Shell Declares Force Majeure on Qatar LNG Contracts

Shell Declares Force Majeure on Qatar LNG Contracts

Shell has declared force majeure on liquefied natural gas (LNG) contracts with QatarEnergy, according to reports from Reuters. This decision comes after Qatar announced a production halt at one of its major LNG facilities.

Qatar’s Production Halt

Last week, Qatar, the second-largest LNG exporter globally, halted production at a facility capable of producing 77 million tonnes per annum (mtpa). This significant decision triggered QatarEnergy to declare force majeure on LNG shipments.

Impact on Global LNG Supply

Other buyers of Qatari LNG, including TotalEnergies and various Asian companies, have also received force majeure notifications from Qatar. These notices indicate that these buyers will suspend Qatari LNG sales while production facilities are closed.

  • Shell’s annual LNG intake: 6.8 mtpa
  • TotalEnergies’ annual LNG intake: 5.2 mtpa

An Omani trading company, OQ, has similarly declared force majeure to its customers in Bangladesh due to the disruptions in Qatari supply. This situation suggests that the effects of the production halt are impacting multiple companies, not just those with direct contracts with QatarEnergy.

Timelines for Recovery

Qatari Energy Minister Saad al-Kaabi mentioned that normal delivery schedules might take “weeks to months” to resume, even if external conflicts cease. Reports indicate that the force majeure notifications specify that March LNG deliveries will proceed as planned, but April shipments may be affected.

Partnerships with QatarEnergy

Both Shell and TotalEnergies maintain long-term partnerships with QatarEnergy and are involved in the North Field expansion project aimed at increasing Qatar’s LNG production capacity by 2027. This project underscores the strategic significance of Qatari LNG in the global market.

As the situation develops, the impact on international LNG markets is being closely monitored. Companies and stakeholders are bracing for potential shifts in supply and demand dynamics.