Phosphorus-free reverse osmosis scale inhibitor

Phosphorus-free reverse osmosis scale inhibitor R Phosphorus-free reverse osmosis scale inhibitor uses a concentrated solution, which can save you % transportation costs and storage space. Under normal storage conditions, the validity period of the agent can be more than 10 years. The concentrated solution is packaged in gallons (liters). )/barrel, the net weight is equivalent to the standard solution. Its unique molecular composition ensures that it can be completely dissolved in water. When using it, you only need to mix the calculated dosage with the corresponding proportion of R produced water or desalted purified water. ( For the dosage ratio determined by the specific R system, please consult the relevant supplier based on the raw water quality and system parameters. Generally, the dosage is about).
Phosphorus-free reverse osmosis antiscalant is a liquid product that can be diluted as needed or directly injected continuously. According to different water pollution conditions, it is mixed with microbial bacteriostatic agents in the same medicine box according to the dosage ratio and injected into the system from the same point. , saves investment in dosing equipment and facilitates operation and control. In addition, its unique molecular structure makes it very safe for the membrane. At high concentrations, it will not cause any deposition, crystallization or adhesion on the membrane to cause fouling of the membrane.
Product specifications
Clear appearance, light amber liquid
Freezing point ℃
Density
Minimum storage and transportation temperature ℃

Water solubility and complete dissolution
br/> Compared with traditional phosphorus-containing scale inhibitors, phosphorus-free antiscalants are environmentally friendly products that do not contain any phosphorus components, so they will not provide the content needed for the growth of bacteria and microorganisms to the inside of the dosing box, water pipes and R systems. Phosphorus nutrients eliminate a major hidden danger that can lead to biofouling of the membrane system and excessive bacteria. At the same time, the phosphorus-free molecular design also avoids reaction with metal ions in the water, resulting in phosphate precipitation pollution on the membrane elements. .