Thyssenkrupp Nucera Increases Order Intake and Discontinues SOEC Series Production

Thyssenkrupp Nucera AG & Co. KGaA nearly doubled its order intake in the first nine months of fiscal year 2025/2026, from 241 million to 471 million euros. According to the plant engineering company, the Green Hydrogen (gH2) segment played a key role in this. At the same time, Thyssenkrupp Nucera is abandoning its plans to establish its own series production facility for high-temperature electrolysis (HTE).

by | August 18, 26

Thyssenkrupp Nucera's headquarters in Dortmund.
© Thyssenkrupp Nucera AG & Co. KGaA
Thyssenkrupp Nucera steigert Auftragseingang und gibt SOEC-Serienfertigung auf

In the gH2 segment, new orders rose to 184 million euros in the first nine months of the year, up from 23 million euros in the same period last year. The largest single order came from the 300-MW project of the Spanish oil company Moeve. The project aims to build what the company says will be the largest green hydrogen production facilities in Southern Europe. The contract also includes a long-term service package, featuring the use of digital twins and realistic operational simulations.

Revenue in the gH2 segment, however, showed a decline: Over the first nine months, it fell to 80 million euros, down from 377 million euros in the same period last year. According to the company, this is because the majority of revenue from major reference projects has already been recognized . One of these projects is NEOM in Saudi Arabia. In 2021, Thyssenkrupp Nucera was commissioned to install an electrolysis plant for the project. EBIT (earnings before interest and taxes) for the first nine months of 2025/2026 was -107 million euros. In the same period of the previous year, it was -39 million euros.

In July, Thyssenkrupp Nucera expanded its access to the Indian hydrogen market through a strategic partnership with the state-owned company Bharat Heavy Electricals Ltd. The two companies also plan to collaborate on the gradual relocation of electrolyzer module production to India.

SOEC mass production will not be pursued

Following a strategic review, Thyssenkrupp Nucera has decided not to proceed with establishing its own series production facility for solid oxide electrolysis cells (SOEC). The delayed ramp-up, particularly at HTE, as well as uncertain investment conditions, have altered the economic prospects for commercialization on the scale originally planned.

This decision would result in one-time negative impacts on EBIT of approximately 30 million euros, stemming primarily from impairment charges related to the pilot plant and capitalized development costs. The company is currently exploring how the Arnstadt site can be utilized in the future instead of for series production.

Thyssenkrupp Nucera plans to focus in the future on the chlor-alkali (CA) segment, alkaline water electrolysis (AWE), and high-pressure water electrolysis.

New Orders in the CA Segment Are Growing

In the CA segment, new orders rose by 32 percent to 288 million euros in the first nine months of 2025/2026. Revenue for this period totaled 273 million euros. By comparison, revenue in 2024/2025 was 286 million euros. While EBIT for the first nine months of fiscal year 2024/2025 amounted to approximately 43 million euros, it stood at 38 million euros in the comparable period of 2025/2026.

Revenue Remains Below the Previous Year's Level

In the third quarter of fiscal year 2025/2026, orders received at the Group level rose by 29 percent compared with the same period a year earlier, to 81 million euros. Revenue for the entire nine-month period totaled 354 million euros, falling short of the prior-year figure of 663 million euros.

EBIT decreased to -69 million euros in the first nine months compared with the previous year. According to the company, this was due to one-time extraordinary costs related to new construction projects, as well as the termination of a contract for a project in the U.S. in the gH2 segment.

Research and development expenses totaled 29 million euros in the first nine months. This represents an increase of 19 percent compared to the 2024/2025 period. The financial result for the first nine months of 2025/2026 was approximately 8 million euros. In fiscal year 2024/2025, it amounted to 13 million euros.

 

(Source: Thyssenkrupp Nucera AG & Co. KGaA/2026)

Image source, unless indicated in the image above:

Subscribe to the newsletter now

Fuel for your knowledge, delivered to your inbox every week.

Sign up here

H2 Projects in Your Region

More than 300 hydrogen projects in Germany and Europe

Click here for the interactive map

Neues Wasserstoff-Verteilsystem „HyCarrier“ präsentiert
Neues Wasserstoff-Verteilsystem „HyCarrier“ präsentiert

Die Hexagon Purus Weeze GmbH hat mit „HyCarrier“ Anfang Oktober ein neues Verteilsystem für den Transport von komprimiertem Wasserstoff auf Straßen, Schienen und Binnenwasserstraßen vorgestellt. Der modulare Container fasst bis zu 1.304 Kilogramm Wasserstoff und ist in Größen von 10 bis 45 Fuß erhältlich. Nach Unternehmensangaben ist es der bisher größte Multiple Element Gas Container (MEGC) des Unternehmens.

Read more
Siemens digitalisiert 100-MW-Wasserstoffanlage in Portugal
Siemens digitalisiert 100-MW-Wasserstoffanlage in Portugal

Der Technologiekonzern Siemens AG digitalisiert die geplante 100-MW-Anlage „GalpH2Park“ des Energieunternehmens Galp Energia SGPS S.A. im portugiesischen Sines. Mithilfe eines digitalen Prozesszwillings soll die Hydrogen Performance Suite (HPS) die Produktionsplanung und den Energieeinkauf optimieren. Laut Siemens sind dadurch Energieeinsparungen von bis zu 15 Prozent möglich. Nach eigenen Angaben wird die Anlage eine der größten Anlagen für erneuerbaren Wasserstoff in Europa sein.

Read more
Tesa bezieht Wasserstoff von EWE aus Emden
Tesa bezieht Wasserstoff von EWE aus Emden

Der Energieversorger EWE AG und der Klebeband-Hersteller Tesa SE haben Anfang Oktober einen Liefervertrag über jährlich 500 Tonnen erneuerbaren Wasserstoff unterzeichnet. Ab 2028 soll der H2 aus Emden das Tesa Werk Hamburg versorgen und die CO2-Emissionen dort um rund 6.000 Tonnen pro Jahr senken. Eingesetzt werden soll der Wasserstoff im Werk für die Dampferzeugung.

Read more

H2 Talk

„Die technische Machbarkeit ist nachgewiesen, die größte Herausforderung liegt im Markthochlauf“
„Wir wollen e-Fuels vom teuren Nischenprodukt zu einer wettbewerbsfähigen Lösung entwickeln“
„Der Mittelstand ist das Kraftwerk unserer Wirtschaft"

Publications