No Fuel Wins Alone: Lithuania's Blueprint for the Baltic Hydrogen Economy
A Strait of Hormuz shock that reached Klaipėda, a hydrogen station already producing fuel, and a bus depot going green by November — Lithuania's last year reads like a small country's answer to a very large question. We look at why the future runs on a mix of molecules rather than one, and what Lithuania's build-out means for Baltic hydrogen ecosystem stakeholders working the same problem in Latvia and Estonia.
NEWS
PtXBaltic
8/14/20265 min read
When the Strait of Hormuz effectively closed for several weeks this year, the shipping lane that carries a huge share of the world's oil and LNG saw roughly 95% of its normal traffic disappear — from around 150 vessels a day down to eight or ten. Klaipėda sits nowhere near the Gulf. It felt the shock anyway: gas prices climbed toward €60 per megawatt-hour against a normal €30, container flows shifted, and higher bunker costs got passed straight through to shippers. That's the uncomfortable lesson buried in fossil fuel dependency — geography doesn't buy you out of it. Green Finance Institute expert Ingrida Lašinskienė made exactly this point in a recent LRT column, and it frames a question every Baltic hydrogen ecosystem stakeholder should already be sitting with: not which fuel eventually replaces oil, but which combination of fuels does.
There's no universal fuel, and that's the point
Electric vehicles have more or less settled the question for passenger cars — battery-electric is winning that segment and will keep winning it. Heavy trucks, shipping, aviation and a good chunk of heavy industry are a different story. These are sectors that need enormous amounts of energy in a small footprint, fast refuelling, or process heat that batteries simply can't deliver at a reasonable cost today. Electrification isn't always the economically or technologically sound answer there, and pretending otherwise wastes time the Baltic region doesn't have.
So the energy system that's forming isn't one where hydrogen "replaces" anything. Biomethane looks set to become one of the most efficient options for heavy and public transport. Green hydrogen fits steel, chemicals, shipping and some transport segments. Synthetic fuels — e-fuels made from captured CO₂ and green hydrogen — are shaping up as one of the few realistic paths for aviation, where dropping liquid fuel altogether is going to stay genuinely hard for decades. Put simply: the future belongs to a portfolio, not a fuel. That's more or less the working premise behind Power-to-X — it's just landed on our desk this time by way of a Lithuanian economist rather than from us.
A shock that didn't stay in the Gulf
Lithuania's energy planners like to point out that Klaipėda isn't directly wired into Hormuz — most of its LNG comes from Norway (around 55%) and the United States, not the Gulf. And on paper, the port did fine: container cargo actually rose 8% in the first four months of 2026, and LNG handling jumped 38% to 1.1 million tonnes as trade patterns reshuffled around the bottleneck. KN Energies' CEO, Darius Šilenskis, has described the direct impact on Lithuania as limited, given how the regional supply chain stretches from Finland to Poland.
But "limited" still meant gas prices roughly doubling from a normal baseline, and it happened for a reason that has nothing to do with Lithuania's own choices — a chokepoint thousands of kilometres away, run by actors nobody in Vilnius or Riga controls. It's a smaller echo of 2022, when gas spiked to around €250 per megawatt-hour after Russia's invasion of Ukraine. Different trigger, same structural weakness: as long as the fuel is imported, the price is set somewhere else. That's precisely the case for building fuel production the Baltic region actually owns.
Lithuania isn't waiting for the technology to mature — it's building anyway
Here's what makes Lašinskienė's argument land rather than just sound reasonable: Lithuania isn't describing a future scenario, it's reporting on construction sites. In April 2026, the Port of Klaipėda produced its first hydrogen at what is Lithuania's first green hydrogen production and refuelling station — a roughly €12 million project, about half of it EU-funded, built by Inžinerinis projektavimas, MT Group and Gevalda with LTG Group, port operator BEGA and Volvo Lietuva on board. The PEM electrolyser is designed to reach around 127 tonnes of hydrogen a year at full capacity, feeding passenger vehicles, heavy-duty trucks, ships and the port's own operations — including a hydrogen-powered waste-collection vessel and a Toyota Mirai. Commercial supply is expected this autumn.
Vilnius is running its own version of the same playbook, aimed at public transport rather than shipping. Municipal heat supplier Miesto Gijos is building a roughly €10 million hydrogen plant — around €5.6 million of it EU co-financed — capable of producing up to 3.45 million cubic metres of green hydrogen a year. Ten hydrogen buses are expected to start carrying passengers around November 2026, with the fleet planned to grow to sixteen. A nice detail that says a lot about how these projects get designed here: the excess heat from making the hydrogen gets fed straight into the city's district heating network, so the plant pays for itself twice.
The Lithuania build-out at a glance
Three numbers worth keeping in view:
Klaipėda Port green hydrogen station — ~€12 million invested (~€6 million EU-funded), PEM electrolyser, ~127 tonnes/year capacity, first hydrogen produced April 2026, commercial supply expected autumn 2026.
Vilnius hydrogen bus plant — ~€10 million invested (~€5.6 million EU co-financed), up to 3.45 million m³ of hydrogen a year, 10 buses growing to 16, passenger service expected from November 2026.
Lithuania's biomethane fleet — 14 plants, 76 MW combined capacity, output nearly tripled year-on-year by April 2026.
The other fuel Lithuania is already good at
Hydrogen gets most of the headlines, but biomethane might be the more immediately investable Baltic story. Lithuania has a strong agricultural sector, large volumes of biological waste and — critically — a gas grid already built to carry it. Fourteen biomethane plants are now feeding that network, with a combined capacity of around 76 megawatts. Grid operator Amber Grid reported that biomethane injected into the transmission system in April 2026 came in at roughly 41 GWh, against 15 GWh a year earlier — essentially in line with Lašinskienė's "nearly tripled" claim — and issued guarantees of origin for close to 150 GWh in the first four months of the year, a 2.5-fold jump on 2025.
Biomethane is still only around 2% of Lithuania's gas consumption, but the national strategy is targeting close to 10% — about 1.4 TWh — by 2030. That's not a small ambition, and it turns farm waste into a second income stream for farmers and regional economies rather than a disposal cost. It also matters for the e-fuels conversation: synthetic fuels need a source of captured CO₂, and a biomethane sector this size is exactly the kind of biogenic carbon source that future Baltic e-fuels plants will be looking for.
This is an investment story before it's a technology story
None of this — the electrolysers, the biomethane plants, the refuelling infrastructure, the supply chains that don't exist yet — gets built by technology maturing on its own. It gets built with capital, and Lašinskienė's own framing of this as "first and foremost an investment story" is worth sitting with. Early-stage hydrogen and PtX projects carry real technology and market risk, which means commercial financing alone rarely closes the gap. Both Klaipėda and Vilnius prove the actual mechanism: EU structural and recovery funding covering roughly half the capital cost, with the rest carried by developers and operators willing to take on what's left.
That's the model the wider region needs to internalise, not just admire. The biggest obstacle to scaling new fuels in the Baltics isn't a missing technology — the electrolysers exist, the biomethane digesters exist. It's a clear investment environment, a regulatory direction that doesn't shift every election cycle, and financing mechanisms that can carry a project from pilot to commercial scale without stalling in between. Where public development institutions show up early with de-risking instruments, private capital tends to follow.
Source: Ingrida Lašinskienė. Ateities kuras ir galimybės Lietuvos ekonomikai