Industrial Reclaimed Water Membrane Systems – Breaking Through Water Challenges, Unlocking the Golden Value of Every Drop

As environmental fines surge by 200%, water intake permits shrink by 30%, and water treatment costs devour 15% of net profits—water sources for industrial enterprises are escalating from a "cost item" to a "survival line." Traditional reclaimed water reuse technologies are mired in the quagmire of "reuse rates below 50%, weekly membrane fouling replacements, and heavy metal residues." However, Xihe Fluid Technology leverages a three-stage membrane engine of "Microfiltration + Ultrafiltration + Reverse Osmosis" to create a closed-loop industrial wastewater regeneration system, achieving reclaimed water reuse rates exceeding 90% and reducing per-ton water costs by 60%, empowering enterprises to seize the initiative in the zero-discharge era!

I. The Thirst of Industry: Why Does Reclaimed Water Reuse Repeatedly Fail?

▶ Technical Deficiencies: Dual Collapse of Reuse Rates and Stability

Pain Points	Traditional Processes (Sand Filtration + Activated Carbon)	Xihe Membrane System Solutions
Suspended Solids Removal	＞10 NTU (Frequent Pipeline Clogging)	MF Microfiltration → 0.1μm Precision Interception → Effluent Turbidity ≤0.5 NTU
COD Removal Rate	40%-60% (High Biochemical Residues)	UF Ultrafiltration → 100,000 Molecular Weight Cutoff → COD Removal Rate ≥85%
Uncontrolled Salt Concentration	Reverse Osmosis Scaling, Monthly Shutdowns 3 Times	Anti-Fouling RO Membrane + AI Anti-Scaling System → Recovery Rate Increased to 75%-90%
Heavy Metal Breakthrough Risk	Lead and Chromium Ion Residues Exceed Standards by 5 Times	Special Nanofiltration Membrane Targeted Interception → Heavy Metal Removal Rate ≥99.5%

▶ Economic Dilemma: Cost Black Hole Devours Profits

Chemical Dependency: Traditional softening resin regeneration consumes 120kg of salt acid per thousand tons of water, with annual costs exceeding one million
Membrane Lifespan Shortcomings: Ordinary RO membranes fail within 6 months due to colloidal fouling, with replacement costs accounting for 40% of operational expenses
Uncontrolled Energy Consumption: Multi-stage pump electricity costs constitute 60% of treatment expenses, with per-ton energy consumption as high as 3.2 kWh

II. Xihe's Three-Stage Membrane Engine: Transforming Industrial Wastewater into a "Liquid Mine"

▶ First Stage: Ceramic Microfiltration (MF) – Guardian of Solid-Liquid Separation
Abrasion-Resistant Armor Layer: α-Alumina Support Body + 0.1μm ZrO₂ Separation Layer, Withstands Impact from Sand-Laden Wastewater
Self-Cleaning Revolution: Dual-Pulse Air-Water Backwash Technology, 98% Flux Recovery Rate, Lifespan Up to 10 Years
Value Creation: A steel mill's rolling wastewater reuse case recovers 3,200 tons of iron oxide powder annually, generating 5 million yuan in revenue

▶ Second Stage: Anti-Fouling Ultrafiltration (UF) – Organic Matter Sniper
Flow Channel Innovation: 3.5mm Wide Flow Channel + 60° Diamond Grid Baffles, Tackling High-Viscosity Wastewater (e.g., Textile Desizing Liquor)
Chain-Breaking Sterilization: Built-in 254nm UV Module, Reduces Biological Slime Formation by 90%
Data Validation: Zhejiang textile dyeing plant reclaimed water reuse project, UF effluent SDI ≤3, RO membrane cleaning cycle extended from 7 days to 90 days

▶ Third Stage: Industrial-Grade Reverse Osmosis (RO) – Salt Terminator
Special Anti-Scaling Membrane: Polyamide Composite Layer Embedded with Nano-Zeolite Molecular Sieves, 80% Improvement in Anti-Scaling Rate
Intelligent Variable Frequency System:
✓ Automatically Adjusts Recovery Rate Based on Inlet TDS (Flexible Switching from 55%-90%)
✓ Turbo Energy Recovery Device on Concentrate Side, Saves 40% Electricity
Water Quality Leap: Product Water Conductivity ≤100μS/cm, Suitable for High-End Reuse Such as Boiler Makeup Water and Precision Cleaning

Revive Every Drop of Wastewater into Production Blood!
Amplify Every Investment in Water Treatment with Tenfold Returns!