Renewable generation
3.2 GWp
Solar PV
Utility-scale solar generation to power the proposed integrated energy system.
APPL Project GreenSkip intro
Nigeria’s potential. A global purpose.
A cleaner future.
Made possible.
Green methanol. Integrated energy.
A bold ambition, rooted in Nigeria and
connected to the world.
A vision taking shape
01The landscape
Scroll down to build.
Scroll back to reverse.
Akwa Ibom, NigeriaConcept animation · not construction footage
The ambition
Potential,
at scale.
364,000t/yr
Phase 1 e-methanol
3.2GWp
Proposed solar PV
~87,000t/yr
Proposed green hydrogen
Indicative design capacities, subject to engineering, financing and approvals.
01 / The projectAPPL HYDROGEN FUELS LIMITED
Rooted in Nigeria.
Built for a
changing world.
One connected vision. From natural resources to the fuels of the future.
APPL Hydrogen Fuels Limited is developing Project Green, a proposed integrated energy and green methanol platform in Nigeria. The concept brings power generation, hydrogen production and methanol synthesis together.
Our ambition is to support industrial decarbonisation, create local opportunities and connect Nigerian production with global markets.
Nigeria, West Africa
Country reference · illustrative map
A Nigerian foundation
Local roots.
An international outlook.
01
A focused first phase
Akwa Ibom is the proposed starting point, with a design ambition of 364,000 tonnes of e-methanol per year.
02
Room for what comes next
A longer-term concept includes Benue and potential scale-up towards 1.2 million tonnes per year, subject to development.
The coordinates identify Nigeria broadly; project locations remain subject to development and site studies.
Our technology
One connected platformIntegrated. Efficient.
Scalable.
A proposed combination of renewable energy, storage, hydrogen and carbon utilisation technologies, connected to produce green methanol at scale.
Battery energy storage
4.4 GWh
BESS
Battery storage for grid stability and energy optimisation across the system.
Flexible generation
550 MW
Gas turbines
Proposed gas generation to support operational flexibility within the energy mix.
Green hydrogen
~880 MW
Alkaline electrolysis
Electrolysis using renewable electricity to produce green hydrogen.
Fuel synthesis
Green methanol
Production
Combines green hydrogen with captured CO₂ to produce green methanol.
Future renewable supply
Hydropower
Future PPA option
Additional renewable power through a potential power purchase agreement in later phases.
Indicative design capacities, subject to engineering, financing and approvals.
Images are concept visualisations.
02 / The energy journeyCONNECTED BY DESIGN
One system.
Greater possibility.
Follow the proposed pathway from power to product. Explore each stage to see how the pieces come together.
Proposed design capacity
3.2GWp
Proposed solar PV capacity
Solar generation and battery storage form part of an integrated power system, with gas turbines proposed for operational flexibility. Future hydropower supply is also envisaged.
The process, simplified
Solar PV
Storage + support
Integrated power
Electricity
Proposed battery storage4.4 GWh
Generation mix, energy balance and lifecycle emissions are key areas for technical review.
The connected journey
Power → product → possibilityFrom clean power
to global impact.
Explore how the proposed platform connects energy, hydrogen and carbon utilisation to green methanol and global markets.
Select a stage to explore the pathway.
Renewable power supports hydrogen production. Captured CO₂ joins hydrogen as an additional input at the methanol synthesis stage.
Power the system
Start with the energy.
Proposed solar PV and battery storage form part of the integrated power system. Gas turbines provide operational flexibility, with future hydropower supply also envisaged.
3.2 GWp solar PV · 4.4 GWh battery storage
Illustrative pathway. Final energy balance, sourcing and lifecycle emissions remain subject to technical review.
People. Planet.
Lasting progress.
OUR SHARED FUTUREIllustrative image
03 / Our impact
Progress means
more than power.
Project Green’s ambition extends beyond production. Long-term value should reach the industries we serve, the communities around us and the environment we share.
01
Support cleaner industry
Develop a pathway for lower-carbon fuels, with environmental claims grounded in lifecycle assessment.
02
Build local opportunity
Explore skilled employment, supplier participation and meaningful community engagement.
03
Plan for the long term
Consider water, land, infrastructure and environmental safeguards throughout development.
04 / Investor relationsCLARITY AT EVERY STEP
A shared ambition.
An informed
conversation.
For investors, commercial partners and advisers, a meaningful conversation starts with the right information.
Connect with the team to discuss the project, clarify assumptions and request the latest available materials.
Confidential materials may be subject to eligibility review and confidentiality arrangements.
Areas for due diligence
Discuss the proposed development scope, phased capacity, intended markets and commercial assumptions with the project team. Request the latest approved overview and current development status.
Public information is an introduction to the proposed project. It does not replace technical, legal or commercial due diligence.
05 / Get in touch
The next chapter
starts with
a conversation.
Interested in Project Green? Tell us who you are, what you’re exploring and how we can help.
APPL Hydrogen Fuels Limited
Project Green · Nigeria
This form records your enquiry for AHFL. Please share only the information needed to discuss your interest.
A little more clarity
Frequently asked questions
What is Project Green?
Project Green is AHFL’s proposed integrated energy and green methanol platform in Nigeria. Explore the project’s background.
Where is the project planned?
Phase 1 is proposed for Akwa Ibom, with Benue identified for a later phase. View the development roadmap.
Are the capacities and dates confirmed?
The figures and milestones are indicative. Delivery remains subject to studies, engineering, approvals and financing.
How can I request investor information?
Choose “Investor information” in the enquiry form and tell us about your interest. The AHFL team can discuss the latest available materials and any confidentiality requirements.