Swissaustral’s Collection of more than 300 extremophilic isolates, sourced from Chilean salt lakes, the Atacama Desert, volcanic and glacial environments, acid lakes, and Antarctic territory, is the biological foundation behind its industrial enzymes.
Read moreydrogen peroxide is widely used in bleaching, disinfection, and process cleaning. But residual H₂O₂ in industrial wastewater can interfere with biological treatment, complicate water reuse, and create discharge challenges.
Read moreHydrogen peroxide (H₂O₂) is a workhorse in semiconductor wet processing — embedded across wafer cleaning, post-CMP polishing steps, and surface preparation. But the same chemistry that keeps wafers clean becomes a liability once it leaves the tool and enters the wastewater stream.
Read moreResidual hydrogen peroxide from cotton bleaching can damage reactive dyes and disrupt downstream finishing. Catalase removes it cleanly — water and oxygen are the only byproducts — and a new broader-range enzyme lets mills skip the rinse-and-adjust step entirely.
Read moreWhy hydrogen shows up in so many biosensors? What challenges does this bring? And how an enzyme called catalase has become one of the most valuable tools in the biosensor designer’s toolkit?
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