|Place of Origin:||China|
|Minimum Order Quantity:||1 Unit|
|Price:||USD 3000 Per Unit|
|Packaging Details:||Wooden Case|
|Delivery Time:||10-20 work day|
|Payment Terms:||T/T, D/A, D/P, Western Union, MoneyGram|
|Supply Ability:||100 Units Per Month|
|Name:||Ultrafiltration Drinking Water System||Main Materials:||FRP/UPVC/SS304/Anti-corrosion Carbon Steel|
|Application:||Agricuture, Building Material Shops, Manufacturing Plant||After-sales Service Provided:||Online Support,Video Technical Support,Field Installation,commissioning And Training,Field Maintenance And Repair Service|
|Auto Grade:||Electric Auto Control (PLC Siemens)||Function:||Producing Fresh Water,ions,beverage Or Food Company,Remove Impurities,Water Purification|
|Color:||Original,Blue, Green And As Customized||Guarantee:||12 Months|
UF Ultrafiltration Drinking Water System,
10000 Ltr Ultrafiltration Drinking Water System,
10000 Ltr Per Hour uf ro system
Industrial UF Ultrafiltration Drinking Water System 10000 Ltr Per Hour
The key of the nanofiltration process is the nanofiltration membrane.
Requirements of membrane materials is: has good film-forming property, thermal stability, chemical stability, high mechanical strength, acid and alkali, and microbial corrosion, resistance to chlorine and other oxidizing substances, have high water flux and high entrapment rate, colloid and suspended solids pollution resistance, salt and using nanofiltration membrane is much cheaper for aromatic and poly acid hydrogen composite nanofiltration membrane.
Historically, nanofiltration and other membrane technology used for molecular separation was applied entirely on aqueous systems. The original uses for nanofiltration were water treatment and in particular water softening. Nanofilters can "soften" water by retaining scale-forming, hydrated divalent ions (e.g. Ca2+, Mg2+) while passing smaller hydrated monovalent ions.
In recent years, the use of nanofiltration has been extended into other industries such as milk and juice production. Research and development in solvent-stable membranes has allowed the application for nanofiltration membranes to extend into new areas such as pharmaceuticals, fine chemicals, and flavour and fragrance industries.
|Fine chemistry and Pharmaceuticals||Non-thermal solvent recovery and management
Room temperature solvent exchange
|Oil and Petroleum chemistry||Removal of tar components in feed
Purification of gas condensates
|Bulk Chemistry||Product Polishing
Continuous recovery of homogeneous catalysts
|Natural Essential Oils and similar products||Fractionation of crude extracts
Enrichment of natural compounds Gentle Separations
|Medicine||Able to extract amino acids and lipids from blood and other cell culture|