrane Type: Polyamide Thin-Film Composite
- Maximum Operating Temperature: 95°F (35°C)
- Maximum Operating Pressure: 600 psi (41 bar)
- Maximum Feed Flow Rate: 4040 elements 16 gpm (3.6 m3/h), 2540 elements 6 gpm (1.4 m3/h)
- Maximum Pressure Drop: 15 psig (1.0 bar)
- pH Range, Continuous Operation: 2 – 11
- pH Range, Short-Term Cleaning: 1 – 13
- Maximum Feed Silt Density Index: SDI = 5
- Free Chlorine Tolerance <0.1 ppm
Factors that need to be collected to choose the right type of RO membrane:
- What is the input water? (Sea water, brackish water, river water, well water, city water supply water, wastewater (with or without UF pretreatment), level 1 RO water, level 2 RO water)
- Capacity needed to treat water per day, per hour?
- Main indicators of raw water quality: TDS, pH, temperature, salinity, hardness, silica…
- Desired water output quality? (used for what, eating or living or production?)
- Installation area to be able to choose membrane housing length configuration
Select the permeate flow design capacity for each 4inch RO membrane for different types of input water:
- RO water: SDI (Silt Density Index) = 1, design flow 34LPH for 1m2 = 244,8L/H
- Brackish water is well water: SDI (Silt Density Index) = 3, design flow 25-27LPH = 180-194,4L/H
- Brackish water is surface water: SDI (Silt Density Index) = 5, design flow 18-21LPH = 129,6-151,2L/H
- Sea water: SDI (Silt Density Index) = 5, design flow 12-13LPH = 86,4-93,6L/H
- Wastewater with UF pretreatment: SDI (Silt Density Index) = 3, design flow 18LPH = 129,6L/H
- Wastewater Without UF pretreatment: SDI (Silt Density Index) = 5, design flow 15LPH = 108L/H
Where to buy Dupont RO membrane?
Song Phung Company is a direct distributor of Dupont RO membranes (Down brand) in Vietnam. Each RO membrane product has documents proving the manufacturer’s clear origin and has a quality certificate issued by a competent authority and is carefully inspected by the Customs agency before passing through the port.
Known as a reputable unit in providing RO membranes with a team of dedicated customer care staff, Song Phung Environmental Company will be a place where you can place your trust.
Above, Song Phung Environmental Company has just provided you with detailed information about RO membranes. If you want to buy this product, please contact us immediately for the most dedicated advice!
In addition, Song Phung Environmental Company also provides comprehensive system solutions from design to supply, installation, operation and technology transfer. Up to now, Song Phung Environmental Company has become a reputable and trustworthy brand with more than 5000+ cooperative customers and 4000+ projects implemented in most business fields.
UTILITY CALCULATOR FOR CIP OF RO MEMBRANE
Input
Enter model of RO membrane (4040 or 8040) | ||
Enter the amount of RO membrane that needs CIP | Pcs |
Results
Water volume for 1 RO membrane | 0 | L |
Water volume for total RO membranes | 0 | Kg |
Estimate the volume of water required in the pipeline (About 25%) | 0 | L |
Required volume of water remaining in CIP tank when recirculating | 0 | L |
Total clean water need to fill in the CIP tank | 0 | L |
Total CIP chemical needed | 0 | Kg |
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