Ive Hermans develops catalytic methods that make chemical manufacturing cleaner, safer, and more sustainable. His research improves the efficiency and selectivity of chemical transformations with applications in industrial production, environmental remediation, and renewable energy. 

Hermans’ work clarifies how catalyst structure and reaction conditions govern selectivity, enabling more precise control over product outcomes. He has designed catalytic systems that combine high activity with remarkable selectivity, and several of these innovations have been translated into commercial processes. Notably, replacing toxic tin catalysts with bismuth-based alternatives for polyester synthesis. This safer catalyst delivers comparable performance while reducing health and environmental risks in the manufacture of polyesters.  

Hermans joined Johns Hopkins University as a Bloomberg Distinguished Professor in 2026 from the University of Wisconsin-Madison. He is part of the Sustainable Transformations and Energy BDP Cluster.