European gas spike risk lingers says Equinor CEO
(Reuters) - The risk of price spikes lingers on the European gas market, depending largely on weather during the peak demand heating season later this year and LNG supplies, the head of Norway's Equinor said on Thursday.
Plentiful supply, reduced demand helped by mild weather and high storage levels have lowered gas prices since records hit last year following disruption linked to Russia's invasion of Ukraine.
Equinor, which has become Europe's gas supplier following the reduction in Russian imports, on Thursday reported first-quarter earnings that beat analyst expectations but fell from last year's record earnings that were driven by the surge in prices.
"We have seen (a) 20% demand reduction in gas based on the high prices," Chief Executive Anders Opedal said in comments to Reuters on Thursday.
Europe's benchmark TTF front-month wholesale gas contract has fallen by 50% to around 37 euros per megawatt-hour (MWh) since the start of the year and is 90% below last year's record of 343.08 euros/MWh.
Opedal said further demand reductions were necessary to ensure Europe hits its target of filling gas storages to 90% by Nov. 1.
He said Europe was expected to meet that goal, helping to limit market volatility.
"But at the same time, when gas filling starts and demand is uncertain, we might see spikes in prices, but probably more towards autumn," he said.
Storages are currently around 60% full.
As Europe also wrestles with the ongoing task of replacing around 150 billion cubic meters of Russian gas, Opedal said Equinor expected strong demand, including from Norway in the second quarter and planned to produce "at full throttle".
Related News
Related News
- Gasum selects Wärtsilä for another bio-LNG project in Sweden
- Vanguard Renewables breaks ground on its first organics-to-renewable gas facility
- Linde selected to supply carbon capture technology to ADNOC’S Hail and Ghasha project
- Tecnimont to build waste-to-biogas plant to fuel local kitchens in India
- Topsoe, Aramco sign JDA to advance low-carbon hydrogen solutions using eREACT™
Comments