2023–2024Project ID: AS/2023/01/10
Assessment of arsenic pollution in Bangladesh: Regional safety evaluation and advancements in composite materials for efficient arsenic detection and removal from drinking water
Funded by MOST Research Grant
What I Work On
Research
Electrocatalysis and environmental electrochemistry — from hydrogen evolution to PFAS degradation and arsenic mitigation.
Research Interests
ElectrocatalysisPFAS DegradationElectrocatalytic Hydrogen Evolution Reaction (HER)Oxygen Reduction (ORR) and Evolution Reaction (OER)CO2/CO ReductionNitrate/Nitrite Electroreduction (NRR)Sensor DevelopmentFuel Cell CatalysisArsenic MitigationCatalytic Dye DegradationElectro-kinetics of Redox ReactionsDrug Analysis
Accomplished Research Projects
2021–2022Project ID: PS/2022/01/01
Arsenic contamination in different regions in Bangladesh: Exploration, sensor development, and removal technology
Funded by SUST Research Centre
2022–2023Project ID: PS/20211727
Electrocatalytic reduction of carbon dioxide into nontoxic chemicals using metallic electrodes
Funded by MOE Research Grant
2019–2020Project ID: PS/2019/02/08
Ultrasound-assisted approach towards the synthesis of surface-coated titanium dioxide nanoparticles with enhanced photostability and UV shielding ability
Funded by SUST Research Centre