I.Overview
Ultrafiltration (UF) system plays a core role in the field of water reuse, realizing deep purification of wastewater through efficient physical screening, so that the effluent water reaches the standard of landscape, industrial or municipal miscellaneous use.
Ultrafiltration system in the water reuse to achieve "water quality assurance - economic feasibility - low-carbon sustainable" triple breakthrough, its technology selection should focus on: the characteristics of the influent water and membrane aperture matching degree, the whole life cycle costing, and the coupling with the subsequent process.

II.Process design

Municipal wastewater reuse standard process:
secondary effluent → coagulation and sedimentation → ultrafiltration (0.03μm) → sodium hypochlorite disinfection → reuse basin

High-standard industrial reuse combined process:
MBR effluent → ultrafiltration → reverse osmosis → ultraviolet disinfection → boiler make-up water
(technology highlights: UF as a protective barrier for RO, SDI stability <3; dual-membrane recovery rate of up to 75%-85%)

III.Key Performance Parameters

IV.Core Application Scenarios
Landscape recharge (secondary effluent from municipal wastewater plants)
Industrial cooling water (petrochemical/power plant drainage)
Municipal miscellaneous (domestic wastewater/toilet flushing systems)
Agricultural irrigation (rural centralized wastewater)

V.Here is a guideline for you to get a proper quotation
Tell us the raw water/source of water(tap water, well water, or sea water, etc)
Provide water analysis report(TDS , conductivity, or resistivity, etc)
Required production capacity( 5m³/H, 50m³/H,or 500m³/H, etc)
What's the pure water used for( industrial,Food and Beverage,or agriculture, etc )