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Technical Writer · Petroleum Engineer · Regulatory Officer · AI & Technology
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I turn complex engineering, scientific, and regulatory topics into writing and practical solutions that people can actually follow — without dumbing them down.
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B.Eng. Petroleum Engineering (Second Class Upper) · 3+ years freelance technical & content writing · Regulatory Officer · Google AI Essentials
📧 [email protected] · 📱 +234 812 882 8214 · 📍 Lagos, Nigeria
⛽ Petroleum Engineering
Drilling · Well Logging · Geophysics · Reservoir Simulation · EOR · HSE
📋 Regulatory
NAFDAC documentation · Compliance tracking · Artwork review · Submission support
💻 Technology & AI
Next.js · TypeScript · Supabase · PostgreSQL · AI workflows · Excel dashboards
Enhanced Oil Recovery, Explained Without the Jargon
When an oil field is young, oil flows out on its own, pushed up by natural pressure underground. But that pressure runs out long before the oil does. In many fields, more than half the oil is still in the rock when the easy years end. Getting it out is the whole point of enhanced oil recovery — EOR.
The classic version is simple in principle: inject water or gas into the reservoir to push more oil toward the producing wells. It works. But it also leaves a lot behind, because oil clings to rock surfaces and hides in tiny pore channels that water alone can't flush clean.
So engineers started adding things to what they inject. Polymers make the water thicker, so it sweeps oil more evenly instead of racing through the widest channels. Surfactants help release oil stuck to rock surfaces. And one of the newer ideas is the subject of my degree research: nanoparticles.