Sustainable hydrogen peroxide production is revolutionizing the coatings industry, particularly in wastewater treatment. By oxidizing wastewater from polyester synthesis instead of incinerating it, significant resources are saved, and hazardous waste is reduced.

In end products, hydrogen peroxide plays a crucial role in epoxidizing biobased chemicals – primarily oils – to synthesize oxirane rings. These epoxidized chemicals serve as excellent, low-carbon alternatives for pigment dispersing agents. Additionally, these chemicals can be further processed into UV curing resins, expanding their applications in the coatings industry.

Beyond high solids resins, water-based resins offer a viable option for reducing volatile organic compounds (VOCs). Using hydrogen peroxide as an initiator in emulsion polymerization reactions has also demonstrated the ability to lower reaction temperatures, thus reducing CO₂ emissions.

These advancements highlight the transformative potential of hydrogen peroxide in creating more sustainable and efficient processes within the coatings industry.