Academic Qualifications
Awards
Research Interest
Intelligent Polymer Nano-materials Research Group (IPNRG)
Intelligent Polymer Nanomaterial Research Lab (IPNRG) is a new Nano-material Research Lab which focuses on Polymer nanomaterial’s synthesis, characterizations and applications. IPNRG is poised to be one of the key research core of University of Ghana, and the lead Polymer research point of excellence for the Material Science and Engineering Department. IPNRG is led by Bismark Mensah (Ph.D), an internationally recognized Polymer-Nano-Scientist and Technologist. Dr. Mensah is one of the few Scientist/technologist who started and still; pursuing Elastomeric-Graphene research. IPNRG has mother research collaborators in South Korea and expected to establish more collaboration locally and internationally.
IPNRG is specialized in synthesis and characterization of Polymer-nanomaterial for advanced applications;
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Current Research/Project
The emergence carbon based fillers (NCF) such as graphene and carbon nanotubes etc. have sparkled a new research in Polymer Nano-science and Technology. The combination of NCF with various Polymer matrices has been anticipated for many advanced applications. This is due to the unique properties (light-weight, electrically conductive, excellent mechanical strength, and flexibility etc.) of NCF. However; there are many challenges in this area which need to be addressed in order to achieve their full potentials. Some of the challenges include;
• The self-aggregation tendency of NCF that leads to challenges in dispersions/coatings.
• The NCF shows unreliable interactions and adhesion with polymer matrix.
• NCF exhibits controversies in the curing kinetics of Polymer-NCF based nanocomposites. It is reported that NCF decreases curing speed, whilst others still argues that NCF rather increases the curing speed of polymers. Therefore, the current project is spearheaded to address some of these critical issues in Polymer-NCF composites and to fabricate Polymer-NCF materials that could find many uses in electrical/electronics, Structural/mechanical, and heat/thermal sinks for automobile, aerospace, building, road construction technologies, oil/gas industries (for oil recoveries/spillages) and water treatment etc.
This project is focused on developing combined effect of Photocatalytic-Dispersant and Photocatalyst-Sorbent systems that has the potential of minimising the effect of oil spills on aquatic species and clean-up workers and also reducing the remediation cost.
Popular techniques such as radiofrequency (RFA) or microwave (MWA) suffer from technical difficulties that limit their use. It is therefore an objective of this current project to develop and evaluate the feasibility of a laser-based applicator for multimodal (heat + drugs) therapy.
Past Research/Projects
Recent Publications