INDUSTRIAL TREATMENT SYSTEMS

Industrial wastewater treatment is defined as the process used for treating wastewater produced by almost any industry as a by-product. Industrial wastewater treatment covers the mechanisms and processes used to treat wastewater that has been contaminated in some way by biological or chemical activities.

AQUALINE INDUSTRIAL WASTEWATER SYSTEMS

Industrial wastewater treatment is essential for maintaining environmental quality and regulatory compliance. By leveraging various treatment methods and advanced technologies, industries can manage their wastewater effectively and sustainably.

TYPES OF INDUSTRIAL WASTEWATER TREATMENT

1- Biological Treatment
- Aerobic Treatment: Uses bacteria that thrive in oxygen-rich environments to break down organic matter.
- Anaerobic Treatment: Uses bacteria that function in oxygen-free environments to treat wastewater.
- Activated Sludge: Utilizes a mix of wastewater and biological sludge, aerated to promote microbial growth.

2- Chemical Treatment
- Coagulation and Flocculation: Adds chemicals to form larger particles from smaller ones, which can then be removed.
- Neutralization: Adjusts the pH of the water to a neutral level.
- Oxidation: Uses chemicals like chlorine or ozone to oxidize pollutants.

FEATURES

- Standard Capacities 4,000 CMD.
- Treatment Processes Can Be Tailored To Specific Types Of Industrial Wastewater.
- Systems Can Be Scaled Up Or Down Based On The Volume Of Wastewater.
- Modern Systems Can Be Highly Automated .
- Ensures Wastewater Discharges Meet legal Standards.

ADVANTAGES

- Reduces Pollution & Protect Water Bodies.
- Recovers Valuable By-Products & Reduces Waste.
- Improves The Overall Efficiency Of Industrial Operations .
- Cost Savings.

APPLICATIONS

- Municipal Wastewater Treatment.
- Industrial Wastewater Plants.
- Chemical Manufacturing.
- Food and Beverage Industry.
- Oil & Gas.