Yilleng Moses Titus is a researcher/Lecturer with the Department of Chemistry, Kaduna State University, Nigeria. His research interest is in heterogeneous catalysis focusing on the application of photocatalysis in the remediation of wastewater and generation of hydrogen from water using modified titanium dioxide under UV light. He obtained his Bsc (Hons) in Chemistry, MSc and Ph.D. in Analytical chemistry all from Ahmadu Bello University, Zaria.
He is currently a member of the American chemical society (ACS), member Chemical Society of Nigeria (CSN) and alumni of Fulbright fellowship.
Yilleng aims to evaluate the effectiveness of photocatalytic treatment with modified titanium dioxide nanoparticles in the degradation of the most commonly used chemical pesticides and herbicides within the Kaduna river irrigation site (Nigeria) also the pesticides residue in the fresh vegetables will be monitored and analyzed by means of High-Performance Liquid Chromatography.
To do so, He will examine the effectiveness of the photocatalytic processes by carrying out the measurements of physical-chemical parameters of the Kaduna river water, such as pH, conductivity, color, dissolved oxygen, heavy metals, and hardness. Furthermore, it is hoped that this will also facilitate the production safe and quality water and vegetables within the northern region of Nigeria for immediate consumption
He is currently a member of the American chemical society (ACS), member Chemical Society of Nigeria (CSN) and alumni of Fulbright fellowship.
Yilleng aims to evaluate the effectiveness of photocatalytic treatment with modified titanium dioxide nanoparticles in the degradation of the most commonly used chemical pesticides and herbicides within the Kaduna river irrigation site (Nigeria) also the pesticides residue in the fresh vegetables will be monitored and analyzed by means of High-Performance Liquid Chromatography.
To do so, He will examine the effectiveness of the photocatalytic processes by carrying out the measurements of physical-chemical parameters of the Kaduna river water, such as pH, conductivity, color, dissolved oxygen, heavy metals, and hardness. Furthermore, it is hoped that this will also facilitate the production safe and quality water and vegetables within the northern region of Nigeria for immediate consumption
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