Groningen is the capital of Groningen province — originally the largest gas centre of the European Union and currently the centre of the Dutch energy transformation. For an integrator it's a province being industrially reshaped right now — old natural-gas reservoirs are closing, and infrastructure for hydrogen, biomass cogeneration and offshore wind is being built. That's a realistic entry zone for cross-border supplier work.
Gasunie and the end of the Groningen field
The Groningen field is historically the largest natural gas reservoir in Europe — discovered in 1959 in the Slochteren location, with estimated original reserves of about 2,800 billion m³. Operated by NAM (Nederlandse Aardolie Maatschappij — joint venture Shell + ExxonMobil), distributed by Gasunie as TSO. Since 2014, however, the Groningen field has been gradually closing due to induced sedimentary seismicity — earthquake frequency in northern Netherlands increased to a level damaging historic brick buildings. The Dutch government decided to fully close production by 2024 (with a reserve for extreme cold winter scenarios until 2030).
For an integrator that means two parallel worlds: - **Decommissioning work** — closing production sites, decontamination, dismantling of pipeline systems, environmental remediation. This is primarily for Dutch tier-1 EPC firms (Bilfinger Tebodin, Stork, Sweco) with decades of presence in the gas segment. - **Energy transformation** — Gasunie builds new pipeline systems for hydrogen, integration of biomass cogeneration, and back-up infrastructure for offshore wind farms. For these projects we open peripheral entry via sub-supplier model.
Shell NAM Schoonebeek
Shell NAM Schoonebeek (on the Groningen-Drenthe border) is the last active oil production in the Netherlands — extraction of heavy oil using steam-assisted gravity drainage (SAGD). For an integrator it's an ATEX zone with full regulatory geography (NEN-EN-IEC 60079, intrinsically safe equipment, SIL-3 hazard analysis under IEC 61511). Peripheral IT and administrative projects are accessible; core ATEX zones 0/1 are primarily for Dutch specialised firms.
FrieslandCampina and the dairy industry
FrieslandCampina is the largest Dutch dairy company (HQ Amersfoort, but major operations in the Groningen-Friesland region). It processes milk from about 17,000 farmers in the Netherlands, Belgium and Germany. For an integrator the dairy industry is interesting via: - CIP (Clean-In-Place) automation for tank and pipeline cleaning (Endress+Hauser, Bürkert, GEA) - HACCP-compatible process regulation (tracking of temperatures, humidity, time-temperature integrators, pH) - MES integration for allergen tracking and batch traceability - Structured cabling in hygienically clean zones (washable cabling, IP65 industrial connectors) - ATEX zones for milk powder mixing (dust zones 20/21/22)
RUG University Medical Center and medtech
Universitair Medisch Centrum Groningen (UMCG) is the largest university hospital in northern Netherlands and has a large medical engineering and R&D segment. For an integrator we open potential via: - AI infrastructure for medical imaging (NVIDIA HGX H200, vLLM, medical-specific fine-tuned models) - Structured cabling for operating theatres and imaging suites (requires IEC 60601-1 medical compatibility) - DCIM for university HPC clusters used for genomic and proteomic computations - Cleanroom protocols for experimental laboratories
Our `ai-cluster-research-lab` project in Cluj (2025) was exactly this profile — NVIDIA Blackwell nodes with Mellanox NDR for university R&D. For UMCG this is technologically directly transferable, albeit with added medical regulations (MDR — Medical Device Regulation EU 2017/745).
Damen Shipyards Hoogezand
Damen Shipyards Hoogezand in the Groningen operation produces workboats for offshore wind and hydraulics. For an integrator entry is via sub-supplier model to Damen Procurement, similar to what we described in the Haarlem regional page.
Energy transformation — hydrogen and offshore wind
This is where we open up most. Groningen is transforming into a hydrogen hub: - **Hydrogen electrolysers** — Shell and Gasunie plan the NorthH2 electrolyser (capacity up to 4 GW by 2030) at Eemshaven. For an integrator it's new industrial construction with full ATEX geography (hydrogen is extremely explosive, ATEX zones 0/1 strictly observed) and with large structured cabling and IT infrastructure volume. - **Offshore wind farms** — TenneT TSO brings HV DC cable out from Borssele and Hollandse Kust offshore farms via Eemshaven to the Dutch mainland. For an integrator we open substation IT and cabling at the Eemshaven converter station. - **Biomass cogeneration** — RWE Eemshaven and regional energy cooperatives convert coal plants to biomass + future hydrogen.
This is a realistic strategic target. Our specialisation in electrical installation (`continental-puchov` 2025 — Continental substation + 14 m cable runs + production hall) is directly transferable to converter station and electrolyser periphery.
Our commuting relationship
Groningen is from AMS Schiphol about 2 hours 15 minutes by direct Intercity (via Zwolle) or 2 h 30 min by car. From Košice by air via AMS (about 2.5 h) plus 2 h transport. For projects in the Groningen orbit, accommodation in Groningen or Hoogezand is realistic.
For energy transformation (Eemshaven, NorthH2, biomass plants) realistic accommodation for 4-8 weeks on larger projects with team rotation.
Which pillars fit best
For energy transformation (hydrogen, offshore wind converter station, biomass) — **Electro + Industry + Automation**. ATEX-aware work, substations, HV DC cabling, SCADA/PLC integration.
For FrieslandCampina dairy industry — **Automation + Smart Buildings**. CIP automation, HACCP process regulation, MES integration.
For UMCG medical R&D — **Data Centres + Software/AI**. AI clusters for medical imaging, structured cabling, DCIM. Exactly in the spirit of our `ai-cluster-research-lab`.
For Damen Hoogezand and Shell NAM peripheral projects — **Electro + Industry** in sub-supplier mode.
What you shouldn't yet ask us about in Groningen
Decommissioning Groningen field core — primarily for Bilfinger Tebodin, Stork, Sweco with decades of gas history.
Shell NAM core ATEX zones 0/1 — closed orbit of Dutch specialised firms.
UMCG medical safety-critical systems — require IEC 60601-1 certified engineering team and MDR pre-qualification.