🇳🇱 Netherlands Energy Profile Groningen Gas Closed 2023 21 GW North Sea Wind by 2030

Groningen — Europe's Once-Largest Gas Field, Now Closed

The Groningen field in northeastern Netherlands was discovered in 1959 and became Europe's largest natural gas field — peak production was 88 Bcm/year in 1976. It supplied Dutch residential heating ("Slochteren gas") for decades and provided billions in government revenue. However, extraction caused significant earthquakes — over 1,000 tremors including a M3.6 in 2012 — damaging ~30,000 homes in Groningen province.

Closure: Following the 2012 earthquake and sustained public pressure, the Dutch government progressively cut production and closed the field on October 1, 2023 — moving to near-zero production for the first time since 1963. NAM (Shell/ExxonMobil JV) faces billions in compensation claims for structural damage. The government created a Groningen National Programme (€22.5B) for housing repair, economic development, and transition.

LNG as replacement: Netherlands built Gate Terminal (Rotterdam, 12 Bcm/yr LNG import capacity) and accelerated offshore gas production to replace Groningen volumes. Post-2022 Ukraine crisis, Netherlands became a critical LNG gateway for European gas supply.

Dutch Offshore Wind — Hollandse Kust Series

Zero-subsidy offshore wind: The Netherlands achieved a global milestone in 2016 when Dong Energy (now Orsted) won the Borssele tender with zero government subsidy — the first offshore wind project globally to need no support, purely competing on commercial terms. This proved offshore wind's cost competitiveness at scale.

Netherlands Nuclear — Borssele and Two New Plants

The Netherlands has one operating nuclear plant: Borssele (512 MW, PWR, 1973) in Zeeland, operated by EPZ. Borssele was scheduled to close in 2033 but the government extended its life to 2033+. More significantly, the Dutch government announced in 2022 plans to build two new nuclear plants — part of the country's push to decarbonize while replacing gas generation.

Policy shift: The Netherlands' nuclear revival is part of a broader European trend — countries previously opposed to nuclear (Germany excepted) are reversing course as the energy security crisis post-2022 and decarbonization goals align. Netherlands' new nuclear would reduce gas dependency and provide firm low-carbon generation to back up variable offshore wind.

Rotterdam — Europe's Energy Hub in Transition

Rotterdam is Europe's largest seaport and its most important energy hub — handling crude oil, LNG, coal, and increasingly hydrogen, biofuels, and CO₂ for CCS. The port processes ~480 Mt of goods annually, with energy cargo representing ~50% of volume. Rotterdam's refining capacity (~70 Mt/yr) makes it Europe's refining capital.

Rotterdam 2030 strategy: The port is repositioning as a clean energy hub — targeting 20 Mt/yr hydrogen imports (green/blue) by 2030, becoming Europe's largest hydrogen gateway. The Delta Rhine Corridor H2 pipeline will carry hydrogen to the Rhine-Ruhr industrial district in Germany — industrial decarbonization at continental scale.

Netherlands Climate Policy

Nitrogen crisis: A unique Dutch challenge — agricultural nitrogen emissions (from livestock) exceed EU habitat directives, requiring farmers to dramatically reduce herds near protected nature areas. This political crisis (tractors blockading parliament in 2022–23) intertwines with energy transition in complex ways: farmers installing solar panels and biodigesters as alternative income.

Grid congestion: The Netherlands faces severe electricity grid congestion — so much solar and wind has been installed that the grid cannot always absorb the power. New renewable projects face 7–10 year wait times for grid connection in some regions. Tennet (Dutch-German TSO) is investing billions in grid reinforcement, but the bottleneck is slowing the energy transition.