Samuel Arhin

The researcher's work is centered around advancing anaerobic digestion methods within the domain of Physical Sciences, focusing on enhancing digestion efficiency and reducing ammonia inhibition. Their research integrates Anaerobic digestion with pyrolysis systems for improved food waste treatment, employing advanced oxidation techniques to optimize water treatment processes. They also explore microbial metabolic engineering for biofuels and bioproduction, addressing energy Nexus issues through innovative solid waste management strategies. The researcher contributes to the development of membrane separation technologies, focusing on methods to address membrane fouling and enhance fluxes in potable and decentralized water treatment systems. Their work bridges the gap between physical sciences and life sciences, particularly in biofuel production and microbial metabolic engineering, aiming to contribute to sustainable energy solutions while advancing anaerobic digestion applications.