Executive Multi-State Infrastructure Proposal

The Joint Niger Delta Reclamation Project

A unified 10,000 TPD waste-to-energy and oil sludge pyrolysis infrastructure for regional sustainability.

Presented to Executive Governors, State Commissioners, Federal Regulators, and Joint Venture Oil Operators, June 2026.

7 Participating States 10,000 TPD Feedstock 350 MW Baseload Power Regional PPP Structure

Municipal Waste 8,000 TPD aggregated from urban hubs

Oil Sludge 2,000 TPD from terminals, spill sites, and tank bottoms

Integrated Regional Processing Centre Gasification, pyrolysis, emissions control, and resource recovery

350 MW Baseload Power Industrial power, tipping-fee economics, and remediation value

One regional system turning waste liabilities into power, reclaimed land, and industrial value.

Slide 2

Regional Feedstock Allocation

A centralised 10,000 TPD economy of scale is achieved by aggregating daily feedstocks through municipal hubs, river terminals, and specialised heavy transport.

State	Assigned Stream	TPD	Primary Source / Hub Locations
Rivers	Mixed MSW & Oil Sludge	2,200	Port Harcourt, Trans-Amadi, Bonny Island
Delta	Mixed MSW & Oil Sludge	2,000	Warri, Effurun, Escravos tank farms
Bayelsa	High-Concentration Sludge	1,300	Yenagoa, Brass terminal, Oloibiri legacy sites
Akwa Ibom	Municipal Solid Waste	1,500	Uyo metropolis, Eket industrial zones
Cross River	Domestic & Organic MSW	1,000	Calabar urban, municipal collection hubs
Imo	Mixed MSW & Sludge	1,100	Owerri, Ohaji-Egbema oil fields
Abia	Industrial MSW & Sludge	900	Aba commercial hub, Ukwa West oil wells
Total	Blended Feedstock	10,000	Integrated Regional Processing Centre

Slide 2

Regional Feedstock Logistics Model

The throughput works because the feedstock model is built around hubs, terminals, and corridor discipline rather than around uncontrolled long-haul dumping.

Regional Total 10,000 TPD

Feedstock Mix Approx. 8,000 TPD MSW / 2,000 TPD sludge

The objective is to treat the Delta’s navigable corridors as an operational advantage rather than as a geographical constraint.

Municipal hubs Compaction and staging before main transfer

River terminals Barges carry the heavy stream while trucks handle aggregation and last-mile transfer

Integrated processing centre One high-efficiency regional facility rather than multiple smaller low-efficiency plants

This is the logistics defence slide: it exists to answer the obvious “can ten-thousand tonnes really move?” question.

Stress that over sixty percent of the heavy stream is intended for barge movement, with trucks supporting aggregation and last-mile transfer.
Keep repeating the phrase “hub-and-spoke” so the audience hears a planned network, not an improvised haulage idea.

If challenged hard on logistics: say the point of the model is precisely to avoid putting the entire burden on congested roads by using the Delta’s waterways as the primary heavy corridor.

Bridge: “With the feedstock base and the movement logic established, the next question is why the timing is right now.”

Slide 3

Current Realities & Strategic Drivers

The project turns regulatory liabilities, legacy pollution, and municipal breakdown into a single energy and remediation model.

The Regulatory Push

PIA host-community obligations now require practical outlets for development and remediation funding.

Bunkering & Spill Crisis

Illegal refining and legacy contamination have left extensive sludge, tank bottoms, and polluted soil unresolved.

Municipal Grid Collapse

Urban growth is overwhelming waste systems in Port Harcourt, Uyo, Warri, and Calabar while grid reliability remains weak.

The Strategic Answer

Convert waste-management cost centres and regulatory pressure into dependable baseload power and regional clean-up value.

Before Fines, dumpsites, spill residues, and unreliable power

After Remediation throughput, power generation, and structured revenue recovery

Slide 4

Value Proposition for Oil Drilling Companies

The facility gives operators a structured route for transferring sludge liability into a fully managed remediation and resource recovery transaction.

Zero-liability disposal: controlled off-take for drilling muds, tank bottoms, and spill sludge.
Decarbonisation value: closed-loop thermal processing replaces open pits and uncontrolled burning.
Mitigated remediation fines: coordinated clean-up supports NOSDRA and NUPRC compliance outcomes.
Resource recovery: recovered pyrolysis fuel oil can re-enter industrial use and offset processing cost.

Closed-Loop Handling

Sludge Intake

Thermal Recovery

Fuel Oil Recovery

Liability Transfer

Speak directly to the operators: this slide is about balance sheets, risk transfer, and ESG pressure.

Use the phrase “commercial liability transfer”, not “new levy”.
Emphasise digital manifests, end-of-waste certification, and the movement of legal responsibility once material is accepted into the facility.
Position recovered fuel oil as an offset mechanism, not merely a technical by-product.

If asked why oil operators should pay the sludge fee: answer that the fee purchases certified liability transfer, ESG protection, and an off-ramp from escalating remediation exposure rather than merely buying disposal volume.

Bridge: “The same facility also solves a very different problem for state governments.”

Slide 5

Value Proposition for State Governments

For the states, the project is a sanitation solution, an industrial power project, and an internally-generated-revenue mechanism at the same time.

Freeing urban land: open dumpsites in cities such as Aba, Port Harcourt, and Calabar gain a reliable daily off-take path.
Industrial power influx: 350 MW of baseload power supports manufacturing and regional commerce.
State-level IGR: PPP equity participation and environmental service fees produce recurring public value.

Cleaner Cities

Relieves pressure on open-air dumps and visible urban waste accumulation.

350 MW to Industry

Creates a stronger power story for industrial clusters, trade corridors, and manufacturing investment.

PPP Revenue Logic

Gives participating states a route to equity, service revenue, and environmental governance value.

Change tone here: this is where governors should hear sanitation relief, power confidence, and revenue logic in one sentence.

Make it clear that open dumping is not cost-free once health burden, land degradation, and city-image damage are counted.
Stress that the project supports both immediate operational relief and a more investable urban environment.
Keep the 350 MW figure visible; it signals scale and seriousness.

If a governor pushes back on tipping fees: say plainly that open dumping already carries hidden costs through land loss, health burden, fires, polluted water, and lost investment confidence, whereas the PPP route returns value through equity and service revenue.

Bridge: “To make such a facility credible, the next test is regulatory and environmental discipline.”

Slide 6

Regulatory Compliance & Federal Permitting

Bankability depends on making the environmental and transport compliance story explicit from the beginning.

FMEnv: dual-stage EIA covering all seven states plus barge and trucking corridors.
NUPRC & NMDPRA: certified transport manifests for hazardous sludge, aligned to upstream and midstream requirements.
EGASPIN 2026: emissions-control systems and continuous monitoring designed to keep dioxins, furans, and heavy metals below limit thresholds.

FMEnv Multi-state EIA + corridor oversight

NUPRC Upstream waste acceptance and traceability

NMDPRA Midstream transport and handling compliance

EGASPIN 2026 CEMS-backed emissions discipline

Use this slide to calm the regulators: the proposal is not skipping the hard permitting work.

Keep the message simple: multi-state EIA, certified manifests, and continuous emissions monitoring are non-negotiable.
Present compliance as a design input, not as a late-stage paperwork exercise.

If challenged on toxic outputs: answer that the plant logic depends on controlled gasification conditions, multi-stage air-pollution control, activated-carbon capture where required, and safe handling or stabilisation of hazardous residues rather than uncontrolled release.

Bridge: “Once compliance is clear, the next question becomes whether the process technology is appropriate to the feedstock mix.”

Slide 7

Integrated Technology: Gasification & Pyrolysis

Municipal Stream

High-Temperature Gasification

Processes the wider municipal waste stream into clean syngas while avoiding the crude logic of conventional incineration.

Approx. 8,000 TPD blended MSW intake
Controlled oxygen environment
Syngas routed into power-generation block

Sludge Stream

Indirect Thermal Desorption & Pyrolysis

Separates hydrocarbons from Niger Delta sand and clay while recovering usable industrial fuel fractions.

Approx. 2,000 TPD sludge-heavy throughput
Closed-loop hydrocarbon recovery
Cleaned solids diverted to productive reuse

Environmental by-product: treated sand emerges as a certified non-toxic material suitable for coastal erosion support and community construction use.

Slide 8

Financial Model Overview

The model is built on diversified revenue rather than on a single fragile income stream.

CAPEX Framework $3.2B

Annual Gross Revenue $525.3M

Annual OPEX $205.6M

Project IRR 11.4% – 13.2%

Revenue Pillars

Municipal tipping fees

Hazardous sludge fees from oil majors

Recovered fuel oil sales

Long-term power purchase agreements

The structure is deliberately insulated against central-grid liquidity weakness by keeping electricity as only one part of the total revenue story.

Slide 9

Community Integration & Social Licence

The project succeeds only if host communities see it as their own economic engine rather than as an imposed industrial site.

Employment: 2,500+ construction roles and 600+ permanent technical jobs, prioritised for local youths.
PIA alignment: operational value linked to Host Community Development Trusts for transparent local benefit.
Restoration dividend: cleaner land and waterways support the return of fishing, farming, and broader livelihood recovery.

Vocational Pathway

Training pipelines for plant operations, logistics, and maintenance roles.

HCDT Integration

Community value tied directly to revenue, not left as an afterthought.

Livelihood Restoration

Cleaning sludge-heavy environments supports fisheries, agriculture, and social trust.

Change register here: move from finance and engineering into community legitimacy.

Say openly that major infrastructure in the Niger Delta fails when communities feel excluded.
Present HCDT alignment and local employment quotas as structural design choices, not public-relations gestures.
End on the human outcome: the plant is meant to restore livelihoods, not merely dispose of waste.

If asked about sabotage or restiveness: answer that the project is designed so communities have visible employment, HCDT-linked benefit, and direct economic reason to protect the asset rather than treat it as an external imposition.

Bridge: “That brings us to the final decision point: what exactly is being asked of stakeholders now?”

Slide 10

Conclusion & Next Steps

The feedstocks are verified, the technology path is credible, the model is bankable, and the environmental need is immediate.

The ask: form a Joint Niger Delta Waste Infrastructure Committee spanning the seven states, regulators, and operator environmental leads.
Immediate milestone: sign a multi-lateral MoU to unlock the 24-month comprehensive EIA phase.
Final word: turn a shared ecological burden into a multi-state engine for cleaner cities, reliable power, and economic resilience.

1. Committee Formation Cross-state and federal working structure

2. Multi-Lateral MoU Political and operator commitment signal

3. 24-Month EIA Window Engineering, corridor study, and environmental validation

4. Bankable Delivery Path Structured financing and regional implementation