ABB secured a contract to supply electrical power and propulsion systems for the 15 Yamal LNG carriers. The contract is part of a project to transport LNG from the Yamal peninsula in Northwest Siberia to Asia and Europe.
A consortium of partners, headed by Russian gas producer Novatek, have joined the Yamal project to open up gas from the Yamal peninsula, which is located inside the Arctic Circle and locked in ice for most of the year.
The LNG will be shipped out of Sabetta port using the new 170,000m3 LNG carriers built to ice-breaking capability of ARC 7, an ice-class scale that goes up to 9. Shipment will be made to Asia via the Northern Sea Route in summer months resulting in substantially reduced delivery times when compared to transit via traditional routes, as well as cutting fuel consumption and ship fuel emissions.
The new building program was awarded to Daewoo Shipbuilding and Marine Engineering (DSME), in South Korea.
ABB’s scope of supply includes turbochargers, generators, switchboards, transformers, electric drives, propulsion control and the Azipod® propulsion units that will power the vessels through the arctic conditions. Such vessel on which the Azipod propulsion units install will become the most powerful LNG carrier in the world.
“Operating LNG carriers in ice-locked waters year-round requires the highest standards in safety and efficiency,” said Veli-Matti Reinikkala, head of ABB’s Process Automation division. “ABB is very proud to have had its technology selected for such a project.”
“Azipod propulsion has proved to be the technology of choice for more than 30 ice-going vessels, including shuttle tankers operating for Sovcomflot out of Varandey and for Norilsk Nickel’s ‘Arctic Express’ container ships,” added Veli-Matti Reinikkala.
The operation of LNG vessels at all times is essential to keep the facility running at full production.