Technical properties of the dry film FILMTEC SW30HRLE-400
| Technical specifications of FILMTEC SW30HRLE-400 | |
| Remove stubborn salt | 99.80% |
| Fixed drill distance | 92% |
| Infiltration rate (gallons/day (m3/day)) | 28.7500 |
| Feed seal thickness (ml) | twenty-eight |
| Effective area (square feet), (square meters) | 37,400 |
| Maximum operating temperature | 113°F (45°C) |
| Maximum working pressure | 1200 psi 83 bar |
| Maximum pressure drop | psi 1.0 bar 15 |
| pH range | 2-11 |
| Maximum density index of the feed powder | Initiative for Social Development 5 |
| Chlorine resistance | < 0.1 ppm |
| Acceptable pH values for short-term washing | From 1 to 13 |
Audio player
| Stable salt removal rate (%) | Stable boron removal rate (%) |
Permeation rate gallons per day (m3/day ) | Feed seal thickness (ml) |
Effective area (square feet), (square meters) | Film Tech™ Elements |
|---|---|---|---|---|---|
| 99.80 | 92 | 7500, 28 | twenty-eight | 400.37 | Cinema equipment SW30HRLE-400 |
Technical characteristics of the SW30HRLE-400 model
| Model | Effective filter level | Thickness of the insulation layer of the power supply | Water purification power | Sustainable water desalination | Sustainable boron removal |
| SW30HRLE-400 | 37 square meters | 0.7 mm | 28 cubic meters per day | 99.8% | 92% |
SW30HRLE-400 Operating Limits
| Maximum operating temperature | 45 degrees Celsius |
| Print area | from 55 to 69 times |
| Maximum working pressure | 69 times |
| Maximum pressure drop | once |
| Maximum turbidity of the water | 5 SOI |
| Maximum concentration of free chlorine | less than 0.1 ppm |
FilmTec™ SW30HRLE-400 – Dimensions
| 1 inch = 25.4 mm | Dimensions – inches (mm) | ||
|---|---|---|---|
| Money | For | one | Film Tech™ Elements |
| 7.9 (201) | 1,125ID (29ID) | 40.0 (1,016) | Cinema equipment SW30HRLE-400 |
FilmTec™ SW30HRLE-400 Performance
| 113°F (45°C) | Maximum operating temperature |
|---|---|
| 1200 psi (83 bar) | Maximum working pressure |
| 15 psi (1.0 bar) | Maximum pressure drop |
| 2-11 | pH range |
| Initiative for Social Development 5 | Maximum density index of the feed powder |
| < 0.1 ppm | Tolerance to free chlorine |
General characteristics of the Filmtech SW30HRLE-400 membrane filter with a diameter of 8 inches
brand
Membrane application
- Seawater
Membrane size
- 8 inches
Membrane type
- Reverse osmosis
Model: SW30HRLE-400
Diameter: 8 inches
Length: 40 inches
Weight: 40 pounds
Body: Solid fiberglass
Effective membrane surface: 37.6 m².
Applied pressure: 800 psi
Rated capacity: 7500 gallons per day
Maximum pressure: 1200 psi
Stable salt removal rate: 99.75%
Stable boron removal rate: 91.0%
Download the technical data sheet for the Filmtech SW30HRLE-400 8-inch membrane filter.
RO-FilmTec-SW30HRLE-400-PDS-45-D00967-de
Technical specifications of the Filmtech SW30HRLE-400 membrane filter with a diameter of 8 inches
| project | Part number | Field of activity |
Maximum working pressure | Permeate flow |
The boron removal rate is stable. | Minimum desalination rate % | Stable salt removal rate % | |||
| square feet | ( square meters ) | pounds per square inch | (let) | Gross domestic product | (cubic meters / day) | |||||
| SW30HRLE-400 | 217822 | 400 | (37) | 1200 | (83) | 7500 | (28) | 92 | 99.65 | 99.8 |
Product description: 8″ Filmtech SW30HRLE-400 membrane filter
FILMTEC SW30HRLE-400 offers high performance throughout its lifetime.
DOW FILMTEC SW30HRLE-400 offers lower seawater resistance and lower total cost of ownership.
Filmtech SW30HRLE-400 8″ Membrane Filter – Specifications
- High efficiency reduces energy consumption or required pressure.
- A good inhibitory effect ensures high water quality.
- High boron content
- The performance and quality of your film
Important information about the Filmtech SW30HRLE-400 8-inch membrane filter
Proper operation of a reverse osmosis water treatment system is critical to its efficient operation. It prevents membrane damage due to excessive water leakage or water hammer. Following correct operating procedures also helps ensure the system operates within design specifications and meets water quality and efficiency goals.
Before the system startup process begins, film preprocessing, loading the Filmtech SW30HRLE-400 8-inch film cassette, instrument calibration, and other system checks must be performed.
For more detailed information, see the “Starting Order” section of the procedural information literature (Form No. 609-02077).
Filmtech SW30HRLE-400 8″ Membrane Filter User Manual
To avoid damage to the Filmtech SW30HRLE-400 8″ membrane filter, do not allow sudden pressure changes or accidental flow through the cyclone filter element during startup, shutdown, cleaning, and other operations. During startup, it is recommended to transition gradually from standby mode to operating mode as follows:
- The delivery pressure should be increased gradually over 30–60 seconds.
- The cross flow velocity at the set operating point should be reached gradually within 15–20 seconds.
- The resulting discharge must be removed within the first hour of work.
General information about the 8-inch membrane filter Filmtech SW30HRLE-400
- Always keep the ingredients moist after the initial soaking.
- Failure to follow the limitations and operating instructions contained in this bulletin will void the limited warranty. See the Dow™ FILMTEC™ Three-Year Limited Warranty on Reverse Osmosis and Nanofiltration Membrane Elements (Model No. 609-35010).
- To prevent biological fouling during extended system downtime, it is recommended to immerse the Filmtech SW30HRLE-400 8-inch membrane filter elements in a corrosion protection solution.
- The customer bears sole responsibility for any contact of the components with incompatible chemicals and lubricants.
- The maximum pressure drop in the pressure vessel (chamber) is 50 psi (3.4 bar).
- Always avoid back pressure on the solid side of the penetration.
The Filmtech SW30HRLE-400 8-inch nanomembrane filter removes 99.9% of salt from seawater in minutes.
The World Health Organization estimates that more than 785 million people lack access to clean drinking water. Although 71% of the Earth’s surface is covered by seawater , it is undrinkable. Scientists around the world are working on effective and cost-effective methods to desalinate seawater. Now, a team of South Korean scientists may have found a method that can do this in just minutes.
Only 2.5% of the Earth’s total water supply is available as freshwater, which is the primary source for most human activities. Climate change is leading to fluctuating rainfall and the drying up of rivers, forcing countries to declare water scarcity for the first time in history. Unsurprisingly, desalination is the simplest solution to this problem. However, these processes have their limitations. One of these is the wettability of the Filmtec SW30HRLE-400 8-inch membrane filter.
When filtering seawater with the Filmtech SW30HRLE-400 8-inch membrane filter, the membrane must remain dry for an extended period of time.
When the membrane becomes wet, filtration stops, causing a large amount of salt to pass through the Filmtech SW30HRLE-400 8-inch membrane filter. With extended use, we’ve noticed that the membrane gradually becomes wet, which can be remedied by replacing it.
Yun-cheol Woo, a researcher at the Korea Institute of Civil Engineering and Building Technology, and his team have developed a membrane that is less sensitive to moisture and more stable in the long term.
The 8-inch Filmtec SW30HRLE-400 membrane filter consists of nanofibers woven into a multilayer, three-dimensional structure using electrospinning nanotechnology. Using this technology, researchers were able to develop a membrane that is highly hydrophobic, meaning it repels water.
The hydrophobic nature of the Filmtech SW30HRLE-400 8″ membrane filter is an advantage as it does not allow water molecules to pass through.
Instead, a temperature difference is applied on both sides of the Filmtech SW30HRLE-400 8″ membrane filter, causing water to evaporate and convert into steam at one end. The membrane allows water vapor to pass through, which then condenses on the cooler side.
This process, known as distillation, is a common method for desalinating seawater using membranes. Because the salt molecules don’t form gas , they exit one side of the Filmtech SW30HRLE-400 8-inch membrane filter, while ultrapure water exits the other.
South Korean researchers also use silica gel in the production process of the 8-inch membrane filter Filmtech SW30HRLE-400.
The system increases the water vapor flow through Filmtec’s 8-inch SW30HRLE-400 membrane filters, accelerating desalination. The team tested the technology in continuous operation for 30 days and found that the Filmtec’s 8-inch SW30HRLE-400 membrane filters consistently filtered out 99.9 percent of the salt without any wetting issues.