We aim to develop and validate the use of appropriate technologies and associated tools (from risk assessment to decision making) for the treatment of safe water. The design and operation of membrane processes like ultrafiltration or low-pressure reverse osmosis can be successfully adapted for the humanitarian context.
I am interested in capacity building through delivery of water sanitation and hygiene (WASH) training models and the prevention of chronic waterborne disease due to arsenic exposure via locally sourced dietary supplements.
I am interested in bioenergy (biogas, biodiesel, marine agriculture) using local natural resources. My research also includes water quality and desalination by PV-driven electrodialysis and bioremediation.
I am interested in the impacts of extreme rainfalls, flooding and climate change on communities in the context of international development. I am also interested in working on projects around sustainable water infrastructure in the Global South.