The Problem That Chose Me
In 2026, Nigeria still flares approximately 7 billion cubic meters of gas annually — the seventh-highest in the world. For 70 years, we have missed every flare-out deadline. The solutions exist. They simply do not fit our fields.
I have worked in Niger Delta marginal fields. I have seen imported compressors corrode from H₂S in associated gas from mature, water-flooded reservoirs — where levels can reach 50–5,000 ppm, far exceeding what standard carbon steel can handle. I have seen central gas plants that were "starting next year" for five years. I have seen diesel generators stolen, pipelines sabotaged, and technicians waiting six weeks for a spare part from Houston.
The problem is not a lack of will. It is a lack of tools designed for the actual conditions of the Niger Delta.
What I Have Built So Far
The Niger Delta Survivor — a slimline tubing anchor catcher that replaces standard B2 anchors, doubling rod-pump production in mature wells. Published in SPE Connect, May 2026.
The ND-GLO — a containerized, solar-hybrid, wellhead-scale gas conditioning system that captures flared associated gas, cleans it, compresses it, and reinjects it for gas-lift — eliminating routine flaring while boosting oil production by 20–50%.
Together, they form an integrated production optimization platform: downhole and surface, both designed for Nigerian manufacturing, both exportable globally.
My Commitment, Validated
When I submitted the ND-GLO to the SPE Nigeria Council Patent Recognition and Commercialization Support Program, I wrote: "I have already published technical work through SPE Connect, built a complete documentation package, engaged potential partners, and invested personal resources."
Here is what that commitment looks like in practice:
Published Technical Credibility
The SPE Connect article "From B2 to Better: How One Downhole Change Can Double Rod Pump Production" established the technical rigor behind the Niger Delta Survivor. It was peer-reviewed, data-driven, and field-applicable. The ND-GLO extends that same rigor to surface operations.
Complete Documentation Package
- Design exception analysis comparing ND-GLO against four existing solution categories, identifying eight specific failure points that existing technologies cannot address
- Full P&ID, vessel sizing, compressor selection, and power system design
- Economic model: ₦15–40M CAPEX, 8–18 month payback, 10-year NPV analysis
- Manufacturing feasibility study with Nigerian ASME-certified fabricators identified
- Five follow-up email templates for pilot partners, fabricators, investors, NCDMB, and industry network contacts
Engaged Potential Partners
- Direct correspondence with Dr. George P. Iwo, SPE Nigeria Council Patent Recognition Committee Chair
- Manufacturing partner discussions with Nigerian ASME-certified workshops
- Market validation conversations with marginal field operators confirming demand for wellhead-scale, locally manufactured flare elimination solutions
- LinkedIn post generating industry engagement and feedback
Personal Investment
Hundreds of hours in design, research, documentation, and outreach. Direct financial investment in prototyping planning and application preparation. No external funding — yet.
Why This Matters for SPE
The SPE community has always been about sharing knowledge that works in the field. But knowledge without action is just a paper. My commitment is to bridge that gap: to take the technical rigor that SPE demands and turn it into hardware that Nigerian technicians can service, Nigerian fabricators can build, and Nigerian operators can afford.
The ND-GLO is not an academic exercise. It is a 20-foot shipping container that can be forklifted onto a well pad in four hours, powered by the sun, operated by a technician with two weeks of training, and built in Port Harcourt with 70%+ local content.
That is the kind of innovation the global energy sector needs — not more complex solutions for simple problems, but simple solutions for complex field conditions.
What Comes Next
If selected for the SPE Patent Recognition Program, the next 18 months will focus on:
- Prototype fabrication at a Nigerian ASME-certified workshop
- Single-well pilot to validate >90% flare elimination and >20% production uplift
- Patent filing on eight specific design innovations
- NCDMB certification for local content compliance
- Commercial launch targeting 20 units in Year 1, 50 in Year 2, with export to West Africa, Latin America, and Southeast Asia
If not selected, the work continues. The problem persists. The commitment remains.
A Call to the SPE Community
To the production engineers who have watched compressors fail in swamp gas: this is for you.
To the artificial lift specialists who know that gas-lift optimization and flare elimination are the same problem seen from different angles: this is for you.
To the Nigerian fabricators who can build ASME vessels but have never been asked to build oilfield equipment: this is for you.
To the marginal field operators who pay flare penalties while watching production decline: this is for you.
I am not asking for belief. I am asking for scrutiny. Review the design. Challenge the economics. Test the assumptions. Then help me build it — or build something better.
Because the Niger Delta has waited 70 years for a solution that fits. I am committed to making sure it does not wait 70 more.
About the Author
Olowo Osaize Lazarus is a Petroleum Engineering Technologist and SPE member based in Nigeria. He specializes in artificial lift, production optimization, and well performance in mature fields. His work on the Niger Delta Survivor and ND-GLO focuses on Nigerian-manufactured, exportable solutions for marginal field challenges.
Contact: olowoosaizelazarus@gmail.com
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