RO Scale Inhibitor
RXSOL RO Scale Inhibitor is a high performance, reverse osmosis scale inhibitor scientifically formulated for the treatment and protection of reverse osmosis membranes. It can also be used as a highly efficient water softener resin cleaner and on-goi
RXSOL RO Scale Inhibitor is a high performance, reverse osmosis scale inhibitor scientifically formulated for the treatment and protection of reverse osmosis membranes. It can also be used as a highly efficient water softener resin cleaner and on-going preventative treatment for water softeners. RXSOL RO Scale Inhibitor offers an array of performance benefits where scale and iron fouling problems are encountered in RO systems and water softeners.
Historically scale and deposits build up on the RO membrane leading to poor permeate quality and low permeate production, this coupled with un-planned downtime and increased water and energy costs, the result has been premature RO membrane replacement.
RXSOL RO Scale Inhibitor is based on phosphonates for solubilising iron contamination of sodium ion exchange softener resin beds. It can be used either as a preventative treatment or as a resin cleaner for use in water softeners.
RXSOL RO Scale Inhibitor is a high performance, reverse osmosis scale inhibitor scientifically formulated for the treatment and protection of reverse osmosis membranes. It can also be used as a highly efficient water softener resin cleaner and on-going preventative treatment for water softeners. RXSOL RO Scale Inhibitor offers an array of performance benefits where scale and iron fouling problems are encountered in RO systems and water softeners.
Product Properties
| Form | : Liquid |
| Colour | : Slight |
| pH | : 5.0 – 7.0 |
| Relative density | : 1.20 |
| Water solubility | : Miscible in water |
Product Properties
Form: Liquid
Colour: Clear
Odour: Slight
pH: 5.0 – 7.0
Relative density: 1.20
Water solubility: Miscible in water
RXSOL RO Scale Inhibitor is dosed continuously into the feedwater prior to the membrane systems at typical dose rates of 3-6 mg/L depending on water chemistry and system conditions. Our technical consultant will advise you of the correct dosage for your individual system.
It is recommended to operate the dosing pump with the highest possible frequency and to adjust the dosage by adjusting the pump stroke to ensure membrane protection.
RXSOL RO Scale Inhibitor has the added advantage of using RO permeate for dilution, with a fresh solution made every 3-5 days.
Dosage
Dosage rate for RXSOL RO Scale Inhibitor in ion exchange softener resin beds, 1/3 litre per 25kg salt added to the salt tank.RXSOL RO Scale Inhibitor is dosed continuously into the feedwater prior to the membrane systems at typical dose rates of 3-6 mg/L depending on water chemistry and system conditions. Our technical consultant will advise you of the correct dosage for your individual system.
Remarks
Product Benefits
- High performance scale inhibitor for use reverse osmosis membranes systems
- Suitable for SWRO (Sea Water Resverse Osmosis) Systems
- Highly efficient water softener resin cleaner and preventative treatment
- Excellent performance against a range of problem scalants
- Stabilises a range of supersaturated salt solutions
- Prevents precipitation on the membrane surface
- Will solubilise iron contamination of sodium ion exchange softener resin beds
- Improved cost effectiveness
- Less feed water required
- Less concentrate for disposal
- Less chemicals to be used
- Better environmental acceptance of concentrate discharge
- Low toxicity
No known adverse environmental effectsProduct Benefits
High performance scale inhibitor for use reverse osmosis membranes systems
Suitable for SWRO (Sea Water Resverse Osmosis) Systems
Highly efficient water softener resin cleaner and preventative treatment
Excellent performance against a range of problem scalants
Stabilises a range of supersaturated salt solutions
Prevents precipitation on the membrane surface
Will solubilise iron contamination of sodium ion exchange softener resin beds
Improved cost effectiveness
Less feed water required
Less concentrate for disposal
Less chemicals to be used
Better environmental acceptance of concentrate discharge
Low toxicity
No known adverse environmental effects