The Port of Tyne in northeast England said it is moving into the next phase of its recovery operation for plastic pellets, known as nurdles, that spilled into the River Tyne after a vessel allision on July 19, 2026. The port’s own team will now take over daily monitoring and collection along the river, with specialist response contractor Ambipar continuing on-water operations until October 11 before remaining available for further support if needed.
The spill followed a collision between the jackup wind turbine installation vessel Wind Orca, operated by Cadeler, and the berthed feeder containership BG Orange, which also triggered the collapse of a dockside gantry crane. An estimated 17.92 tonnes of pellets entered the river as a result, and by September 23 roughly 5.14 tonnes had been recovered from the water and beaches, according to the Port of Tyne.
Recovery Operation Moves to New Phase
The Port of Tyne is moving into the next phase of its recovery operation after plastic pellets were released from the cargo vessel BG Orange in July, continuing to monitor and collect pellets from the River Tyne. Including pellets removed from damaged containers aboard BG Orange before they ever entered the water, the port says almost three-quarters of the original cargo has now been recovered. The port has worked with Ambipar, its specialist environmental response partner, as part of a multi-agency operation covering the river and affected coastlines.
In the new phase, the port’s own team will assume responsibility for daily monitoring and collection on the River Tyne, while Ambipar continues its on-water operations until October 11 and remains available afterward for specialist support if required. The broader clean-up effort continues to be informed by the Scientific and Technical Advice Cell, the Recovery Coordination Group and the International Tanker Owners Pollution Federation, reflecting the scale of the multi-agency coordination the incident has required since July.
Origins of the Collision
The incident began on July 19 when Wind Orca, a jackup wind turbine installation vessel, accidentally struck the moored feeder containership BG Orange as it was leaving dock at the Port of Tyne. A gantry crane collapsed shortly afterward and its boom landed onto the feeder ship’s wheelhouse and some of its cargo of containers, with one person suffering non-life-threatening injuries in the mishap. The 170-meter, 1,400-TEU BG Orange was alongside when it was struck, and several containers were crushed in the impact.
Wind Orca is one of two vessels owned by Cadeler working on the Hornsea 3 offshore wind farm for developer Ørsted, placing the collision at the intersection of offshore wind construction logistics and conventional container shipping operations at a working UK port. Cadeler confirmed all crew aboard Wind Orca were safe following the allision, though the crane operator injured in the crane collapse was hospitalized.
Environmental and Operational Fallout
Two of the crushed containers aboard BG Orange were carrying plastic resin nurdles, which spilled into the River Tyne after the boxes were damaged in the crane collapse. The pellets subsequently washed ashore across South Shields, North Tyneside, Northumberland, Seaburn and Roker, prompting the Port of Tyne to deploy containment booms around the vessel and activate its pollution response plan. Environmental group Fidra organized volunteer cleanup events along the affected coastline to mitigate the impact on shoreline habitats.
The Port of Tyne closed sections of the river multiple times in the weeks after the incident to allow salvage teams to stabilize the damaged crane and separate it from BG Orange before moving the vessel. The episode has underscored the operational risks of mixing large-scale offshore wind support vessel traffic with conventional cargo operations in constrained port waters, and the extended, multi-month recovery timeline illustrates the logistical and environmental challenges of containing bulk plastic pellet spills once they enter tidal waterways.
Why it matters
The prolonged recovery effort at the Port of Tyne highlights the environmental risks posed by plastic nurdle cargoes when containers are damaged in port incidents, and the multi-agency coordination required to contain pollution once pellets enter a tidal river system. The case also draws attention to operational hazards as offshore wind installation vessels increasingly share congested port infrastructure with conventional container shipping, a growing concern as Europe’s offshore wind buildout accelerates. For ports and terminal operators, the incident is likely to inform future protocols on vessel movements, crane safety and emergency pollution response planning.
Source: Port Technology International
