Mr. Theophilus Adu Frimpong | Renewable Energy Resources | Best Researcher Award
Mr. Theophilus Adu Frimpong, Cape Coast Technical University, Ghana.
Adu Theophilus Frimpong is a Lecturer in Renewable Energy at Cape Coast Technical University, specializing in sustainable energy technologies. He holds an MSc in Renewable Energy Technologies, a Certificate in Data Science, and is pursuing a PhD in Sustainable Energy Technologies. His research focuses on waste-to-energy conversion, green building materials, and climate change mitigation. With multiple SCI and Scopus-indexed publications, industry collaborations, and consultancy roles, he actively contributes to advancing renewable energy solutions for environmental sustainability and energy efficiency.
Professional Profile
Β Education
Adu Theophilus Frimpong’s academic journey in the energy sector began with an MSc in Renewable Energy Technologies, followed by a Certificate in Data Science. Currently, he is in the final year of his PhD in Sustainable Energy Technologies, which has provided him with a robust foundation in both renewable energy and data analysis for research and development. These educational qualifications have equipped him with the expertise to make significant contributions to sustainable energy and waste management systems.
π¬Research Contributions On Renewable Energy Resources
Adu Theophilus Frimpong’s research focuses on integrated waste-to-energy systems, utilizing machine learning and GIS techniques to enhance waste management and energy recovery in Ghana. His work has contributed significantly to forecasting waste streams and optimal siting of waste-to-energy facilities. Through these innovations, Frimpong has advanced environmental sustainability, enabling more efficient waste resource management and supporting policy decisions for cleaner energy solutions. His ongoing research continues to drive impactful change in the field of renewable energy. ππ
Work Experience
π Books and Editorial Contributions
Dr. Frimpong is a contributor to the upcoming book Renewable Energy and Postharvest Management in Africa (Taylor & Francis, 2025), where he has authored chapters on:
π Solar Cold Chain in Postharvest Management
π Transitioning to Renewable Energy for Rural Development
π Waste-to-Energy Conversion Systems
π οΈ Consultancy and Industry Projects
Dr. Frimpong has contributed to major energy projects, including:
βοΈ Technical Consultant β Ethanol-Based Clean Cookstoves (2025)
βοΈ Junior Consultant β Santa 99 Green Revolution Solar Project (2023-2024)
βοΈ Technical Advisor β KiKue.V. Solar Photovoltaic Project (2018-2022)
π ImpactandΒ HonorsΒ
Adu Theophilus Frimpong has significantly impacted the field of renewable energy, particularly through his pioneering work in waste-to-energy technologies and machine learning applications for waste management. His research has contributed to advancing environmental sustainability, earning him recognition in several academic journals and collaborative projects. Frimpongβs work in energy efficiency and green building materials has gained attention in both academic and industry circles, reinforcing his role as a leading researcher and innovator in the sustainable energy field. ππ
Publication Top Notes
Techno-economic assessment of a utility-scale wind power plant in Ghana
Cited by: 37
Year: 2023
π° Published in: Energy Conversion and Management: X
A bird’s eye view of pumped hydro energy storage: A bibliometric analysis of global research trends and future directions
Cited by: 5
Year: 2024
π° Published in: Journal of Energy Storage
Determination of Optimum Tilt Angle for Rooftop Solar Photovoltaic System Installation for KikuKinderhaus in Kumasi
Cited by: 3
Year: 2020
π° Published in: International Journal of Energy and Environmental Sciences
Effects of Three Different Rates of Application of Cattle Dung on the Growth and Quality of Two Traditional Leafy Vegetables (Amaranthus Cruentus and Corchorus Olitorius)
Cited by: 2
Year: 2022
π° Published in: Journal of Food Technology
Life Cycle Embodied Carbon Evaluation of a Two-Bedroom House Construction in Ghana: A Comparison Between Stabilized Laterite and Sancrete Building
Year: 2025
π° Published in: Heliyon
Decision Support Systems for Waste-to-Energy Technologies: A Systematic Literature Review of Methods and Future Directions for Sustainable Implementation in Ghana
Year: 2024
π° Published in: OSF (Open Science Framework)
Sustainable Concrete Production Using Waste Glass Powder as A Partial Replacement of Fine Aggregate
Cited by: N/A
Year: 2024
π° Published in: Indonesian Journal of Construction Engineering and Sustainable Development
Alternative for Dirty Cooking Fuels in Ghana: Exploring the Potential of Cassava Ethanol
Year: 2022
π° Published in: Review of Energy Technologies and Policy Research
Life Cycle Embodied Carbon Evaluation of a Two-Bedroom House Construction in Ghana: A Comparison between Stabilized Laterite and Sancrete Building
Year: 2025
π° Available at SSRN
Integrated Optimization Framework for Hybrid Energy System for Water Supply Networks: MCDM and Homer Approach