INNOVATION
Hycamite launches Europe's largest turquoise hydrogen plant in Finland, targeting 2,000 tons annually plus battery-grade graphite
17 Jun 2026

Kokkola is not a name that features often in Europe's energy debates. Yet a facility quietly opened there by Hycamite may matter more than most of the continent's grander clean-energy announcements. The plant splits methane and traps the resulting carbon as a solid, sidestepping the CO2 emissions that make conventional hydrogen production so problematic. Annual output is set at up to 2,000 tons of low-carbon hydrogen.
The solid carbon is the more intriguing part. Rather than a waste product to be buried, it is a feedstock. Hycamite is targeting up to 200 kilotons per year of battery-grade graphite once Phase 1 construction, expected before year-end, is complete. Graphite is a critical input for electric-vehicle batteries, and Europe currently produces very little of it domestically. That gap has grown uncomfortable as carmakers race toward electrification targets while depending heavily on imports.
CEO Laura Rahikka says the facility will help "a variety of industrial customers decarbonise their production cost-efficiently," with ambitions to expand into North America and tap markets where low-carbon feedstocks remain scarce and expensive.
Dual-output facilities of this kind offer something the clean-energy transition has so far struggled to deliver: simplicity. One site, one supplier, two critical materials. For manufacturers navigating tightening emissions rules, that compression of supply chains carries real value. Securing EU Strategic Project status under the Critical Raw Materials Act in May 2026 formalised the political backing already implied by investors such as Sojitz and the Finland Climate Fund.
Turquoise hydrogen occupies an awkward middle ground in the clean-energy spectrum. Greener than gas, costlier than patience, it has long attracted scepticism about whether it can move beyond demonstration projects. Kokkola is an answer of sorts, though a partial one. Expanded North American operations would test whether the economics hold beyond a well-subsidised European context, and whether heavy industry is genuinely ready to pay for a cleaner bridge rather than waiting for one it cannot yet afford to cross.
SCALING UP TURQUOISE HYDROGEN THROUGH HIGH TEMPERATURE METHANE PYROLYSIS
DAY 1: undefined
09:30 - 09:55
FIRST PRINCIPLES-BASED PREDICTIVE MODELING OF A TUBULAR REACTOR FOR THERMAL METHANE PYROLYSIS
DAY 1: undefined
11:30 - 11:55
COMMERCIAL SCALING OF METHANE PYROLYSIS IN TEXAS
DAY 1: undefined
12:00 - 12:25
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