Through our Way to GO₂ initiative, we’re transforming our H₂O₂ production network by replacing fossil-based inputs with renewable electricity, green hydrogen, and energy-efficient technologies. The result: low carbon footprint hydrogen peroxide that helps customers reduce Scope 3 emissions without changing product specifications, logistics, or compliance. The approach and measurement are independently certified and compliant with the latest ISO standards.

Evonik now offers certified low carbon footprint peracetic acid, enabling verified reductions in product carbon footprint without changing specifications or performance. As part of our Way to GO₂ initiative, this solution is produced via a TÜV Rheinland–certified mass balance approach that incorporates renewable feedstocks.

The result is fully compliant, quality‑consistent peracetic acid with transparently documented Scope 3 emission savings—supporting customers in meeting their sustainability goals.

Our portfolio features advanced remediation technologies—including accelerated bioremediation, reductive dechlorination, enhanced bioremediation, in situ chemical oxidation (ISCO) and stabilization, and in situ treatment of heavy metals—for the effective removal of harmful contaminants from soil and groundwater. 

These solutions target pollutants such as pesticides, explosives, perchlorates, chlorinated solvents, chlorinated compounds, PAHs, and petroleum hydrocarbons. 

We have developed innovative, direct and sustainable hydrogen peroxide-based synthesis technologies. Our HPPO technology is the cost-efficient direct synthesis of propylene oxide based on hydrogen peroxide (H₂O₂). HYPROSYN^® is the brand name for the process used to produce propylene glycol from propylene and hydrogen peroxide. 

Compared to conventional methods, our HP+ hydrogen peroxide technologies offer an energy-saving, cost-effective solution.