Governor Sheriff Oborevwori of Delta, has expressed interest in Waste-To-Energy (WTE) technologies showcased at the 16th International Infrastructure Investment and Construction Forum (IIICF) in Macao, China.
The Governor toured the exhibition hall, accompanied by key officials, and visited booths featuring advanced waste-to-energy plants and renewable energy systems.
Oborevwori acknowledged the potential of WTE technologies to reduce landfill burden and contribute renewable power to the grid.
Oborevwori accompanied by the State Commissioner for Works (Rural Roads) and Public Information, Charles Aniagwu; Technical Assistant, Bob Nakpodia; and other distinguished dignitaries from around the world, visited several booths showcasing advanced waste-to-energy plants, innovative waste management solutions, and renewable energy systems.
He expressed deep interest and satisfaction with the waste-to-energy technologies displayed, acknowledging their potential to reduce landfill burden while contributing renewable power to the grid.
The governor noted that Macao’s leadership in WTE infrastructure offered valuable insights and opportunities for potential adaptation and investment in Delta State.
Oborevwori emphasised that his administration remained open to partnerships and investments in WTE initiatives as part of its broader drive for environmental stewardship and economic resilience.
His visit underscored his administration’s commitment to international collaboration and the adoption of global best practices in sustainable development, particularly in waste management and clean energy.
Oborevwori is among the high-profile international guests attending the IIICF, which has become a major platform for showcasing global innovation in infrastructure and sustainable development.
The exhibition featured cutting-edge technologies and infrastructure innovations, with a strong focus on sustainable road development and energy efficiency.
The exhibition aimed to spotlight recent advancements in converting waste into clean energy, an approach that addresses both environmental and energy challenges.
