By connecting ion exchange resin towers and precision filters, it is possible to produce ultra-pure water!
The "Small RO System" from OES Corporation comes in two types. The "SV type" with a simple pre-filter is suitable for use with tap water, while the "SWE type" with sand filtration and activated carbon filtration is designed for use with groundwater or industrial water. With a removal rate of over 96%, when the electrical conductivity of the raw water is 200 μS/cm, approximately 10 μS/cm of permeate water can be obtained. 【Features】 ■ Two types available ■ Water quality close to pure water can be achieved ■ Space-saving design ■ Cost performance is superior to general systems ■ Compatible with various devices *For more details, please refer to the PDF materials or feel free to contact us.
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basic information
【Model】 ■SVRO-1500 ■SVRO-3000 ■SVRO-4500 ■SVRO-6000 ■SVRO-9000 ■SVRO-12000 *For more details, please refer to the PDF document or feel free to contact us.
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【Applications】 ■ Production of pure water and as an alternative for soft water systems for boilers, among others ■ Concentration of harmful substances or valuable metals in liquids (consultation required) ■ Special designs can also be accommodated for various other applications *For more details, please refer to the PDF document or feel free to contact us.
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OES Corporation aims to reduce CO2 emissions and achieve "zero" processing energy through energy recovery and reuse. After being used in various industries such as semiconductors, steelmaking, power generation, and pharmaceuticals, nitrogen-containing wastewater, including ammonia, is discharged. Treatment of this wastewater is essential and strictly regulated. Therefore, not only is it important to comply with environmental standards, but also to eliminate unnecessary energy consumption, which leads to cost savings. At OES, we utilize our unique catalytic technology to convert ammonia into non-polluting nitrogen (N2) during the treatment process, suppress the generation of nitrogen oxides (NOx), reduce CO2 emissions through energy recovery and reuse, lower running costs through energy conservation, and avoid generating secondary waste that would become industrial waste, thereby contributing to an energy-efficient society and environment.
