The Troll field in the North Sea has achieved a historic milestone, producing a record 42.5 billion standard cubic metres of natural gas in 2024.

This unprecedented output represents a nearly 10 per cent increase from the previous record of 38.8 billion standard cubic metres set in 2022.

Kjetil Hove, Equinor’s executive vice president for Exploration & Production Norway, emphasised the field’s crucial role in Europe’s energy security.

“The Troll field confirms its position as a pillar of Europe’s energy security.

“The field contributes to a stable gas supply for millions of households and is important for European industry,” Hove stated.

The record production is attributed to high operational regularity, a year without turnarounds, and efficiency-enhancing upgrades.

The replacement of risers on the Troll B platform also played a significant role in maximising output.

Notably, this production increase was achieved alongside a substantial reduction in CO2 emissions.

Preliminary estimates indicate that emissions were cut by approximately 90,000 tonnes, or about 15 per cent, in 2024.

This reduction was largely due to the partial electrification of both the Troll B and C platforms during the year.

The Troll field’s gas production accounts for about 11 per cent of the European Union’s total natural gas consumption.

The energy generated by the field’s 2024 production is equivalent to roughly three times Norway’s annual hydropower output.

Helge Haugane, Equinor’s senior vice president for gas and power trading, highlighted the importance of these efforts in ensuring long-term energy security for European customers.

The increased gas recovery and expanded export capacity contribute significantly to a reliable energy supply at a time of growing demand.

The Troll field, operated by a consortium including Equinor, Petoro, Norske Shell, TotalEnergies, and ConocoPhillips, continues to play a pivotal role in Norway’s energy sector.

With its record-breaking production and reduced emissions, the field demonstrates the potential for balancing increased energy output with environmental responsibility.