Making Europe Energy
Independent.
We're building the company that will supply Europe's industry with green fuels shielded from geopolitical risk.
Europe's industrial future runs on molecules it doesn't yet produce.
RFNBO (Renewable Fuels of Non-Biological Origin) and specifically hydrogen are the only path to decarbonizing the industries that can't be electrified: steel, chemicals, glass, refining, aviation, shipping.
Europe needs H2 at a scale three hundred times greater than today. Someone has to build that capacity.
We are.
A new kind of energy company.
Conviction-driven
Born in 2025 to solve one problem: Europe's dependence on imported energy. Built around one conviction: green hydrogen is non-negotiable.
Off-grid by design
Our plants don't compete for grid capacity. They create their own. That's a structural advantage, not a feature.
Replicable, scalable
One plant proves it. A fleet delivers it. We're building toward European energy sovereignty, one site at a time.
The next decade decides whether Europe leads or imports.
Grid bottlenecks, permitting delays, and capital hesitation have stalled most of the competition.
We've designed around all three.
— A different problem requires a different company.
Making Europe Energy Independent: producing RFNBOs using water, wind, and solar energy.
Our first plant breaks ground in Spain.
Plant M is set to be operational in Q2 2028. It's the first of many.
Learn About Plant MGet in touch.
Invest in Europe's energy future
Institutional-grade green finance project. Phased CAPEX. EU-aligned. Backed by partners and policy.
Investment Inquiries →Secure your green hydrogen supply
Reliable, certified hydrogen for hard-to-abate industry. Long-term partnerships, shared upside.
Discuss Supply →Partner with us
JV partners, Local government, R&D institutions, and EU funding collaborations welcome.
Partner With Us →Three things hold back green hydrogen in Europe. We've designed around all of them.
Most green hydrogen projects in Europe never break ground. The reasons are always the same: grid bottlenecks, permitting delays, and capital risk.
We've spent years designing a model that sidesteps each one.
Off-grid
by design.
Our plants don't compete for grid capacity. They generate, store, and use their own energy on site, which means we don't wait for interconnection queues, and we don't depend on infrastructure that hasn't been built yet.
Replicable,
not bespoke.
We're not building one-off science projects. Every plant follows a unified blueprint, refined for cost, speed, and certification.
Vertically
integrated.
We control the chain end-to-end: site selection, energy generation, water sourcing, hydrogen production, and customer delivery. No subcontracted blind spots. No misaligned partners.
Plants that get smarter
every year.
We're not just developing hydrogen plants. We're developing the machine-learning layer, grounded in a high-fidelity simulation model, that makes them improve with age.
Most plants stop improving the day they start.
Static plants stop improving.
Off-grid renewable hydrogen plants today are designed once and run on rules written at commissioning. Weather changes. Seasons shift. Equipment ages.
But the operating logic stays frozen. Performance drifts. The plant gets worse over time, not better.
An ML/AI - enabled operating layer.
Ceplus is developing the operating intelligence that will sit inside every plant we build: A machine-learning layer grounded in a high-fidelity simulation model of each plant.
It will anticipate rather than react. Optimise rather than execute. Compound rather than decay. The plant doesn't just run, it learns.
Safety over Performance.
Hydrogen quality, certification compliance, equipment protection and operational envelopes will retain unmodified override authority at all times.
The smarter the plant gets, the more rigorously safety stays protected. This isn't a compromise, it's a design principle.
The advantage compounds.
A static plant produces what it can on day one. Ours are designed to produce more, more efficiently, and more reliably the longer they run.
Across an entire fleet, the compounding effect is what turns project economics into platform economics.
The molecule industry can't
do without.
Hydrogen is the Swiss Army knife of the energy transition: the only fuel that turns geopolitical risk and carbon liability into sovereignty and growth.
Europe needs thirty million tons of clean hydrogen by 2050. Today, it produces less than one tenth of one.
Sovereign energy
Domestic hydrogen lets Europe replace fossil-fuel imports with locally produced molecules, insulating the industrial core from global supply shocks and price swings.
Hard-to-abate industry
Hydrogen is the only molecule capable of providing the 1,500°C+ heat and chemical reduction required by heavy industry. Where electrification stops, hydrogen begins.
Critical applications
Green ammonia for fertilizers. E-methanol for plastics. Float glass without the carbon footprint. Refining and sustainable aviation fuel. Every one of these depends on a clean molecule.
The economic tipping point
The EU ETS Carbon Cliff is reshaping the math. As certificates climb past €100/ton, the carbon tax alone adds more than €1/kg to grey hydrogen, closing the cost gap with green and making the case to invest now.
Renewable fuels from non-biological origin. No retrofitting - immediate benefits.
We will deliver drop-in molecules that work in existing engines, ships, aircraft, and fertiliser supply chains without modification.
Every economy starts with energy.
Power-to-X converts renewable electricity, water, and captured CO₂ or atmospheric nitrogen into synthetic fuels and industrial chemicals, creating drop-in molecules that work in existing engines, ships, aircraft, and fertiliser supply chains without modification.
For Europe, PtX isn't just a decarbonisation tool. It's a strategic asset.
Four reasons it matters now.
Energy security
Fuel produced on European soil, not subject to pipeline politics or shipping chokepoints.
National security
Domestic synthetic fuel and fertiliser production as the backbone of resilient supply chains.
Geopolitical shield
Reduced exposure to volatile imports and hostile suppliers.
Industrial competitiveness
Keeping European industry, jobs, and value chains anchored at home.
PtX is a platform.
Renewable electricity and water produce green hydrogen. Combined with different feedstocks, we can manufacture a range of drop-in fuels and chemicals.
e-SAF, e-Diesel,
e-Naphtha
H₂ + captured CO₂ → syngas → Fischer-Tropsch
Aviation, road transport, chemical feedstock
e-Methanol
H₂ + captured CO₂ → methanol synthesis
Marine fuel, chemicals, MTG / MTO precursor
Green
ammonia
H₂ + atmospheric N₂ → Haber-Bosch
Fertiliser, marine fuel, hydrogen carrier
One platform, four raw materials.
Water electrolysis powered by renewable electricity
Industrial carbon capture (cement, steel, chemicals); biomass gasification
Atmospheric air separation
Solar, wind, hydro
European law is creating mandatory demand.
RED III
Fixed quotas for renewable fuels of non-biological origin (RFNBOs) across transport.
ReFuelEU Aviation
Binding, rising shares of SAF in jet fuel sold at EU airports.
FuelEU Maritime
Binding GHG intensity limits for ships at EU ports — accelerating e-methanol and green ammonia adoption.
Fertiliser market
Green ammonia replaces fossil-derived ammonia, today made almost entirely from natural gas.
Together, these frameworks turn Power-to-X from a sustainability proposition into a regulated market with secured offtake.
We keep learning the same lesson the hard way.
Europe's energy insecurity is not a hypothetical risk, it's a recurring crisis. Every shock teaches the same truth: dependence on imported molecules is a structural vulnerability, and hydrogen is the structural answer.
The geopolitical shock.
Russia strategically cut its gas supply after invading Ukraine, stopping the export of 80 billion cubic metres of pipeline gas to Europe. Prices explode. Industries shut down. Governments scramble. Russia's share of EU pipeline gas falls from ~40% to ~6% over the following years. REPowerEU launches with €300B+ committed to ending fossil-fuel imports. Hydrogen is named the strategic answer for industries that can't electrify.
The framework.
RED III adopted. RFNBO (Renewable Fuels of Non-Biological Origin) codified into law. Industry given binding 2030 mandates: 42% of industrial hydrogen consumption must be RFNBO. The "what counts as green" question, answered.
The capital.
European Hydrogen Bank holds its first auction: €800M committed in round one. IPCEI Hy2Tech, Hy2Use, and Hy2Infra approved: €18B+ in coordinated state aid. The Innovation Fund expands its hydrogen envelope. Public capital arrives at scale.
The closures.
On January 1, the last remaining Russian gas transit route through Ukraine is shut off entirely. The Carbon Border Adjustment Mechanism takes full effect: imports of carbon-intensive goods now pay the same carbon tax as European producers, closing the loophole that protected grey hydrogen. For the first time, wind and solar generate more EU electricity than fossil fuels. The power sector turns a corner. The molecules don't.
The next shock.
US-Israeli strikes on Iran disrupt the Strait of Hormuz, through which 20% of global oil and 20% of global LNG flow. European gas prices jump 20% overnight. Storage sits at 46 bcm, well below 77 bcm in 2024. Europe finds itself competing with Asia for spot LNG cargoes on a volatile market. The lesson lands again: we replaced one dependency with another.
The cliff.
EU ETS allowances tighten dramatically. Carbon prices project to €100–125/ton. Grey hydrogen carries a €1+/kg carbon penalty. Spanish Hydrogen Backbone operational. RFNBO mandates apply. The 10 Mt domestic production target arrives.
The continent.
European Hydrogen Backbone: ~53,000 km of dedicated and repurposed pipelines connecting renewable-rich south to demand-heavy north. Cross-continental hydrogen flows become as routine as natural gas was in 2020.
Targets don't produce molecules.
Projects do.
— It's time to stop reacting to crises and start building the infrastructure that makes them irrelevant.
Price isn't the problem you think it is.
The carbon market is doing the work for us.
EU ETS prices have climbed from €25 in 2020 to €80+ today. Projections put them at €100-125/ton by 2030.
Grey hydrogen emits 9-11kg of CO₂ per kg of H₂. At those carbon prices, that's a €1+/kg penalty attached to every kilogram of grey, effectively doubling its production cost.
Meanwhile, green hydrogen costs decline year over year on the technology learning curve.
— The two lines cross. Sooner than most realize.
The buyers are already here.
The molecules aren't.
Hydrogen isn't a single market. It's a portfolio of mandated, accelerating, and expanding ones.
Refining & Chemicals
The largest grey-hydrogen consumer in Europe. Already mandated to switch under RED III. Demand isn't optional, it's compliance.
Steel
Direct reduction with hydrogen replaces coking coal. First commercial green steel plants come online 2026–2028. A single steel mill needs more hydrogen than dozens of refineries.
Glass & High-Temperature Industry
1,500°C+ heat that electrification cannot deliver. Float glass, ceramics, cement: clean molecules required, only hydrogen qualifies.
Mobility & Heavy Transport
Long-haul trucks, trains, regional aviation, marine fuel. Battery-electric solutions hit weight and range limits where hydrogen doesn't.
Pipeline Blending
Existing European gas networks can absorb 10–20% hydrogen blends today, with infrastructure for higher concentrations rolling out. Volume demand here alone could exceed industrial offtake.
Long-Duration Storage & Power
Hydrogen as the seasonal balancer for a renewables-heavy grid. Convert excess summer solar into stored molecules. Burn or fuel-cell back to power in winter.
Clean hydrogen produced in Europe today.
EU domestic production target by 2030.
EU green hydrogen target by 2050.
300× more, in fifteen years. Not a ramp. A transformation.
The proof of concept. Scalable.
Operational in 2028.
Combining renewable energy production, H2 electrolysis and storage. A blueprint for future infrastructure expansion.
Why Southern Spain.
The site sits in Europe's most solar-rich region, with proximity to the coming ENAGAS hydrogen backbone, access to groundwater, and short routes to the ports of Alicante and Valencia. A strategic combination of proximity to distribution points and an abundance of land.
What it produces.
Ultra-pure green hydrogen, RFNBO-compliant from day one, delivered by tube trailer across a wide European service radius. The output meets the strictest specifications required by chemicals, glass, mobility, and high-purity industrial applications.
Why it matters.
Plant M isn't the goal. It's the template. Every system, contract, and certification we build here becomes the foundation for the next plant, and the one after that. By 2035, we plan to operate a portfolio of RFNBO plants across Europe and the world.
Where it stands.
Construction land scouted. Solar yield study completed. Environmental permitting path clear. MoUs in place with institutional investors and prospective offtakers. Local government engaged. The project is real and moving.
Founded on conviction.
Built for scale.
Ceplus Energy was founded in 2025 in Munich, with a single mission: make Europe energy independent. Our headquarters are in Germany. Our first plant is in Spain. Our ambition spans the world.
Why we exist.
The energy crisis of the early 2020s exposed a structural truth: Europe cannot afford to outsource the molecules its industry depends on. Decarbonization isn't just an environmental goal, it's an economic and geopolitical one.
Ceplus was founded to be part of the answer. Not only a developer, but an innovator, building scalable plants efficiently.
In the rooms where Europe's hydrogen future is being built.
Ceplus is a member of the European Clean Hydrogen Alliance — joining the developers, industrials, and policymakers shaping the continent's clean hydrogen economy.
Membership is more than a badge. It's a seat at the table where standards are negotiated, market signals are read first, and the next generation of European hydrogen infrastructure is being defined.
Let's talk.
Whether you're investing, sourcing, or partnering, we'd love to hear from you directly. Pick the path that fits.
Our Leadership
Connect with our CEO, a successful entrepreneur with a long-standing track record.
Direct contact to our CEO →Investors
Discuss our investment thesis, project pipeline, and partnership terms with our founding team.
Direct contact to our CFO →Offtakers
Explore long-term green hydrogen supply agreements and pilot deliveries from Plant M.
Direct contact to our Head of Business Development →Partners & Press
R&D collaboration, EU funding, regional partnerships, and media inquiries.
Direct contact to our Partnerships team →— Headquarters
Ceplus Energy AG
Leuchtenbergring 3
81677 Munich, Germany
— Project Office
Murcia, Spain
(in development)
— Direct Line
+49 176 45863245
Founders
Impressum
Leuchtenbergring 3
81677 München
Deutschland
Handelsregister: HRB 301280
Registergericht: Amtsgericht München
Telefon: +49 (0) 176 578 66616
E-Mail: admin@ceplus.org
Magnus Möhrlein
Leuchtenbergring 3
81677 München
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