Oxidation processes for industrial wastewater treatment

Chemical and physical oxidation processes for the reliable removal of organic and inorganic contaminants from industrial wastewater.

Procedure Description

The oxidation process in wastewater treatment is a chemical method in which organic and inorganic contaminants are broken down by oxidizing agents. In this process, oxidizing substances such as ozone, hydrogen peroxide, or potassium permanganate are introduced into the wastewater to alter the molecular structure of the pollutants and convert them into harmless end products such as water, carbon dioxide, and salts. This process is particularly effective at removing stubborn organic compounds that are difficult to break down using conventional biological methods. It offers high degradation efficiency and ensures a significant reduction in chemical oxygen demand (COD) and biochemical oxygen demand (BOD) in the wastewater.

Flowchart: Oxidation

Custom Plant Engineering

EnviroDTS specializes in the development and construction of custom-designed oxidation systems that meet the specific requirements of various industries. Our systems are designed to efficiently break down complex organic compounds and stubborn pollutants, making them ideal for the pharmaceutical, chemical, textile, and food and beverage industries. By utilizing state-of-the-art technology and precise control systems, we ensure optimal dosing and distribution of oxidizing agents to meet the highest purification standards.

Successfully implemented – our reference projects

Bayer AG
Weimar

  • 98% reduction in hormones in wastewater
  • H₂O₂ Dosage
  • 2 x 20 kW UV reactors
  • Capacity: 2 x 10 m³/h

Miltenyi Biologics
Cologne

  • 97% reduction in the chelating agent EDTA
  • 25 m³/day with
  • 5 kW UV lamp with H₂O₂ dosing

Your contacts

Volker Luh

Volker Luh

B.S. in Engineering

Phone: +49 6031 7318 24
Email: volker.luh@envirodts.de

Andreas Koch

Andreas Koch

B.S. in Engineering

Phone: +49 6031 7318 23
Email: andreas.koch@envirodts.de