Producing high flow RO water at low pressure! It has functions such as pre-stage membrane concentration wastewater recovery and bypass functionality.
This product is a dialysis water production device with a two-stage reverse osmosis membrane treatment system. By recovering the concentrated wastewater from the front membrane using the UF module, it reduces tap water usage. At the same time, it is effective in reducing the energy used for heating the raw water. We offer three series: "NF-RE," "NF-RD," and "NH-RD." 【Features】 ■ During hot water discharge, it safely drains mixed with tap water. ■ Chemical disinfection can be performed from the RO tank to the water supply piping. ■ Bacteria and endotoxins in the dialysis water are removed using the UF module. ■ Produces high-flow RO water at low pressure. ■ The material of the UF module is our own acetic acid cellulose, which is less prone to clogging. *For more details, please refer to the PDF document or feel free to contact us.
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basic information
【Functions (Excerpt)】 ■ Hot water disinfection function ■ RO tank chemical disinfection function ■ RO water filtration function ■ Pre-stage membrane concentration wastewater recovery function ■ Diamond tank & shower ring function ■ Pump rotation control function ■ Bypass function, etc. *For more details, please refer to the PDF document or feel free to contact us.
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For more details, please refer to the PDF document or feel free to contact us.
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Company information
Daisen Membrane Systems is a manufacturing and sales company for separation membrane modules, born from a partnership between Daicel Corporation and Central Filter Industry. Leveraging the technology and experience of separation membrane modules from Daicel Corporation, Daisen Membrane Systems is poised to make significant advancements in the water treatment field, building on its extensive track record in "fermentation," "enzymes," "pharmaceuticals and medical," "bio," "food," "nuclear," "sewage treatment," and "reclaimed water," as well as future projects such as "membrane filtration water treatment plants" and "wastewater reuse systems."
