Milking Cash Cow: Digitalizing Nigeria Refinery Operations

Picture Excerpts from the Rivers State University's 133rd Inaugural lecture:

133rd Inaugural lecturer Professor Kenneth Kekpugile Dagde during his presentation.

Decoration and acknowledgement of the 133rd inaugural lecturer Professor Kenneth Kekpugile Dagde 

Milking Cash Cow: Digitalizing Nigeria Refinery Operations

The Rivers State University recently celebrated a milestone in its academic calendar with the delivery of its 133rd Inaugural Lecture by Engr. Professor Kenneth Kekpugile Dagde, a distinguished Professor of Modeling and Simulation of Chemical Engineering Processes.

This significant academic rite of passage served as a platform to bridge high-level scholarship with practical community benefit, showcasing how internal university research can directly address critical national challenges.

Vice-Chancellor Professor Isaac Zeb-Obipi, who was ably represented by the Deputy Vice-Chancellor Administration, Professor Blessing Jaja, noted that the university uses these events to demonstrate how internal research contributes to societal improvement and fulfills the mission of community service through public enlightenment.

Professor Blessing Jaja emphasized that the traditional academic "rite of passage" is a formal requirement for a professor to mount the podium and explain how their research has influenced their field of expertise to solve real-world problems.

He explained that focusing on the pressing resource paradox where Nigeria sits on an abundance of crude oil yet suffers from chronic fuel scarcities, high transportation costs, and a heavy reliance on imported petroleum products challenges the traditional perspective of national wealth.

Engr. Professor Kenneth Kekpugile Dagde used a vivid dairy farm analogy to explain that the true value of oil resources lies not in merely owning the cows, which represents the raw crude, but in how efficiently they are managed to produce milk, which signifies the refined products.

He argued that refineries must become the primary drivers of national development, job creation, and industrial support rather than just the raw resource itself.

To reverse the thirty-year decay of Nigerian refineries, the lecturer presented mathematical modeling and simulation as essential, non-optional tools for modern process engineering.

Drawing from his extensive professional experience, including the historical commissioning of the Port Harcourt Refinery in 1989 and the Kaduna Refinery and Petrochemical plant in 1988, he developed and validated specialized mathematical models for key industrial refining units.

These include the Hydro Treating Unit, Fluid Catalytic Cracking Unit, Catalytic Reforming Unit, and Crude Distillation Units.

These computational models provide a digital environment to predict solutions, troubleshoot operational failures virtually, and optimize temperature control without the risks of physical trial-and-error experimentation.

A major highlight of the lecture was the critique of the current operational and political barriers hindering the energy sector.

He pointed out that political interference has historically sabotaged turnaround maintenance, leaving critical technical operations in the hands of non-experts who engage in superficial fixes like painting refinery columns rather than resolving core engineering issues.

This failure has forced the nation to import substandard, high-sulfur products that damage engines and endanger public health.

To achieve true economic competitiveness and energy security, the lecture recommended a complete digital transformation, urging refineries to transition from outdated pneumatic systems to advanced, AI-driven predictive and prescriptive modeling integrated across all refinery systems.

Structurally, the lecture advocated for aggressive institutional reforms.

He strongly recommended adopting the Nigerian Liquefied Natural Gas privatization model, which utilizes a fifty-one percent private majority ownership to eliminate government interference, eradicate poor maintenance cultures, and ensure strict accountability.

Furthermore, to resolve the chronic issue of feedstock shortages caused by pipeline vandalism and supply chain disruptions, he proposed that all private and modular refineries should own their own oil blocks to guarantee an uninterrupted supply of crude oil.

He also suggested that oil-producing states should establish and manage their own refineries to directly benefit local economies.

The event concluded with the official decoration and acknowledgment of the inaugural lecturer by the Vice-Chancellor.

Professor G.B. Okon, representing the Chairman of the University Lectures Committee, Professor Patrick Nwinyokpugi, expressed a profound sense of institutional gratitude to God, university leadership, and the academic community for the successful execution of the inaugural lecture series.

He highlighted that, unlike other institutions, this university has never experienced a medical emergency or collapse during an inaugural lecture, attributing this safety record to divine favor.

He praised the university leadership for its visionary direction and for keeping the institution dynamic, safe, and continuously evolving through physical and digital transformations.

He explicitly thanked the university elders, including former Vice Chancellors, Emeritus Professors, and Registrars, for providing a strong foundation for the institution.

He noted that the presence of distinguished guests and the university community provides a sense of social security and substance to the lectures.

He mentioned a commitment to sharing professional experiences and ideas to encourage youth and experts, specifically highlighting plans for collective teaching efforts in Stockholm and other schools in the coming year.

Speaking with journalists shortly after the event, Engr. Professor Kenneth Kekpugile Dagde explained that the thirty-year decay of Nigerian refineries can be directly resolved through mathematical modeling, emphasizing that his developed models for distillation, hydrotreating, catalytic reforming, and fluid catalytic cracking units can predict operational challenges and optimize fuel production. 

He advocated for a total shift from pneumatic to AI-driven digital systems and modular designs, recommended that private refineries own oil blocks to prevent equipment failure caused by feedstock shortages, and strongly reiterated that adopting an NLNG-style privatization model with fifty-one percent private ownership is the only way to eliminate political interference and ensure the survival of the Nigerian oil sector.