ZL - Model 2000 -Automatic Dosing system

1.High-Speed Dispersion

The jet mixer first accelerates water flow to hydraulically break down chemicals (PAC, PAM, etc.) into fine particles. This process increases surface area by 300% compared to traditional mixing.

2.Three-Stage Solution Preparation

Next, the solution flows through three tanks: 

• Preparation Tank: Dissolves 90% of chemicals within 2 minutes (vs. 10 minutes in conventional systems).
  
• Curing Tank: Uses gravity separation to remove undissolved residues automatically.
  
• Dosing Tank: A slow-speed mixer finally ensures uniform concentration (±2% variance).

1. Municipal and industrial wastewater treatment

Add coagulants (such as PAC, PAM) to enhance sludge settling.
Add disinfectants (sodium hypochlorite, ozone) to kill pathogens.
Electroplating wastewater: Add reducing agents (such as sodium bisulfite) to treat heavy metals (chromium, nickel).
Printing and dyeing wastewater: adjust the pH by adding acid/alkali, and add decolorizing agents (such as hydrogen peroxide).

2.Petrochemical industry

Application scenarios:
Oilfield reinjection water: Add corrosion inhibitors and scale inhibitors to prevent pipeline corrosion and scaling.
Refining process: adding demulsifier to separate oil-water mixture.

3.Food and pharmaceutical industry

Application scenarios:
Food processing: Acid/alkali cleaning agents are added to the CIP cleaning system.
Pharmaceutical pure water: Add sodium bisulfite to remove residual chlorine.

4.Paper and textile industry

Application scenarios:
Paper making process: adding bleaching agents (such as chlorine dioxide) and defoamers.
Textile printing and dyeing: adding oxidants (such as hydrogen peroxide) for decolorization.