The Environmental Sustainability research group deals with specialized research themes that collectively advance environmental sustainability through chemical and electrochemical innovation. Sensor technologies, such as modified electrodes are being developed for precise detection of environmental contaminants in food, water, and air. Microplastic and water remediation efforts focus on electrode surface modifications and electrochemical applications to filter and degrade microplastics, addressing aquatic pollution. CO₂ reduction and utilization research employs electrochemical cells to convert carbon dioxide into valuable products like fuels and feedstocks, promoting a circular carbon economy while mitigating greenhouse gas emissions. Meanwhile, corrosion inhibitor studies aim to protect metal surfaces from degradation by designing molecular compounds that form protective layers, supported by surface analysis and electrochemical testing. Together, this group  represents a multidisciplinary approach to monitoring, remediating, transforming, and preserving the environment through advanced materials and sustainable technologies.