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8040 Reverse Osmosis Ro Water Filter Membrane Replacement

PRODUCT PARAMETERS

  • Product Name: Reverse Osmosis Membrane
  • Model: ULP8040/LP8040/XLP-8040/FR-8040
  • Desalination rate: 99%/99.2%/99.5%/99.7%
  • Operating pressure: 7 kg/10 kg/15 kg/55 kg
  • Effective Membrane Area: 39.7(m2)
  • Maximum inlet water temperature:45℃
  • Inlet SDI:5
  • Water Production: 9900 to 12800 GPD
  • Pressure Range: 100-225 psi
  • Use: Water Treatment Reverse Osmosis System
  • Application: Water Purification
  • Size: 1016mmX28.6mmX201.9mm
  • Weight: 13kg
  • Packing: Standard Exportation Package
Description
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Description

Reverse osmosis RO water filter membrane stands out as an efficient water treatment filter membrane. It is widely employed in household, industrial, and commercial water treatment systems.

The reverse osmosis membrane represents an efficient and environmentally friendly water treatment technology. We use this technology by leveraging the characteristics of semi – permeable membranes. Specifically, we apply pressure to filter water through the membrane. By doing so, we can remove impurities, harmful substances, and dissolved salts from water, thus achieving the goal of purifying water.

The basic principle at work here is reverse osmosis. In a natural state, water molecules tend to flow from a dilute solution to a concentrated solution. However, when we apply sufficient pressure on the concentrated solution side, the flow of water molecules reverses. That is, they start to flow from the concentrated solution to the dilute solution. This process, which runs counter to the original direction of permeation, is what we call reverse osmosis.

reverse osmosis membrane

Reverse osmosisMembrane Element Structure

Dimensional schematic diagram

Membrane Element Model And Performance Parameters:

Reverse Osmosis Membrane Detail Display

reverse osmosis membrane
reverse osmosis membrane

Product packaging

reverse osmosis membrane

Applications of Reverse Osmosis Membrane

Domestic Water Purification

One of the most common applications of reverse osmosis membranes lies in domestic water purification systems. Households rely on these membranes to ensure water quality. First, we use them to eliminate a variety of contaminants from tap water. Specifically, we can effectively get rid of chlorine, fluoride, lead, arsenic, and other harmful substances. As a result, these membranes provide families with clean and great – tasting drinking water. Moreover, reverse osmosis systems offer installation flexibility. We can install them under the sink or incorporate them into a whole – house water treatment setup. This ensures that every drop of water we use for drinking, cooking, and even bathing is free from impurities.

Industrial Water Treatment

In the industrial sector, reverse osmosis membrane are indispensable. For example, in the electronics industry, where we need ultra – pure water to manufacture semiconductors and other electronic components, these membranes play a crucial role. We use them to remove even the tiniest traces of contaminants. Similarly, in the food and beverage industry, we utilize them to purify water for production processes. By doing this, we ensure product quality and safety. Additionally, power plants rely on reverse osmosis membranes to treat boiler feed water. This helps us prevent scale formation and corrosion in the boilers. Consequently, it improves the efficiency and lifespan of the power – generation equipment.

Reverse Osmosis Membrane – Desalination of Seawater and Brackish Water

Reverse osmosis membranes are also at the forefront of seawater and brackish water desalination. Given the increasing global demand for freshwater and the limited availability of natural freshwater sources, we consider desalination a crucial solution. In the case of seawater, reverse osmosis desalination plants can convert it, despite its high salt content, into potable water. The membranes can reject a large percentage of the dissolved salts in seawater, making it suitable for human consumption and other uses. Likewise, for brackish water, which has a lower salt content compared to seawater but still requires treatment, we can use reverse osmosis membranes to effectively remove the salts and other impurities. Thus, they provide a reliable source of freshwater.

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