Anike Obinna Hillary emerges as key force in process engineering and corrosion control

Industrial operations worldwide are growing more complex, and companies are increasingly reliant on engineers who can deliver precision, safety, and efficiency at scale.

One of the professionals rising to prominence in this environment is Anike Obinna Hillary, a process engineer whose work is helping to reshape the way major projects approach design, documentation, simulation, and corrosion control.

His growing reputation is tied to his ability to strengthen asset integrity while supporting engineering teams with reliable, technically sound systems. Obinna’s work often begins at the foundation of any engineering project, the preparation of critical process lists.

These include line lists, valve lists, and instrumentation indexes, which form the core database for construction, procurement, and commissioning. In industries where a minor error can compromise equipment worth millions or bring operations to a halt, his meticulous approach offers a level of accuracy that project teams have come to depend on.

He is equally influential in the development and review of engineering drawings. Obinna plays a central role in shaping Process Flow Diagrams, Utility Flow Diagrams, block flow diagrams, and various schematic sketches that guide multidisciplinary teams. His reviews help remove ambiguity and align stakeholders on a shared technical vision.

For companies operating in high risk environments, this clarity is essential for safe and efficient execution. Another area where Obinna’s expertise stands out is his structured approach to assigning line numbers for Piping and Instrumentation Diagrams.

This coding system supports material take off, construction planning, stress analysis, and maintenance. By strengthening traceability, he helps organisations improve troubleshooting and long term operational reliability.

Obinna’s technical competence also becomes clear through his engineering calculations. His line sizing work determines flow velocities, pressure drops, and pipe diameters, ensuring systems operate efficiently and within international design standards.

His equipment sizing capabilities further support project teams by delivering systems balanced for performance and cost. His use of process simulation software adds another layer of value. Obinna models chemical and physical processes with high accuracy, helping teams optimise design choices and predict plant behaviour under varied conditions.

Under the guidance of the lead engineer, he translates complex calculations into practical recommendations that reduce risk and improve system efficiency. Beyond process design, Obinna has built notable authority in corrosion management, a field that plays a critical role in extending the life of industrial assets.

His work begins with drafting a Corrosion Design Basis, which outlines protective strategies and material requirements. He prepares detailed Painting and Coating Specifications that define application methods, inspection criteria, and the protective systems required to withstand chemical and atmospheric exposure.

His material selection reports evaluate corrosion risks, temperature ranges, fluid characteristics, and mechanical stresses. This ensures equipment is built with materials suited to harsh operational environments.

Obinna also contributes to Cathodic Protection System Design Reports, which play a major role in defending pipelines, offshore structures, and other steel assets from electrochemical damage. Across these disciplines, Obinna has earned a reputation for precision, discipline, and a commitment to quality.

In an industry where technical failures can result in severe economic and environmental consequences, his contributions reflect the level of engineering excellence modern operations increasingly require.