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Seawater Desalination Membrane Scale Inhibitor RENATUR 331
RENATUR 331 is a biomass-based hyper-branched polymer, free of nitrogen and phosphorus, and biochemically degradable. Suitable for the RO system of seawater desalination, it has a good scale-inhibiting effect on a large number of salts, minerals and microorganisms in seawater. It can extend the service life of reverse osmosis membranes, and improve the efficiency of seawater desalination with good environmental benefits.
Conventional Membrane Scale Inhibitor RENATUR 332
RENATUR 332 is a biomass-based hyper-branched polymer, free of nitrogen and phosphorus, and biochemically degradable. Suitable for conventional water quality RO systems, it can prevent the fouling of inorganic salt scales from carbonate, sulfate and phosphate. It is suitable for RO systems with such water quality before the membrane as surface water, groundwater, and brackish water.
Wastewater Reuse Membrane Scale Inhibitor RENATUR 335
RENATUR 335 is a biomass-based macro-molecular branched polymer, free of nitrogen and phosphorus, and biochemically degradable. RENATUR 335 has excellent water quality stability and compatibility, which can maintain stable operation of RO system with serious deterioration of inlet water quality, and has good compatibility with the residual PAC and PFS in the inlet water. It is particularly recommended for the RO system of reclaimed water reuse.
Polyether-based defoamer, with temperature resistance exceeding 100℃, is suitable for low-temperature flash distillation systems in seawater desalination. It exhibits excellent dispersibility in water, requires minimal dosage, and provides rapid defoaming efficiency along with long-lasting anti-foaming effects. Furthermore,it is free from heavy metal ions and environmentally friendly.
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