Deugro delivers superloads from Czech Republic

Project logistics specialist, Deugro, moved four LNG tanks from the manufacturer’s yard in Decin, Czech Republic, via the Port of Hamburg, to a construction site in the Caribbean Sea.

The tanks had a unit weight og 225.4 tonnes and dimensions of 48.93 x 5.7 x 6 metres.

The project was reportedly executed in close collaboration between Deugro’s offices in the US, the Czech Republic and Germany.

It was also initially planned to commence in December 2020 however challenging weather conditions meant the team had to adjust the plan for safe marine transit.

With only 90 centimetres instead of the required 1.90 metres, the water level of the Elbe River was too low for any barge transport. Deugro was required to quickly arrange a secure storage area at the quay near the Port of Rozbelesy, Czech Repulic to temporarily store three LNG storage tanks until the water level of the Elbe River was sufficient.

“The overall timing for the crane and barge arrangements was crucial to ensuring a smooth and final barge loading operation,” said Deugro US Vice President, Jens Klie.

“Managing the timing of the barge arrivals in Hamburg with the arrival of the US-flagged, multi-purpose heavy lift vessel in Hamburg in order to avoid barge and or vessel detention was equally challenging.”

The initial leg of the transport included a three-kilometre road transport journey from the manufacturer’s premises through Decin’s city centre to the Port of Rozbelesy in Decin, requiring local movement permits to be obtained and implemented.

The transport route had to be completely closed off by the traffic police, street lamps as well as further road furniture dismantled, and overhead wires adjusted to accommodate the size of the loaded trailer convoy. The tanks were moved at a walking speed of a maximum of five kilometres per hour by two prime movers and a specialist 22-axle hydraulic platform trailer configuration, separated in two 11-axle units, each equipped with a turntable.

At the Port of Rozbelesy, the barge loading operations were executed directly from the trailers onto four barges, one for each tank. After altogether two days of loading and cargo securing, the barges were ready for their voyage to the designated terminal in Hamburg, Germany, with the four river barges connected and then pushed by a tugboat in twos.

The barges left the Port of Rozbelesy and after eight days and over 536 kilometres of river transit, the LNG tanks arrived safely at the Port of Hamburg, Germany. Under personal supervision from Dteq Transport Engineering Solutions, a company of the Deugro group, the direct transshipment from the floating barges onto the multi-purpose heavy lift vessel was executed. All units were loaded in tandem lift using the vessel’s on-board cranes. Two of the 48.93 x 5.8 x 6.0-metre LNG tanks were loaded under deck and the other two were positioned on the weather deck.

“Operation-specific toolbox talks with all parties involved is mandatory, in order to clearly define the different steps of the operation, the responsibilities and the line of communication to reduce the potential risks for such operations to a minimum,” said Felix Kok, Regional Head of Transport Engineering EMEA, Dteq Transport Engineering Solutions.

After two days of loading, the cargo securing was safely and successfully completed, and the vessel was ready to set sail for the 17-day ocean voyage to its destination in the Caribbean Sea.

“The challenging part was the direct transshipment from the barge onto the vessel, as handling cargo from a floating object onto a floating object is always a critical operation. Strong weather conditions like wind as well as the current of the river, which usually keeps any floating object in slight motion, can result in swinging cargo when initially lifted,” said Eva Klepping, Transport Engineer, dteq Transport Engineering Solutions.

Klie added: “Despite adverse weather conditions, flexibility, detailed timing and the close cooperation and communication between deugro, the client, dteq and all subcontractors led this project to a successful conclusion.”

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