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NEWater’s membrane cleaning system has been designed to help prolong the lifespan of your membranes by preventing the buildup of fouling agents, such as organic and inorganic compounds.

  • High-quality cleaning solutions.
  • Better flow rate.
  • Removes 90% of colloidal particles.
  • User-friendly operating system (automatic or manual feature).
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What is a Membrane Cleaning System?

A membrane cleaning system has been intended to cut off the build-up of contaminating particles inside the membrane. The membranes’ lifespan is doubled or even tripled as a result, compared to what it would be otherwise. Certain factors such as performance, dependability, and longevity of membrane technology can also be increased by a membrane cleaning system.

Our membrane cleaning systems are highly effective in removing stubborn scale and fouling from RO, NF, and UF membranes. The systems can be used for commercial applications ranging from food and beverage, water reuse, etc.

Related Products of NEWater Membrane Cleaning System

RO Water System

NEWater reverse osmosis system uses a semipermeable membrane to get rid of ions, molecules, and larger particles from drinking water, seawater, and freshwater.

Ultrafiltration System

Our Ultrafiltration systems are used in a variety of applications, including residential, commercial, and industrial settings.

Nanofiltration System

Our nanofiltration system is intended to eliminate water impurities through nanotechnology where particles smaller than 1 nanometer are being filtered.

RO Membrane

NEWater RO Membranes are semi-permeable that blocks molecules to ensure clean and healthy water. We give a 1-year warranty for your convenience.

ultrafiltration membrane

Our Ultrafiltration Membrane comes in a variety of pore sizes and made from high quality materials, including polyethylene and polypropylene.

nanofiltration membrane

We developed a nanofiltration membrane that has been customized to your stringent needs. You can choose from our array of material classifications.

6 Products Found.

What are the Membrane Cleaning Methods?

Forward Flushing: The process of forward flushing is used to move feed water or permeate through the system faster than the production phase. Particles that are absorbed into the membrane surface are helped to move by the turbulence created by the increased flow rate. The membrane surface can be effectively cleaned with forward flushing.

Reverse Flushing: The permeate is pushed under pressure through the feedwater side of the system. Typically, this pressure is two times the flow rate used for filtration. Any fouling that forms on the feedwater side of the system can be removed with the help of a backwash.

Chemical Cleaning: The membrane is submerged in a solution of hydrogen peroxide, hydrochloric acid, or chlorine bleach, which helps to break down and remove contaminants. During the immersion process, contaminants are removed using either a forward rinse or a backwash.

Membrane Cleaning Methods
Membrane Cleaning System Workflow

How does Membrane Cleaning System Work?

First, the membrane to be cleaned is soaked in a chemical cleaning solution (solution of chlorine bleach, hydrochloric acid, or hydrogen peroxide), after which the contaminants are rinsed out of the membrane by forward or backward rinsing.

Cleaning a membrane involves removing deposits from it without causing any damage to it. All membrane types, including but not limited to spiral wound membranes, hollow fiber membranes, and RO membranes, can be cleaned using a membrane cleaning system.

NEWater’s Membrane Cleaning System Significant Benefits

  • Eliminates fouling: The system removes all types of fouling from the membrane surface, including colloidal, organic, inorganic, and biological materials.
  • Boosts efficiency: By getting rid of contaminants, the membrane cleaning system gets the membrane back to working at its peak efficiency.
  • Prolongs lifespan: The system prolongs the membranes’ life by routinely cleaning them.
  • Reduces maintenance costs: The system cuts the frequency of membrane replacement and maintenance fees by extending the membranes’ usable lifetime.
Membrane Cleaning System

High-quality Membrane Cleaning System

Membrane Cleaning System Features
Features of the Membrane Cleaning System
  • Versatile and easy-to-use design.
  • Has a high-pressure, low-flow pump that can be utilized to get rid of dirt, grime, and debris from a variety of surfaces.
  • Specialized cleaning methods for applications.
  • Reliable and cost-effective solution.
  • Contributes to your membranes’ longer lifespan.
  • Enhances the efficiency of the system.
Membrane Cleaning System Applications
NEWater Membrane Cleaning System Applications
  • Food and beverage processing
  • Pharmaceuticals
  • Power generation
  • Oil and gas facilities
  • Medical laboratories
  • Chemical Industries
  • Petrochemical Industry
Membrane Cleaning System Supplier
Does Your Membrane Need an Expert Treatment? NEWater is Here to Help!

You can get a membrane cleaning system from NEWater that is both cost-effective and efficient. They can successfully remove up to 99% of pollutants inside the membrane. Get in touch with us right away.

Customized Membrane Cleaning Systems to Meet Your Needs

Most fouling of membranes is caused by suspended solids in the feed water. These solids can be inorganic, such as silt, or organic, such as algae. As the feed water flows through the membrane system, these suspended solids build up on the membrane surface and begin to clog the pores. This reduces the flow of water through the membrane and can eventually lead to complete fouling and failure of the system.

NEWater can solve any membrane cleaning problem for you! Send your request to

Main Causes of Membrane Fouling.

Membrane fouling can be caused by a variety of factors. Some of the most common are as follows:

  • Particles in the feed water. If there are particles present in the feed water, they can become trapped in the membrane and cause fouling.
  • Organics in the feed water. Organics can also become trapped in the membrane and cause fouling.
  • Bacteria in the feed water. Bacteria can also cause membrane fouling by forming a biofilm on the membrane surface.
  • pH imbalance. If the pH of the feed water is not within the optimal range, it can cause membrane fouling.
  • Temperature fluctuations. sudden changes in temperature can also cause membrane fouling.
  • Chemical incompatibility. If incompatible chemicals are present in the feed water, they can react with the membrane and cause fouling.

It is important to identify the cause of the fouling so you can take steps to address it. A qualified membrane specialist from NEWater can help you troubleshoot membrane fouling issues and find a solution.

When to Clean the Membrane?

Your water filtration system‘s membrane is an essential component that must be regularly cleaned to operate at its best. But how often should you clean your membrane, and what are the signs that it needs to be cleaned? Here are some guidelines.

  • If you notice a decrease in water production, this is usually a sign that the membrane needs to be cleaned.
  • If there is an increase in water pressure, this can also indicate that the membrane needs to be cleaned.
  • If you see any buildup on the membrane itself, this is another sign that it needs to be cleaned.

Clean the Membrane

When these signs are noticeable, it’s necessary to act as soon as possible. Depending on the severity of the issue, you may need to clean the membrane more frequently. For example, if there is a lot of buildup on the membrane, you may need to clean it every few weeks.

How Often do I Need to Clean the Membranes?

It is important to keep your membranes clean to ensure optimal performance and lifespan. How often you need to clean them will depend on several factors, including the type of membrane, the operating conditions, and the level of contaminants present.

Factors that can influence how often cleaning is necessary include:

  • The type of water being treated.
  • The level of contaminants present.
  • The desired quality of the treated water.
  • The operating conditions of the system.

Be sure to consult with a qualified water treatment professional to properly assess your specific situation and provide guidance on the frequency of cleaning that is right for you.

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