Research Overview

Our research is highly interdisciplinary, focused on the interface between Environmental Chemistry, Analytical Chemistry, Materials and Nanotechnology for the development of sustainable water solutions and trace analysis of heavy metals and emerging organic pollutants. We have keen interest in developing nanocomposite, nanoporous and 2D materials for potential applications in catalysis, separations, SERS, sensing and clean energy. We also directs research and development of circular Chemistry to enable a circular economy. Our research emphasizes a strong link to societal needs and real-life environmental challenges.

• Green Remediation

• Emerging Pollutants

• Water Resilience

• Carbon Neutrality

• Circular Chemistry

• Sustainable Chemistry