Arctic Technology News

Finnish companies have designed about 80 percent of the world’s icebreakers, and about 60 percent of them have been built by Finnish shipyards.Finland is home to a strong and vibrant maritime cluster, with a mix of large, medium and small shipyards, as well as a deep pool of marine engineering expertise and a broad network of vessel equipment suppliers.As one of the world’s northernmost countries, Finland is also home to a fleet of icebreakers that keep imports and exports flowing through its harbors, even during the coldest winter months.

Qilak LNG plans to invest $5 billion in a proposed liquefied natural gas (LNG) facility in Alaska's North Slope to compete with Russia's Yamal project for Asian customers towards the end of this decade, its chief executive said. Major LNG importers such as Japan, South Korea, and Taiwan are rethinking Russian supplies after sanctions on Moscow after it invaded Ukraine and more natural gas could be needed to produce lower emission and alternative fuels as nations try to reduce their carbon emissions.

Finnish shipbuilder Helsinki Shipyard Oy announced it has completed purchasing contracts for the main equipment of Nornickel’s icebreaker contracted last year, along with model tests in ice and open water for the icebreaker design developed by Aker Arctic.Russian mining company Norilsk Nickel ordered the new environmentally friendly icebreaker for its operations in the Yenisei River basin, Yenisei Bay and the Kara Sea securing access to Dudinka seaport both for its own fleet and its partners.

The Coast Guard Research and Development Center (RDC) teamed up with Coast Guard Cutter Campbell’s crew this summer to evaluate five technologies as part of the RDC’s annual Arctic Technology Evaluation. The Campbell crew conducted the evaluations during their two-month deployment supporting joint Arctic operations off Greenland’s western coast, returning to their Kittery, Maine, homeport on Sept. 29, 2020.“Testing various technologies by cutter crews for operation in cold and Arctic environments provides highlights on what works and what may need improvement…

Aker Arctic Technology Inc announced Tuesday it has signed a contract with the Swedish Maritime Administration (SMA) and the Finnish Transport Infrastructure Agency (FTIA) to develop new icebreakers to meet new challenges in Baltic Sea escort operations.The “next generation” icebreaker design will be capable of assisting the larger merchant ships entering Finnish and Swedish ports, incorporate latest environmental technologies and be ready for future fossil-free fuels, the Finnish engineering firm said. “Our foreign trade and competitiveness are based on year-round security of supply.

The Finnish Defense Forces Logistics Command and Aker Arctic Technology Inc. recently signed a contract for the design, delivery and integration of complete propulsion lines to four Pohjanmaa-class multi-role corvettes for the Finnish Navy. Construction of the vessels is scheduled to begin in 2022 and the four-strong squadron will achieve operational readiness in 2028.Aker Arctic’s scope of delivery includes ice-strengthened controllable pitch propellers and their pitch control mechanisms, propeller shafts, bearings and shaft seals.

Finnish engineering company Aker Arctic Technology Oy said that its Arctic condensate tanker Boris Sokolov has now been transporting gas condensate from Sabetta to various ports in Europe for more than half a year.Last spring, Aker Arctic’s expedition team carried out full-scale ice trials on the vessel based on our Aker ARC 212 design.In order to evaluate the performance of the vessel, the fully-laden Boris Sokolov deviated from her regular route and headed towards the Siberian coast to seek ice conditions that were closer to the tanker’s maximum independent icebreaking capability. The analysis of the results is currently ongoing.The new Chinese icebreaking polar research vessel…

Finland is a traditional marine tech hub, with almost 90 company members in the Finnish Maritime Industries association. While the country has a storied maritime history across many sectors, based on geographic locale, it’s Arctic and ice marine technology is second to none, and it’s hoping the U.S. Coast Guard is taking notice.The Finnish maritime industry is hoping to get involved in developing the new icebreakers for the U.S. Coast Guard polar icebreaker program. Ulla Lainio…

With digitalization technologies sweeping through maritime, Henrik Segercrantz, Maritime Reporter’s correspondent in Helsinki, explores latest developments in the quest to harness the power of 'big data.'Wärtsilä's Smart Marine EcosystemWärtsilä continues to build its leadership resume in marine and energy markets, boasting net sales of $5.7 billion last year, supported by 18,000 employees with operations in more than 80 countries. Increasingly Wärtsilä is using ‘smart’ technologies in its growing scope of products for the maritime industry…

The pace and quality of oil spill research in the United States typically ebbs and flows as a function of two, if not three important variables. First, after the 1989 Exxon Valdez grounding, there was a flurry of activity to ramp up oil spill research because it had been dormant for so long. The need was recognized, with plenty of money made available. Primarily, this research centered on conventional spill remediation techniques – for example, a tanker or barge spilling oil – and not much else. Predictably, when memory of the spill faded, so did interest in research and funding followed.

A three-year, €6.5 million ($7.7  million) research project has been launched to address safety and efficiency in Arctic ship operations. Funded by the EU’s Horizon 2020 program, SEDNA sets out to develop a risk-based approach to Arctic navigation, ship design and maritime operations. Recent years have seen a rapid increase in shipping operations in Arctic regions, as ice cover has reduced due to global warming. While this offers the potential to save significantly on voyage times…

Arctic thaw aids shipping most along Russian coast; Russia to start LNG exports from Yamal in late 2017. Russian shipping in the Arctic is benefiting from winds that are driving the oldest and thickest sea ice towards North America, further opening a remote region that is thawing amid global warming, scientists say. The thinning Russian ice could help liquefied natural gas (LNG) tankers, due to start exports from Russia's Yamal Peninsula in late 2017, to navigate an icy route east to Asia for more than a planned six months of the year, they said. Almost all attention on Arctic shipping has focused on how global warming is shrinking the extent of ice around the North Pole, opening a summertime short-cut route between the Atlantic and Pacific Oceans.

For the average person, tracking down a spare part is often merely an annoyance. But for the crew of a Coast Guard cutter, the availability of spare parts can be important to mission completion or greatly affect their work environment. The Coast Guard Research and Development Center in New London, Conn., is currently studying how the use of 3-D printing technology might improve mission readiness through logistical support. Now in the evaluation phase, 3-D printers are available…

An intelligent ice load monitoring system for the ships operating in ice covered waters will provide the operators a tool to handle the ships in safe but efficient ways. The state of the art system will monitor the hull loads with optical sensors installed on the steel structures of the vessel. With the information received from the sensors and combined with the ship’s structural capability, the system is able to show operators the loading and risk level imposed by ice impacts. The system will also be able to make a probability forecast of the expected loads. Thus, the new system will be able to provide vessel operators a substantially improved tool to operate the ships in safe but efficient ways.

Newbuild M/S Eeva VG, the first of two very energy efficient dry cargo carriers managed by VG-Shipping, was coated with Ecospeed at the end of January ahead of her July 2016 delivery. Both new ships are VG EcoCoasters and will operate in the Baltic region. They are owned by Meriaura Group of which VG-shipping is a part. The vessels were designed as a new ship concept by Meriaura together with its partners Foreship Ltd and Aker Arctic Technology Inc. and are engineered to reduce environmental impact.

Two new Aker Arctic designed icebreakers, under construction at the PJSC Vyborg Shipyard in Russia, will have their main power provided by Wärtsilä generating sets. The ships are being built for Gazprom Neft based in St.Petersburg, Russia. The contract was agreed between Wärtsilä and Ruselprom Group and was signed in October. The new icebreakers will operate in arctic conditions with outside air temperatures as low as minus 50°C and ice thicknesses up to 2 metres. Because of these challenging operational considerations, the reliability and overall efficiency of the Wärtsilä machinery were prime considerations in the award of this contract. The ability of the Wärtsilä engines to operate efficiently with such low air suction temperatures provides the basis for an arctic package solution.

Deltamarin Ltd proudly announces that it has signed a contract to design the world’s first LNG handysize bulk carriers, which will point the way towards greener shipping of commodities. The two B.Delta26LNG vessels will be constructed for the Finnish shipowner ESL Shipping Ltd by the Chinese Qingshan Shipyard of Sinotrans & CSC SBICO. Deltamarin’s contract with the Qingshan Shipyard covers basic and detail design, procurement handling and site assistance for the two vessels based on Deltamarin’s B.Delta26LNG design. Prior to this contract, Deltamarin has performed the full concept and contract design of the ship for ESL Shipping. “Deltamarin and ESL Shipping experts have worked together for two years to develop a ship concept…

A modern Aframax-sized tanker concept designed for transporting crude oil and oil product in the Arctic has been developed via collaboration between Deltamarin Ltd. and Aker Arctic Technology Inc. In creating the new tanker concept, Deltamarin said it drew upon its expertise in affordable energy efficient cargo vessels, together with Aker Arctic’s track record in Arctic vessels. Apart from being ice strengthened and equipped with other new features, the 118,000 DWT vessel will provide cost efficient and reliable tanker operations both in open water and in ice, according to Deltamarin. The Arctic Aframax tanker is strengthened to ice…

The dynamic positioning control system and autopilot onboard the icebreaking rescue and emergency vessel Baltika have been approved as meeting performance expectations, following a set of Arctic ice trials in the Kara Sea. Developed by Finnish company Aker Arctic Technology, Baltika is the first ship ever built with an asymmetric hull that allows her to break ice not only ahead and astern, but also at an oblique angle. In this way, the icebreaker can open a channel in ice whose width is disproportionate to the vessel’s relatively small size.

Aker Arctic Technology Inc has acquired full ownership of Canadian based company Akac Inc, which is known in the oil and gas industry for its involvement in the Arctic offshore projects and operations. According to Aker Arctic Technology, the acquisition strengthens its position in the field of Arctic offshore work. Akac provides tailored solutions and consultancy to enhance the operability, efficiency and safety of offshore operations in ice conditions. The ownership change is effective as of June 1, 2015.

Thordon Bearings’ Swedish distributor, Duwel Sweden, has signed a contract with Caterpillar Propulsion for the supply and installation of Thordon COMPAC seawater lubricated propeller shaft bearing systems to the two general cargo ships Dutch shipyard Royal Bodewes is building for Finland’s Meriaura Group. Each state-of-the-art 4700 dwt VG EcoCoaster, designed by Meriaura Group together with partners Foreship and Aker Arctic Technology, will feature COMPAC bearings, a Thordon Water Quality Package and a forward shaft seal in order to exceed current and anticipated environmental regulations.

Why bother about a bit of spray? In mild climate latitudes rain and spray water is hardly a concern; it will run off and the ship happily carries on. But going to the High North it’s different. With the economic development of the High North and Arctic areas, partly driven by the reduced ice conditions and partly by opportunities to develop oil and gas and scarce mineral resources, maritime operations in these areas are booming. But safety of the environment, crew and their ships is of prime concern. In the Arctic, global warming doesn’t mean milder conditions.

Japanese shipbuilder Mitsubishi Heavy Industries, Ltd. (MHI) informs it has received orders for the construction of two next-generation liquefied natural gas (LNG) carriers that will primarily carry shale gas produced in North America. The shipbuilding contracts, received through MI LNG Company, Limited, a joint venture between MHI and Imabari Shipbuilding Co., Ltd., will see the delivery of one LNG carrier each for two separate joint ventures which Chubu Electric Power Co., Inc. has established with Mitsui O.S.K. Lines, Ltd. (MOL) and Nippon Yusen Kabushiki Kaisha (NYK Line), respectively. The vessels will be built at MHI's Nagasaki Shipyard & Machinery and are both scheduled for completion and delivery in 2018 when they will commence transporting shale gas produced in North America…