Hydrogen peroxide, peracetic acid, and persulfates are among the most sustainable and versatile oxidizing agents available today. These active oxygen compounds play a central role in making industrial processes more environmentally responsible—whether in water treatment, pulp and paper, textiles, or electronics. Their effectiveness, biodegradability, and broad applicability make them essential tools in advancing sustainable chemistry worldwide.

We provide insights into the chemistry, applications, and safety standards that shape our operations.

Where Peroxides Make Industrial Production More Sustainable

Hydrogen peroxide, peracetic acid, and persulfates from Evonik play a vital role in making industrial production more sustainable. These environmentally compatible oxidizing agents are used across a wide range of sectors—from wastewater treatment and food processing to electronics, mining, and pulp & paper—where they help reduce emissions, eliminate harmful residues, and replace less eco-friendly chemicals.

Where peroxides make industrial production more sustainable

The Science Behind Peracetic Acid, Hydrogen Peroxide & Persulfates

Dive into the science behind peracetic acid, hydrogen peroxide, and persulfates to discover how each compound contributes to cleaner, more efficient solutions across industries.

Be it water treatment or food processing, peracetic acid is highly effective and leaves no harmful byproducts.

What Is Peracetic Acid?

As one of the world’s most environmentally compatible chemicals, hydrogen peroxide makes a wide range of applications more sustainable.

What Is Hydrogen Peroxide?

Persulfates are environmentally compatible chemicals.

What are Persulfates?

Michael Traexler Head of Evonik's Business Line Active Oxygens
There can be no transformation without chemistry. We need chemistry, otherwise there will be no progress.
Michael Traexler

Head of Evonik Active Oxygens Business Line

FAQ

This section provides answers to the most frequently asked questions about the sustainability activities of Evonik Active Oxygens. Learn how hydrogen peroxide, peracetic acid, and persulfates are produced and applied with a focus on energy efficiency, climate neutrality, and circular logistics. 

Frequently asked questions related to Active Oxygens

Glossary

This section provides definitions for frequently used terms in the context of sustainability, chemistry, and environmental technologies. The glossary includes concepts beyond active oxygen products—such as life cycle assessment, green hydrogen, and circular economy—listed alphabetically for quick reference.

Glossary related to Active Oxygens sustainability