New Icebreaker Could Keep Northern Sea Route Open

November 15, 2012

Icebreaker LK-60: Image credit Rosatomflot
Icebreaker LK-60: Image credit Rosatomflot

Russia's Baltic Shipyard starts construction of the first LK-60 nuclear-powered icebreaker.

The LK-60 will be the largest and most powerful icebreaker ever built, making commercial traffic along the Northern Sea Route possible all year around.

According to Barents Observer, Russia will have a large demand for new nuclear-powered icebreakers in the near future.  Of the existing six vessels that are operating in Arctic waters today only one will be operational by 2020.

The three new icebreakers will cost Russia a total of 51,8 billion rubles (app €1,3 billion).

The LK-60 icebreaker is wider than the current icebreakers. It will will have a maximum width of 34 meters, compared to the maximum of 30 meters width at the Arktika class vessels. With such design it will be possible to support larger tankers through the Northern Sea Route.

With its supreme power the LK60 will be able to maneuver through three meters of ice, making it possible for Rosatomflot to open the Northern Sea Route for commercial traffic all year around.

Source: Barents Observer

 

Logistics News

DP World, Asian Terminals Inc. Invest $100M to Boost Capacity at Manila South Harbor

DP World, Asian Terminals Inc. Invest $100M to Boost Capacity at Manila South Harbor

PD Ports Outlines Plans to Develop UK Offshore Wind Hub

PD Ports Outlines Plans to Develop UK Offshore Wind Hub

DP World Begins $165 Million Expansion of Maputo Container Terminal Capacity

DP World Begins $165 Million Expansion of Maputo Container Terminal Capacity

Port Canaveral Invests $500 Million in Five-Year Port-Wide Improvement Plan

Port Canaveral Invests $500 Million in Five-Year Port-Wide Improvement Plan

Subscribe for Maritime Logistics Professional E‑News

Syria signs 30-year agreement with French shipping giant CMA CGM
CANADA-CRUDE-Discount on Western Canada Select heavy crude narrows; remains historically tight
PJM Selects 51 US Projects for Additional Power Generation Capacity