SKU
RXSOL-33-3342-025
Title
ORG RO SCALE CONTROL
Title
ORG RO SCALE CONTROL
Scaling and iron fouling of the RO membranes will reduce system performance and lead to premature membrane replacement. Precipitation of scale and deposits build up on the RO membrane, which leads to poor permeate quality, low permeate production, unscheduled downtime, increased water consumption and increased energy costs.
RXSOL RO Scale Control is a high-performance, broad-spectrum antiscalant formulated to protect Reverse Osmosis (RO) systems by effectively preventing scale formation and iron fouling. It helps maintain system efficiency while extending membrane life under varying operating conditions.
Product Remarks
Remarks
Why is it important to control scale formation in RO Membranes?
- Broad-Spectrum Control: Effective against multiple scale-forming salts
- Low Dose Requirement: Economical treatment with reduced chemical consumption
- High Compatibility: Suitable for a wide variety of RO and nanofiltration membranes
- Liquid Formulation: Easy to handle, store, and dose accurately
Tag Identification
Tag Identification
How to completely control Scale Formation in RO MEMBRANE SYSTEMS?
RXSOL RO Scale Control is highly effective against the following scale-forming compounds:
- Calcium Carbonate
- Calcium Sulphate
- Barium Sulphate
- Strontium Sulphate
- Calcium Fluoride
- Silica and Iron
The product performs optimally when silica levels in brine are below 185 mg/L at a pH of 7.5 and temperature of 25°C (77°F).
Field Note
Note
Why Choose RXSOL RO Scale Control?
RXSOL RO Scale Control ensures dependable and consistent scale inhibition across a wide range of operating environments. Its optimized formulation allows effective performance at low dosage levels, making it a cost-efficient solution for RO treatment.
The product is compatible with most commercially available RO membranes, offering flexibility across diverse system configurations.
Technical Specifications
| Form | Liquid |
| Colour | Colourless to slightly Yellow |
| Odour | Ammonia |
| Boiling point and boiling range | No Data Available |
| Flash Point | Not Applicable / Non Flammable |
| Boiling Point | 105°C |
| Freezing Point | 16 °C |
| pH as a solution (1%) | 10-11 |
Industrial Area
#ROSCALECONTROL
#REVERSEOSMOSISSCALECONTROLLIQUID
Dose
Dosage Levels of controlling SCALE FORMATION in RO MEMBRANE
Typical dosage: 5 - 15 ml per m³ of feed water
Application: Continuous dosing is recommended to prevent scale precipitation and membrane fouling.
Dosing method:
- Use a high-frequency dosing pump
- Adjust dosage via pump stroke for precise control
Injection point:
- As close to the RO membrane as possible
- Typically before cartridge filters to ensure proper mixing
For best results, the product should be dosed neat using a closed feed system to prevent contamination.
Useful Area
If dilution is required:
- Use only RO permeate water
- Prepare fresh solution every 3-5 days
- Clean the day tank before refilling if necessary
- Typical dilution ratio: up to 1:10
- Higher dilution ratios require:
- More frequent tank cleaning
- Fresh solution preparation every 1-3 days
For warm climates, adjust solution pH to 10–11 using NaOH to prevent biological growth.
Locations
RO SCALE CONTROL manufacturer and supplier in Mumbai, Kandla Gandhidham, Chennai Ennore, Kolkata Haldia Paradip, Visakhapatnam Gangavaram, Surat Hazira, Muscat Barka Sohar Oman, Fujairah Sharjah, Abudhabi Ajman, UAE Middle East, Nairobi Kenya Africa, Canada, Sudan, Yemen
Get factory sale price for RO SCALE CONTROL for your REVERSE OSMOSIS MEMBRANE SYSTEMS. Best Quality RO SCALE CONTROL in Mumbai, Kandla, Kolkata, Chennai, Vizag, Fujairah, Muscat
Keywords
Features of RO Membrane Scale Control
- Sustains System Performance: Prevents scale deposition and iron fouling, ensuring efficient RO operation
- Extends Membrane Life: Minimizes fouling, reducing cleaning frequency and membrane replacement costs
- Enhances Water Quality: Maintains consistent permeate quality by preventing deposits
- Reduces Operational Costs: Lowers downtime, maintenance, and chemical usage
