The Nigeria Police Force has taken a major step toward modernising its operations and reducing fuel costs with the introduction of compressed natural gas (CNG)-powered vehicles into its fleet.
At a ceremony held on April 21, 2026, the police received three specialised buses from the Nigeria Police Trust Fund and the Presidential Initiative on Compressed Natural Gas and Electric Vehicles, marking the beginning of a broader transition to green energy within the Force.
Speaking at the event, the Inspector-General of Police, Olatunji Rilwan Disu, described the initiative as a strategic move aligned with global best practices in policing logistics and resource management. He said the adoption of CNG and electric vehicles would not only cut operational costs but also reduce the environmental footprint of police activities nationwide.
The IGP expressed appreciation to the donor organisations for what he called “visionary support,” assuring that the buses would be deployed to enhance personnel mobility and welfare.
Officials of both the NPF Trust Fund and PI-CNG & EV said the donation represents the first phase of a comprehensive plan to overhaul the police operational fleet. The plan includes converting existing vehicles to run on CNG and establishing internal conversion centres within the Force to ensure sustainability and technical independence.
Executive Secretary of the NPF-TF, Mohammad Sheidu, alongside other officials, emphasised that the collaboration goes beyond vehicle supply, focusing on long-term capacity building and cost-efficient fleet management.
Similarly, Chief Executive Officer of PI-CNG & EV, Ismail Ahmed, noted that the initiative supports Nigeria’s broader push toward cleaner energy alternatives in public sector operations.
The event featured the formal handover of vehicle keys and an inspection of the buses by senior police officers and stakeholders.
The development signals a shift by the Nigeria Police Force toward environmentally friendly and technology-driven policing, aimed at improving efficiency while adapting to evolving energy realities.
