3.2 GWp
Solar PV
Utility-scale solar generation to power the proposed integrated energy system.
Our technology / Project Green
Integrated. Efficient.
Scalable.
One connected platform, from energy to export.
Project Green brings together power generation, energy storage, hydrogen production and carbon utilisation in a proposed integrated green methanol production and export platform.
Discover the project backgroundProposed platform in Nigeria Indicative design capacities, subject to engineering, financing and approvals.
The technology mix
Each part has a purpose.
The Phase 1 platform brings power generation, storage and fuel production together. Hydropower is a future renewable supply option for Phase 2.
Phase 1
The core production platform.
4.4 GWh
BESS
Battery storage for grid stability and energy optimisation across the system.
550 MW
Gas turbines
Proposed gas generation to support operational flexibility within the energy mix.
~880 MW
Alkaline electrolysis
Electrolysis using renewable electricity to produce green hydrogen.
87,608 mt/yr
Green hydrogen production
Proposed annual green hydrogen output for Phase 1, supplying the methanol production platform.
Green methanol
Production
Combines green hydrogen with captured CO₂ to produce green methanol.
Phase 2
Additional renewable supply.
Hydropower
Future PPA option
Additional renewable power through a potential power purchase agreement in Phase 2.
These figures describe the proposed design, not installed or operating assets. The final technology mix and capacities remain subject to development.
From power to product
One system.
Greater possibility.
The proposed pathway connects energy generation with hydrogen, methanol synthesis, and the infrastructure needed to reach intended markets.
Generate and balance power
Solar PV and battery storage form part of the planned energy system. Gas turbines are proposed for flexibility, with hydropower envisaged for Phase 2.
Produce green hydrogen
The proposed electrolysis system uses renewable electricity to produce hydrogen for the methanol platform. Power availability and hydrogen production need to be planned together.
Bring the inputs together
Green hydrogen and captured CO₂ are combined at the proposed methanol synthesis stage. Carbon supply, process integration and product requirements are areas for technical review.
Plan storage and export
Storage and distribution form part of the platform’s connection to domestic and international markets. Logistics and commercial arrangements remain part of project development.
Generation mix, energy balance, carbon sourcing and lifecycle emissions require technical assessment. The proposed system should be considered as a whole.
Development priorities
Designed as a platform.
Reviewed as a whole.
Integration is central to the concept. Progress depends on understanding how the individual systems work together and how the project can be delivered in phases.
System integration
Align power generation and storage with the needs of hydrogen production and methanol synthesis. Operating assumptions and energy balance are key to the design.
Phased development
The Phase 1 ambition is 429,000 mt/yr of e-methanol, with potential scale-up across Phase 1 + Phase 2 towards 1.2 million mt/yr, subject to development.
Evidence-led decisions
Engineering, environmental assessment, approvals, commercial arrangements and financing all inform the path from a proposed platform to delivery.
mt/yr means metric tonnes per year. For projected milestones and proposed locations, see the development roadmap.
A closer look
Let’s talk about
the technology.
For technical discussions, commercial enquiries or the latest available project information, connect with the AHFL team.