The Energy Shift

The ADA Shift.

Electrons are the input. Molecules are the future.
The global energy transition is not about generating more renewable electricity — it is about what you do with it.

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The Carbon Wall

Renewable electricity is necessary.
It is not sufficient.

30%
of global CO₂ emissions cannot be directly electrified — they require a molecular solution.

The world has made remarkable progress in generating renewable electricity. Solar and wind costs have collapsed. Grid capacity is expanding. But the hardest third of global emissions is not on the grid — and it never will be.

Shipping runs on energy density, not electrons. Aviation cannot carry batteries across oceans. Steel furnaces require carbon-based reductants. Fertilisers begin with nitrogen fixation at industrial scale. These sectors need molecules, not kilowatts.

For decades, this reality was acknowledged and deferred. The technology wasn't there. The economics weren't there. The political will wasn't there. All three have now arrived simultaneously.

~8%
Steel & Heavy Industry
Blast furnaces require carbon-based reductants. Green hydrogen is the only scalable substitute.
~5%
Fertiliser & Agriculture
Global food production depends on ammonia synthesised from fossil fuels. Green ammonia changes this.
~3%
Shipping & Maritime
Long-haul freight cannot wait for batteries. Green ammonia and methanol are the emerging fuels of choice.
~2.5%
Aviation
Growing faster than any other transport sector. Sustainable aviation fuel from green hydrogen is the mandated solution.
~4%
Long-Haul Transport
Energy density requirements rule out battery-electric at scale. Green hydrogen and e-fuels are the viable pathway.
~6%
Chemical Feedstocks
Plastics, pharmaceuticals, and materials start with molecules derived from fossil feedstocks. P2X replaces them directly.
Power-to-X

When electrons become molecules, everything changes.

Power-to-X is the process of converting renewable electricity into storable, transportable, and industrially usable molecules. Green hydrogen is the starting point. From there, the chemistry branches into ammonia, methanol, sustainable aviation fuel, fertilisers, and a range of industrial feedstocks.

Each pathway is a market. Each market is a decarbonisation imperative. And each imperative represents decades of demand.

01
Transportability
Molecules can be shipped, stored, and delivered to markets that no grid can reach. Green ammonia moves across oceans. Pipelines carry hydrogen across continents. The molecule is logistics-agnostic.
02
Energy Density
Green hydrogen carries roughly three times the energy per kilogram of diesel. Ammonia is even more efficient to store and transport. The molecule outperforms the battery at scale and distance.
03
Industrial Feedstock
Fertilisers, plastics, pharmaceuticals, and materials all begin with molecular inputs. Green P2X products directly replace fossil-derived feedstocks — with no change in end-use infrastructure required.
04
Seasonal Storage
Renewable electricity is intermittent. Molecules are not. Converting excess generation into storable fuels solves the oldest problem in energy — decoupling supply from demand across seasons and geographies.
The Timing

The infrastructure doesn't exist yet.
That's the opportunity.

The P2X industry is at the same inflection point that solar reached in 2010. Costs are falling, policy is aligning, and industrial demand is crystallising. The first developers who secure the right projects in the right markets will define the sector for decades.

Technology
Electrolyser costs down 60%+
In a single decade. Scale-up is accelerating across all major types — PEM, alkaline, and SOEC — and the curve continues to fall.
Demand
Industrial offtakers are committing
Long-term supply agreements are being signed now — by shipping companies, airlines, and fertiliser groups with firm 2030 targets.
Policy
Regulatory frameworks in place
EU Hydrogen Strategy, US Inflation Reduction Act, and national hydrogen laws across ADA's regions have created real investment certainty.
Capital
Institutional capital is looking
Infrastructure funds, energy majors, and sovereign wealth funds are actively seeking P2X investment vehicles. The demand is for projects.
ADA — Pipeline at a Glance
1 GW
Electrolyser Pipeline
Under development across active regions
3
Active Regions
South America · North Africa & MENA · Southeast Europe
6
P2X Pathways
From green hydrogen to SAF and industrial feedstocks
20+
Years Experience
Energy development and project origination
Where ADA Stands

The shift is real.
The window is open.
ADA is building.

ADA is a Power-to-X platform — not a fund, not a consultancy. We originate, develop, and operate the projects that convert renewable electricity into the molecules hard-to-abate industries depend on.

Every project begins with demand. Every region is chosen for its renewable advantage and proximity to offtake.

Explore Our Platform → About ADA →
01
Demand before capital
ADA identifies industrial offtakers before committing capital. Buyers commit to molecules before the electrolyser is financed. The market pulls the project — not the other way around.
02
Renewable power first
Green molecules are only green when the electricity is green. ADA secures co-located generation or long-term PPAs before any conversion asset is designed — additionality at every project.
03
Technology-agnostic sourcing
ADA does not bet on a single electrolyser technology. PEM, alkaline, SOEC — we source the technology that matches each project's scale, location, and output specification.
04
End-to-end integration
From renewable origination and permitting to electrolyser integration and molecule delivery — ADA manages the full conversion chain. No gaps in the value chain means no gaps in returns.
South America
Exceptional resources. First-mover timing.
Among the highest solar and wind irradiation globally. Proximity to Asian and European ammonia import markets. ADA is entering before infrastructure exists — securing land, permits, and offtake ahead of the curve.
North Africa & MENA
The world's lowest-cost green electrons.
Unmatched renewable generation potential with established export infrastructure. Direct corridor to European hydrogen demand under the EU Hydrogen Strategy and CBAM.
Southeast Europe
At the door of EU industrial demand.
Strong renewable resources within reach of the EU's largest industrial consumers. CBAM is accelerating demand for green feedstocks from steel, cement, and chemical producers.