NOG Energy Week 2026: Prof. Chinedu Calls for Robotics to Safeguard Nigeria's Oilfield Operations
ABUJA – Eur Ing Professor Chinedu Ogwus, Regional Director for West Africa Robotics and Autonomous Systems (RAS) Technical Section of the Society of Petroleum Engineers International (SPE International), has called for the accelerated integration of robotics and autonomous systems into Nigeria's oil and gas industry, describing the technologies as strategic assets for enhancing energy security, combating crude oil theft, improving operational efficiency, and driving sustainable petroleum development.
Speaking at the 25th anniversary edition of NOG Energy Week 2026 in Abuja, Professor Chinedu said the country's upstream petroleum sector must embrace intelligent automation and digital innovation to strengthen asset protection, improve production efficiency, and remain competitive in an increasingly technology-driven global energy landscape.
Delivering a keynote address titled "Enhancing Efficiency and Safety in Nigeria's Oilfields through Robotics and Autonomous Systems," he said robotics and autonomous technologies have evolved beyond industrial automation to become critical instruments for protecting national energy infrastructure.
He noted that autonomous drones, robotic monitoring systems, artificial intelligence-powered surveillance platforms, and intelligent sensor networks can provide continuous, real-time surveillance of pipelines, flow stations, wellheads, and other strategic assets, enabling security agencies and operators to detect crude oil theft, illegal bunkering, pipeline vandalism, and unauthorized intrusions before they escalate into major operational or economic losses.
Professor Chinedu said wider deployment of these technologies would strengthen Nigeria's capacity to safeguard critical petroleum infrastructure, reduce production disruptions, improve asset integrity, and enhance crude oil output by minimizing losses associated with sabotage and oil theft.
He further explained that robotics is transforming upstream operations by improving drilling efficiency, automating pipeline and facility inspections, supporting predictive maintenance, and reducing non-productive time. According to him, intelligent automation enables operators to optimize production, lower operating costs, improve equipment reliability, and maximize returns on critical energy assets.
On workforce safety, he highlighted the growing deployment of autonomous drones, robotic crawlers, remotely operated inspection systems, and robotic tank inspection technologies capable of carrying out hazardous tasks in offshore facilities, confined spaces, and high-risk operating environments. He noted that replacing manual intervention with robotic systems significantly reduces personnel exposure to workplace hazards while improving operational reliability.
Professor Chinedu also stressed that robotics and artificial intelligence are supporting environmental stewardship through methane leak detection, emissions monitoring, predictive maintenance, and real-time environmental surveillance. He said these innovations align with Nigeria's commitment to responsible resource development, operational excellence, and the broader objectives of the global energy transition.
The keynote featured demonstrations and case studies on robotic pipeline integrity management, AI-driven predictive maintenance, intelligent asset monitoring, and robotic tank inspection technologies currently being deployed across the global petroleum industry. Delegates also viewed a demonstration of Elon Musk's Optimus humanoid robot, illustrating the expanding role of advanced robotics in industrial operations.
The presentation attracted government officials, regulators, executives of international and indigenous oil companies, investors, technology providers, and engineering professionals, with discussions focusing on accelerating digital transformation, strengthening energy infrastructure security, and expanding the deployment of robotics across Nigeria's upstream sector.
Participants described the presentation as timely, noting that the adoption of robotics and autonomous systems could support ongoing efforts to curb oil theft, improve production efficiency, strengthen investor confidence, and enhance the resilience of Nigeria's energy sector.
Professor Chinedu reaffirmed the commitment of the Society of Petroleum Engineers International's Robotics and Autonomous Systems Technical Section to promoting innovation, research collaboration, and technology transfer that will support the modernization of Nigeria's petroleum industry and the advancement of sustainable energy development across West Africa.