PHD at Kyushu University, Japan
Dr. Philip Omollo, a Kenyan geophysicist, holds a Ph.D. in Engineering from Kyushu University, Japan, specializing in Earth Resources Engineering. With a Master’s in Applied Geophysics from the University of Nairobi, and a Bachelor’s in Physics from Egerton University, he boasts a decade of experience at KenGen. His expertise lies in geophysical data acquisition, monitoring, processing, and interpretation, particularly in geothermal fields. A leader within professional organizations, he’s served as Secretary General and President of the African Society of Kyushu University. Dr. Omollo’s dedication to advancing geophysical exploration and research underscores his commitment to sustainable energy solutions.
Professional Profiles:
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Education:
Doctor of Philosophy in Engineering, Earth Resources Engineering Kyushu University, Japan, 2023 Master in Applied Geophysics University of Nairobi, Kenya, 2012 Bachelor of Science (Physics Major) Egerton University, Kenya, 2007
Language Skills:
English: Good (Reading, Speaking, Writing) Kiswahili: Good (Reading, Speaking, Writing)
Present Position:
Geophysicist
Professional Experience Record:
2013-2014: CQ Geophysicist, Bureau of Geophysical Prospecting (BGP) Kenya Ltd, Kenya (Project with Tullow Oil) 2017: Geophysicist, Eburru Geothermal Field, KenGen 2019: Geophysicist, Wajir (Project with Earth Water Ltd) 2019: Geophysicist, Barrier Volcanic Complex, Turkana (Project with Olsuswa Energy, BVC Geothermal) 2019: Geophysicist, Akiira Geothermal Field (Project with Akiira Geothermal Ltd)
Research Focus:
Omollo, P. and his collaborators’ research primarily focuses on geothermal exploration and monitoring, with a specific emphasis on the Olkaria geothermal field in Kenya. Through a multidisciplinary approach, their work integrates various geophysical techniques such as gravity monitoring, resistivity imaging, and structural analysis to delineate subsurface structures and reservoir geometry. By employing innovative methods such as time-lapse micro-gravity monitoring and 2D/3D MT data inversion, they aim to enhance understanding of geothermal reservoirs, contributing valuable insights into their characterization, behavior, and potential for sustainable energy extraction. This research is crucial for advancing geothermal energy exploration and utilization, particularly in regions like Olkaria, thereby supporting renewable energy development and environmental sustainability.
Publications (TOP NOTES)
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