BioSafe Systems consistently works to be an example of accountability in the biochemical industry. Bearing that in mind, we make sure our research and development are tried, tested and true, which is why we’ve partnered with the University of Massachusetts Water & Energy Technology Center (WET Center) to conduct extensive research on the efficacy of our sustainable chemistry and innovative technology.

Not only is BioSafe Systems directing lab research at UMass, but we’ve also put boots on the ground to test our approach to disinfection and odor control at operational wastewater treatment facilities. Outside the lab, we’ve helped customers begin, and continue using our chemistry effectively. Often, on-site trials are so successful that research results in a relationship. We’ve made strong connections with wastewater treatment professionals and helped customers across America implement PAA applications and maintain usage for years.

Our clients can testify to exactly how peroxyacetic acid (PAA) holds up in real-life situations outside a controlled lab environment. Case studies prove how extremely successful PAA is at removing coliforms, hydrogen sulfide, and pathogens at a more effective rate than common chemistries like chlorine, making PAA a competitive choice for wastewater treatment.

Parsippany-Troy Hills Township Wastewater Treatment Plant needed to eliminate THMs (trihalomethanes) in sewage plant discharge water to adhere to New Jersey Department of Environmental Protection’s new regulations and needed to be environmentally considerate. Parsippany-Troy Hills tested whether BioSafe Systems’ PAA chemistry could treat the water for regulated contaminants without leaving harmful residuals or disinfection by-products and were have remained a loyal and satisfied customer of BioSafe Systems since.