Reclaimed Water Reuse Solution for Food Factory Parks

1. Applicable Scenarios

This solution serves all types of food manufacturing parks to realize resource recycling of wastewater generated from production cleaning, cooling and facility sanitation. The food industry consumes massive volumes of water and suffers severe wastewater waste. Wastewater contains residues and salts that easily cause clogging and scaling. Traditional treatment processes feature simple workflows, unstable reclaimed water quality and cumbersome equipment maintenance.

2. Core Equipment Configuration & Process Flow

Core Configuration: Wastewater collection and regulation equipment, impurity pretreatment equipment, ultrafiltration reclaimed water purification equipment, reverse osmosis deep reuse treatment equipment, water quality stabilization adjustment system, intelligent circulating water supply equipment, sludge filtration and treatment module

Complete Process Flow: Centralized collection of factory production wastewater→Water quality regulation and sediment precipitation→Pre-filtration to remove macromolecular residues and organic matter→Deep ultrafiltration purification to eliminate colloids and microorganisms→Split-stream treatment: Standard reclaimed water for workshop cleaning, greening and equipment cooling; high-grade reused water undergoes reverse osmosis deep desalination for low-end auxiliary production water→Closed-loop circulating water supply

Core Process Logic: Pretreatment first removes large particulate impurities and pollutants in wastewater to protect downstream core equipment. Ultrafiltration achieves preliminary wastewater purification to meet basic reuse requirements. For scenarios requiring higher reuse water quality, supplementary reverse osmosis removes residual salts and trace pollutants to realize graded recycling of water resources and maximize water conservation benefits.

3. Solution Advantages & Operation and Maintenance Support

The combined ultrafiltration + reverse osmosis process enables graded wastewater reuse, greatly reducing corporate water and sewage discharge costs. It delivers stable reclaimed water quality with automatic closed-loop operation and convenient maintenance. The equipment can connect to existing pipe networks with compact footprint. Regular maintenance and calibration sustain long-term water-saving, efficient and stable operation of the reclaimed water system.

1. Applicable Scenarios

This solution serves all types of food manufacturing parks to realize resource recycling of wastewater generated from production cleaning, cooling and facility sanitation. The food industry consumes massive volumes of water and suffers severe wastewater waste. Wastewater contains residues and salts that easily cause clogging and scaling. Traditional treatment processes feature simple workflows, unstable reclaimed water quality and cumbersome equipment maintenance.

2. Core Equipment Configuration & Process Flow

Core Configuration: Wastewater collection and regulation equipment, impurity pretreatment equipment, ultrafiltration reclaimed water purification equipment, reverse osmosis deep reuse treatment equipment, water quality stabilization adjustment system, intelligent circulating water supply equipment, sludge filtration and treatment module

Complete Process Flow: Centralized collection of factory production wastewater→Water quality regulation and sediment precipitation→Pre-filtration to remove macromolecular residues and organic matter→Deep ultrafiltration purification to eliminate colloids and microorganisms→Split-stream treatment: Standard reclaimed water for workshop cleaning, greening and equipment cooling; high-grade reused water undergoes reverse osmosis deep desalination for low-end auxiliary production water→Closed-loop circulating water supply

Core Process Logic: Pretreatment first removes large particulate impurities and pollutants in wastewater to protect downstream core equipment. Ultrafiltration achieves preliminary wastewater purification to meet basic reuse requirements. For scenarios requiring higher reuse water quality, supplementary reverse osmosis removes residual salts and trace pollutants to realize graded recycling of water resources and maximize water conservation benefits.

3. Solution Advantages & Operation and Maintenance Support

The combined ultrafiltration + reverse osmosis process enables graded wastewater reuse, greatly reducing corporate water and sewage discharge costs. It delivers stable reclaimed water quality with automatic closed-loop operation and convenient maintenance. The equipment can connect to existing pipe networks with compact footprint. Regular maintenance and calibration sustain long-term water-saving, efficient and stable operation of the reclaimed water system.