Discover the Power Behind the Scenes

ACTIVE OXYGENS – POWERED BY VERSATILITY

PRODUCING MICROCHIPS WITH MAJOR IMPACT

Hydrogen peroxide (H₂O₂) plays a crucial role in semiconductor and electronics manufacturing by refining surface structures on electronic components and removing contaminants. This ensures reliable performance in devices such as smartphones and other high-precision electronics.

KEEPING EVEN UNREFRIGERATED FOOD FRESH

When the packaging for protein shakes, dairy products, or juice is treated with hydrogen peroxide or peracetic acid, the contents remain fresh for longer—even without a cold chain. Thanks to the natural oxidative properties of these chemicals, bacteria and pathogens are effectively eliminated, ensuring product safety and longevity.

Golden ripe wheat field in rolling Toscana landscaped against cloudy sky in beginning of summer.

UNLOCK GREATER VALUE FROM AGRICULTURE

Just a few drops of hydrogen peroxide (H₂O₂) are enough to keep bacteria, fungi, and viruses out of irrigation systems—ensuring that no harmful pathogens reach your crops through the water supply. For harvested fruits and vegetables, peracetic acid provides a clean and hygienic environment, supporting food safety and quality.

TAKING SPACEFLIGHT TO NEW HEIGHTS

Hydrogen peroxide (H₂O₂) is powerful enough to launch rockets into space. This compound also helps satellites adjust their trajectory. A short burst in the propulsion system is enough to correct the course, allowing satellites to remain operational for longer.

ACTIVE OXYGENS – POWERED BY TOMORROW

Hydrogen peroxide (H₂O₂) and peracetic acid are two compounds that fall under the category of "active oxygens". With considerable potential to meet current and future challenges, these oxidizing agents are highly sought-after peroxides in industry and agriculture—especially when clean, effective, sustainable solutions are needed.

Because these active oxygens break down into only biodegradable substances, they are considered to have a green “handprint”. That means they enable companies and farmers to reduce their own environmental impact.

The secret lies in their composition: Hydrogen peroxide, for example, consists of hydrogen (H₂) and oxygen (O₂). After use, only water (H₂O) and oxygen (O₂) remain—nothing else. That is partly what makes this naturally occurring chemical so attractive. Peracetic acid is no different. It decomposes into water and oxygen as well as acetic acid, otherwise known as the acid in vinegar. Acetic acid is easily biodegradable.

Their versatility and natural properties make active oxygens sustainable chemicals that will help shape the economy of tomorrow. They reliably eliminate germs, odors, and contaminants. They enable the recycling of paper and batteries. They purify water, support agriculture, and prevent rapid food spoilage—without producing harmful by-products. No wonder many industries rely on active oxygens.

CHEMISTRY READY FOR THE FUTURE

ACTIVE OXYGENS – POWERED BY NATURE

Nature itself discovered hydrogen peroxide (H₂O₂) and its many advantages. H₂O₂ is formed in the atmosphere as well as performing important functions in biology, such as in beehives, crops, and the human body. Hydrogen peroxide – naturally natural.

Crack, Boom!

During thunderstorms, lightning generates tiny hydrogen peroxide (H₂O₂) molecules in the atmosphere. These molecules are carried to the ground through precipitation, where they contribute to the breakdown of pollutants. Maybe that's why we sometimes refer to a “cleansing storm”?

Liquid Gold

Bees produce hydrogen peroxide in their hives as enzymes in their saliva help form H₂O₂. In honey, this compound unfolds its antimicrobial and germ-inhibiting properties.

Defensive Power

Plants, such as tomatoes, also rely on hydrogen peroxide. When they need to defend themselves against pests or pathogens, they produce H₂O₂. It transmits signals from infected to healthy parts of the plant, thereby helping to activate their natural defense mechanisms.

Sending Signals

Humans also produce hydrogen peroxide — simply through cellular respiration. In this process, H₂O₂ functions as a signaling molecule. It facilitates communication among immune cells and supports defense cells in combating pathogens. It is even involved in the regulation of gene activity.