By Chioma Okoye

The oil and gas sector in West Africa has long struggled with maintenance issues caused by unstable power delivery, particularly in offshore and remote operations. But Nigerian engineer and academic Dr. Bamidele Ajanaku is proposing a novel solution. His recent research on wireless power transfer systems, published in a peer-reviewed journal, outlines a cost-effective method for improving energy continuity across marine-based industrial setups. The proposed model not only reduces dependency on vulnerable cable infrastructure but also increases safety and efficiency in hazardous zones.

According to industry observers, the proposed system has the potential to minimize production downtime and extend equipment life cycles in offshore facilities. It introduces real-time monitoring features and adaptive transfer protocols, innovations that could help transform how energy is transmitted in high-risk environments. Dr. Ajanaku’s model relies on sustainable engineering principles, drawing from his broader portfolio on clean energy transitions and system reliability.

Beyond academic accolades, his work is gaining traction among petroleum engineers and energy consultants across Nigeria. As energy security becomes a top national priority, forward-looking technologies like Ajanaku’s wireless transfer system could play a key role in reducing operational risks while advancing the country’s energy independence. It’s no surprise that his findings are being circulated in technical forums and cited in ongoing discussions around Nigeria’s offshore power roadmap.