Blue Life Hub has been closely following the Arctic Metagaz case for days.
What initially appeared to be an isolated maritime incident is now revealing something far more serious: a systemic failure in how responsibility is assigned, enforced, and ultimately avoided at sea.
In the central Mediterranean, between the SAR zones of Libya, Malta, and Italy, a 277-meter LNG carrier built in 2003, IMO 9243148, remains damaged, unstable, and largely unmanaged after multiple explosions on March 3, 2026.
Sources: Reuters (March–April 2026), Transport Malta Navigational Warnings.
A Ship with too many identities
The Arctic Metagaz is not just a vessel. It is a case study in opacity.
Originally launched in South Korea as Berge Everett, the ship has undergone multiple transformations:
- Berge Everett
- BW Suez Everett
- BW GDF Suez Everett
- BW Everett
- Metagas Everest
- Everest Energy
- Arctic Metagaz
Sources: VesselFinder, Barents Observer.
The vessel still reportedly bears visible traces of the word “Singapore” on its stern.
It has also changed flags repeatedly, moving across jurisdictions including Norway, Singapore, Liberia, and now Russia. Ownership structures have shifted through a fragmented network, with links to entities such as Lathyrus Shipping and Ocean Speedstar Solutions.
Sources: OFAC Sanctions List (2024), VesselFinder database.
This pattern is typical of the so-called shadow fleet, vessels used to bypass sanctions and operate in regulatory grey zones.
The final voyage and the AIS gap
Before the incident, the vessel was reportedly engaged in transporting LNG linked to the Russian Arctic LNG 2 project, one of the most sensitive energy infrastructures under sanctions.
Sources: Barents Observer, OFAC.
In mid-February 2026, it was involved in ship-to-ship transfer operations near Murmansk with the floating storage unit Saam FSU.
Source: Barents Observer.
Shortly after, it departed toward Port Said.
Then, a familiar pattern emerges: AIS tracking becomes intermittent or disappears.
Reuters reports that the last known public position was off Malta on March 2.
Source: Reuters, March 3, 2026.
The incident: explosion, fire, and uncertainty
On the night of March 3–4, multiple explosions occurred onboard, followed by a fire.
Source: Reuters.
Russia claims the vessel was attacked by Ukrainian naval drones.
Source: Reuters.
There is no independent confirmation.
Alternative scenarios remain open:
- sabotage
- technical failure
- operational error
What is certain is that the ship lost propulsion and control.
Crew evacuated, ship abandoned
The crew of approximately 30 people was evacuated safely, with no casualties reported.
Sources: Reuters, AP.
This marks a critical turning point.
International maritime law works efficiently when it comes to saving lives.
It becomes far more ambiguous when dealing with a hazardous vessel left adrift.
Reports from Russian media identify the captain as Andrey Zelensky, but there is no independently verified information on investigations, detention, or legal responsibility.
This raises a key question:
Why was the captain not detained or questioned by authorities?
At present, no clear answer is available in open sources.
Transport Malta issued official navigational warnings on March 10–12, classifying the Arctic Metagaz as “Not Under Command” and providing precise coordinates while establishing exclusion zones.
Source: Transport Malta.
The vessel remained afloat, albeit heavily damaged and listing.
What is onboard?
Estimates indicate:
- 60,000–62,000 tonnes of LNG
- 700–900 tonnes of fuel (diesel and heavy fuel oil)
Sources: Reuters, Italian official statements.
LNG is not explosive in liquid form, but becomes dangerous when vaporized.
If a gas cloud forms and finds an ignition source, it can trigger fires or explosions.
Sources: IMO, SIGTTO, US Department of Energy.
Fuel oil, on the other hand, represents a long-term pollution threat.
The real risk lies in the combination.
Why has it not sunk?
From a naval engineering perspective, the explanation is structural.
Modern LNG carriers are designed with:
- double hulls
- compartmentalization
- independent cargo containment systems
Source: IMO IGC Code.
Damage reportedly occurred above the waterline, which can destabilize a vessel without causing immediate sinking.
This explains why the Arctic Metagaz has remained afloat for weeks.
But floating does not mean safe.
The Libyan attempt
The first concrete intervention came from Libya.
Authorities initiated a towing operation to move the vessel away from sensitive coastal areas.
Sources: Reuters, AP.
At this point, a crucial development emerges:
an official Libyan communication confirms that due to severe weather conditions—strong winds and rough seas—the towing operation failed, and the vessel is once again adrift.
This is a turning point.
The ship is no longer being controlled.
It is drifting again.
Time is the real risk
Every additional day increases:
- structural stress
- probability of further damage
- environmental exposure
- operational complexity
Reuters reports that the towing line was lost during bad weather, leaving the vessel uncontrolled once again.
Source: Reuters, April 2, 2026.
This is no longer a static incident.
It is an evolving risk.
Can the cargo be safely removed?
Technically, yes.
Standard industry procedures include:
- ship-to-ship transfer
- controlled offloading
- inerting and gas management
But three critical barriers remain:
- vessel instability
- explosion risk
- absence of a clear responsible operator
Without a defined command structure, no operation can safely begin.
Who is responsible now?
In theory, the framework is clear:
- the shipowner holds primary responsibility
- the flag State (Russia) retains oversight obligations
- insurers should cover damages
- coastal States can intervene in case of environmental threat
Sources: UNCLOS, IMO Conventions.
In practice, however:
- ownership is opaque
- insurance is not publicly verifiable
- responsibility is fragmented
- intervention carries political risk
The result is paralysis.
This is not about sanctions
This is where the Arctic Metagaz case becomes critical.
This is not simply about sanctions, trade routes, or geopolitical tensions.
This is not a “embargo problem”.
This is an environmental governance problem.
An accident has already happened.
And it can happen again.
The shadow fleet transforms economic sanctions into operational opacity, and opacity into environmental risk.
And what about BBNJ?
The new BBNJ Agreement, which entered into force in 2026, is designed to protect biodiversity in areas beyond national jurisdiction.
It reflects a global commitment to safeguarding marine ecosystems.
But cases like Arctic Metagaz raise a serious contradiction.
If the international community is concerned about biodiversity in the high seas, why is a damaged LNG carrier allowed to drift for weeks in a semi-enclosed sea like the Mediterranean?
BBNJ sets principles but it does not answer operational questions:
- who intervenes
- who pays
- who decides
What happens in previous disasters
History shows a consistent pattern:
- Erika (1999) → liability extended beyond shipowner (Total)
- Prestige (2002) → insurer dragged into long-term litigation
- Wakashio (2020) → owner liable, but within insurance limits
- Deepwater Horizon (2010) → massive shared liability
Sources: Reuters case reports.
In every case, responsibility was eventually assigned.
But only after damage had already occurred.
