Gas tanker Ob River attempts first winter Arctic crossing
A large tanker carrying liquified natural gas (LNG) is set to become the first ship of its type to sail across the Arctic crossing. The carrier, Ob River, left Norway in November and has sailed north of Russia on its way to Japan. The specially equipped tanker is due to arrive in early December and will shave 20 days off the journey. The owners say that changing climate conditions and a volatile gas market make the Arctic crossing transit profitable.
Built in 2007 with a strengthened hull, the Ob River can carry up to 150,000 cubic metres of gas. The tanker was loaded with LNG at Hammerfest in the north of Norway on 7 November and set sail across the Barents Sea. It has been accompanied by a Russian nuclear-powered icebreaker for much of its voyage.
“You are able to reach a highly profitable market by saving forty percent of the distance, that’s forty percent less fuel used as well” — Tony Lauritzen Dynagas
The ship, with an international crew of 40, has been chartered from its Greek owners Dynagas by the Russian Gazprom energy giant. It says it has been preparing for the trip for over a year.
“It’s an extraordinarily interesting adventure,” Tony Lauritzen, commercial director at Dynagas, told BBC News.
“The people on board have been seeing polar bears on the route. We’ve had the plans for a long time and everything has gone well.”
Mr Lauritzen says that a key factor in the decision to use the northern route was the recent scientific record on melting in the Arctic crossing.
“We have studied lots of observation data – there is an observable trend that the ice conditions are becoming more and more favourable for transiting this route. You are able to reach a highly profitable market by saving 40% of the distance, that’s 40% less fuel used as well.”
But melting ice is not the only factor. A major element is the emergence of shale gas in the US.
The Norwegian LNG plant at Hammerfest was developed with exports to the US in mind. But the rapid uptake of shale in America has curbed the demand for imported gas.
Meanwhile in Japan, in the wake of the Fukushima nuclear disaster, there has been a growing interest in alternative power sources, especially gas.
“The major point about gas is that it now goes east and not west,” says Gunnar Sander, senior adviser at the Norwegian Polar Institute and an expert on how climate change impacts economic activity in the Arctic.
“The shale gas revolution has turned the market upside down; that plus the rapid melting of the polar ice.”
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By Matt McGrath — Environment correspondent, BBC News