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RO Chemicals

ORG Clean MC 721 Acidic Cleaner

Product code RXSOL-33-3322-020

A low-foaming, multi-component powder cleaner formulated for RO, NF, and UF membrane systems. It contains a synergistic blend of chelating acids and dispersants designed to dissolve iron, manganese, and aluminium oxides, while also breaking down calc

Description

ORG Clean MC 721 Acidic Membrane Cleaner a low-foaming, multi-component powder cleaner formulated for RO, NF, and UF membrane systems. It contains a synergistic blend of chelating acids and dispersants designed to dissolve iron, manganese, and aluminium oxides, while also breaking down calcium carbonate scale and other inorganic foulants. By restoring clean membrane surfaces, it helps reduce differential pressure, improve flux, and enhance salt rejection efficiency.

Application
Application
Applications of ORG Clean MC 721 Acidic Membrane Cleaner Powder
  • Specifically developed for clean-in-place (CIP) membrane cleaning.
  • Effective against metallic foulants (iron, manganese, aluminium).
  • Dissolves calcium carbonate and inorganic scaling.
  • Suitable for use in potable water, industrial, and desalination systems.
  • Compatible with a wide range of membrane types including polyamide thin film composite membranes.
Precautions
Precautions
Why Use ORG Clean MC 721 Acidic Membrane Cleaner Powder for Membrane Cleaning?   Membrane systems such as reverse osmosis (RO), nanofiltration (NF), and ultrafiltration (UF) are at the heart of many modern water treatment plants. They provide high-quality water for industrial, municipal, and desalination applications. However, over time these membranes can suffer from fouling and scaling, leading to reduced efficiency, increased energy consumption, and costly downtime.   One of the most common and problematic issues in membrane operation is the build-up of metallic oxides and mineral scales. Iron, manganese, aluminium oxides, and calcium carbonate deposits can quickly impair performance. Left untreated, they result in:
  • Higher differential pressure across the membranes.
  • Lower permeate flux (reduced water output).
  • Poorer salt rejection (lower water quality).
  • Increased operating costs due to higher pumping energy and more frequent membrane replacements.
  This is where ORG Clean MC 721 Acidic Cleaner provides a vital solution.   The Power of ORG Clean MC 721 Acidic Cleaner   This Acidic Membrane Cleaner Powder is a low-foaming, multi-component powder cleaner specifically designed to tackle metallic fouling and carbonate scaling in membrane systems. Its unique formulation combines chelating acids, dispersants, and acid salts, ensuring effective cleaning while being safe and compatible with most membranes.   By dissolving and dispersing these stubborn deposits, it restores membranes to near-original performance levels—bringing back flow, improving salt rejection, and extending the useful life of the membranes.   Key Benefits of Using ORG Clean MC 721 Acidic Cleaner
  • Effective against metallic fouling – Removes oxides of iron, manganese, and aluminium that conventional cleaners often struggle with.
  • Reduces downtime – Restores membrane performance quickly, reducing plant interruptions.
  • Protects your investment – Extends the life of expensive membrane elements, delaying costly replacements.
  • Cost-efficient – Improves overall plant performance and lowers energy costs by reducing differential pressure.
  • Safe & practical – Low foaming powder form, easy to handle, store, and apply in CIP systems.
  Why Choose ORG Clean MC 721 Acidic Cleaner?   Using the right cleaning chemical is not just about keeping membranes clean—it’s about maximizing return on investment. With this Acid Membrane Cleaner, operators benefit from longer membrane life, stable water quality, reduced operational costs, and reliable system performance.   For facilities dealing with metal oxide fouling or calcium carbonate scaling, This Acid Membrane Cleaner Powder by RXSOL is an essential part of any preventive maintenance program. Regular use ensures membranes stay efficient, reliable, and cost-effective, supporting uninterrupted operation of critical water treatment systems.