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Antiscalant
₺9,803.68
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- SKU
- WP-YP-002
- Category
- Water Treatment Spare Parts
Industrial RO Chemical · Scale Inhibitor
Protect Your Membrane Against Scaling with Antiscalant
Antiscalant is a chemical used to stop industrial reverse osmosis membranes from fouling quickly with the scale and minerals in the water; dosed into the system by a dosing pump, it keeps the membranes working efficiently for longer.
- Product Type
- Scale Inhibitor Chemical
- Application
- Dosing Pump
- Use
- Industrial RO
01Problem & Solution
The Scale Deposit That Fouls a Membrane
Problem
The Membrane Fouls Quickly
As a reverse osmosis membrane separates water, the ion concentration at its surface rises. Without preventive measures, minerals such as calcium carbonate, calcium sulphate, barium sulphate and silica precipitate on the membrane surface, causing rapid fouling and loss of efficiency.
Solution
It Prevents Scaling from the Start
Antiscalant is dosed ahead of the membrane by a dosing pump and prevents mineral crystals from precipitating on the membrane surface. It keeps the membrane in service longer and reduces both cleaning frequency and running costs.
02Key Features
Protective, Efficient, Economical
Antiscalant is a scale inhibitor designed to protect the efficiency and membrane life of industrial reverse osmosis systems.
Scale Prevention
It prevents minerals such as calcium carbonate, calcium sulphate, barium sulphate and silica from precipitating.
Extending Membrane Life
By protecting the membrane it markedly lowers replacement and maintenance costs.
Dosing Pump Compatibility
Integrated into the reverse osmosis system by a dosing pump, it is applied continuously and under control.
A Little Goes a Long Way
It works effectively even at low doses; the correct rate is set according to water quality.
Less Frequent Cleaning
By extending the intervals between membrane cleans (CIP) it minimises system downtime.
Lower Running Costs
Higher recovery and fewer failures reduce the system’s total running cost.
03Technical Details
Product Details
| Feature | Value | What it does |
|---|---|---|
| Product Type | Scale Inhibitor Chemical | The product family it belongs to. When buying a spare, the family alone is not enough; the size and model must match too. |
| Application | By Dosing Pump | Which water source and situation it is used in. |
| Position | Ahead of the Membrane | Where the unit will stand. |
| What It Prevents | CaCO₃ · CaSO₄ · Silica | |
| System | Industrial Reverse Osmosis | How the system is set up to run. |
| Dose | According to Water Quality |
04Applications
Where Is It Used?
Antiscalant is used in industrial reverse osmosis and treatment systems where membrane scaling is a risk.
- Industrial RO Systems
- Factories
- Bottling Plants
- Nanofiltration Systems
- High-Hardness Water
- Water High in Silica
- Well Water RO Lines
- Water Conditioning
05How It Works
How Does Antiscalant Work?
Dosed by the Pump
Antiscalant is added to the feed water in a controlled way through the dosing pump, on the line ahead of the membrane.
Interaction with the Minerals
Once in the water, the antiscalant surrounds the scale-forming mineral ions, delaying and blocking crystal formation.
The Membrane Surface Is Protected
Because the minerals cannot precipitate, the membrane surface stays clean; no scale layer forms and the flow is maintained.
Discharged with the Waste
The blocked minerals leave the system in dissolved form with the concentrate.
Continuous Protection
Continuous dosing lets the membrane run without fouling for far longer and lengthens the intervals between cleans.
06Correct Use
What Decides the Correct Dose
When applying antiscalant, the water analysis and the membrane type must be assessed properly; the same dose is not used for every water.
Raw Water Analysis
The water’s hardness, silica and mineral content are the basis of both the dose needed and the product type.
Membrane Type
The membrane model in use and the manufacturer’s recommendations affect which antiscalant is right.
Recovery Rate
The system’s target recovery rate determines the mineral concentration in the concentrate and therefore the dose.
Dosing Pump Setting
Correct calibration of the dosing pump is necessary for uninterrupted, even protection.
07Notes on Use
What to Watch For
- Set the dose from the water analysis; under-dosing leads to scaling and over-dosing to unnecessary cost.
- Regular checking and calibration of the dosing pump matter for uninterrupted membrane protection.
- Antiscalant prevents scaling; removing an existing scale layer requires a separate membrane clean (CIP).
- Store the product under the manufacturer’s stated conditions and choose the right type from the feed water analysis.
08Frequently Asked Questions
Common Questions
What does antiscalant do?
It stops industrial reverse osmosis membranes from fouling quickly with the scale and minerals in the water. By preventing mineral crystals from precipitating on the membrane surface it keeps the membrane working efficiently for longer.
How is it applied?
It is integrated into the reverse osmosis system with a dosing pump and added continuously to the feed water on the line ahead of the membrane. The dose is set according to water quality.
What happens if it is not dosed?
As water passes the membrane, the ion concentration at the surface rises and inorganic salts such as calcium carbonate, calcium sulphate and barium sulphate precipitate. That leads to rapid fouling, loss of efficiency and early replacement.
How is the dose determined?
The correct dose is determined by the hardness and silica content of the feed water, the membrane type and the system’s recovery rate. The same dose is not used for every water; we recommend running a projection from the RO design data.
Does antiscalant clean the membrane?
Antiscalant is primarily preventive; it stops scale precipitating before it forms. Removing scale already built up on the membrane surface requires a separate membrane clean (CIP). Using antiscalant markedly reduces how often that is needed.
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Withdrawal and returns
Distance sales agreementThe right of withdrawal and the return terms are set out in detail in the distance sales agreement. Systems that have been installed and commissioned, and made-to-order products, are outside its scope.
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