RXSOL Altreat 400
RXSOL-16-3763-025RXSOL Altreat 400 also impairs crystal growth, modifying the crystal structure to create a soft sludge byproduct that does not adhere to heat transfer surfaces. During the distillation process, the formation of scale on heat transfer surfaces can signi...
Product Overview
Technical Specifications
#ScaleInhibitor
#FreshWater_ScaleInhibitor
#ScaleInhibitor_MuscatOMAN
#ScaleInhibitor_DubaiSharjah
Application & Dosage
Application Instructions
Recommended Dosage
Available Packaging & Quantities
Instructions for use
- Normal dosing rate 2–10 ppm (max. 10 ppm), depending
- on the properties of the water to be treated. Ensure adequate mixing at chemical tank before dosing into the system.
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Recommended operating temperatures: 50°–80°C.
The typical dosage to feedwater ranges from a minimum of two parts per million (ppm) to a maximum of 10 ppm, depending on the quality of the seawater.
Handling, Storage & Safety
RXSOL Altreat 400 is a new generation Anti-fouling agent, Antiscalant for desalination plants, manufacturer and supplier in Dubai, Sharjah, Abudhabi, Ajman, Fujairah, Muscat, Oman, Navi Mumbai, Surat, Gandhidham, Visakhapatnam, Chennai Ennore, Kolkata Haldia, Sudan, Yemen, Mumbai, Kolkata, Chennai, Vizag Visakhapatnam, Surat, KANDLA Gujrat, Ruwi Barka Sohar, Sudan Yemen
Target Industries & Supply Locations
Useful Applications
RXSOL Altreat 400 is a new generation Antiscalant and antifouling agent for Distillation Plant, RXSOL Altreat 400 helps to maintain Cost-effective recovery of fresh water from seawater and it is critical to a wide range of industries such as the power, chemical, marine, oil and gas industries.
Supply & Distribution Locations
Cost-effective recovery of fresh water from seawater is critical to a wide range of industries such as the power, chemical, marine, oil and gas industries. During the distillation process, the formation of scale on heat transfer surfaces can significantly reduce heat transfer efficiency and increase operation and maintenance costs. Scale formation depends on temperature, concentration and pH, but generally takes the form of: Calcium carbonate, Magnesium hydroxide, and, Calcium sulphate. Conventional scale inhibition methods, such as the use of sulphuric acid and polyphosphates, have given rise to a new generation of antiscalants based on polycarboxylic acids.
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