Finnish Transport Agency News

Denmark’s GST Selects New Depth Management System

(GST) follows successful CARIS software integrations in the other Nordic countries. In 2016, Teledyne CARIS was awarded two major implementation contracts providing both Bathy DataBASE (BDB) for survey data management and Hydrographic Production Database (HPD) for chart production to The Finnish Transport Agency Liikennevirasto. In 2015, Teledyne CARIS was awarded a major implementation contract providing Hydrographic Production Database (HPD) to the Swedish Maritime Administration. Other successful implementations in the Baltic Sea region include solutions for the Norwegian, German, Polish, Latvian

FTA’s and Teledyne CARIS’ project team together at the kick-off meeting for the start of the project (Photo: Teledyne CARIS)

Finland Selects CARIS Hydrographic Production Database

The Finnish Transport Agency Liikennevirasto (FTA) has selected Hydrographic Production Database (HPD) as the new system for chart production for current and future needs. With many lakes, an archipelagic sea and an estimated 40,000 islands, the FTA has a large and complex portfolio of navigational charts to maintain. The project to implement HPD will include deployment of software and the migration of existing products into an optimized workflow where data is centrally managed and various product types are derived from one updated source. The system will provide a platform where user-friendly,

Personnel from FTA and Teledyne CARIS (Photo: Teledyne CARIS)

Finnish Transport Agency Chooses Teledyne CARIS

Through a competitive tender process, The Finnish Transport Agency Liikennevirasto (FTA), who is responsible for Hydrography in Finland, has selected Teledyne CARIS to provide a new bathymetric data management system. This will be a fundamental part of FTA’s infrastructure to manage existing bathymetry, as well as managing and validating incoming bathymetric surveys provided by external contractors.   The MERTA project, which has a seven figure contract value, will include the deployment of software, migration of existing bathymetric datasets, and will provide new optimized workflows at

(Photo: Arctech Helsinki Shipyard)

Polaris: World´s First LNG-Powered Icebreaker Delivered

Arctech Helsinki Shipyard delivered the most powerful newcomer in the Finnish Icebreaker fleet, icebreaker Polaris, to the Finnish Transport Agency on September 28th, 2016. The Finnish Transport Agency handed the vessel over to Arctia Icebreaking Oy. The prototype vessel built at Helsinki Shipyard is designed to serve for at least 50 years in icebreaking, oil recovery and sea rescue operations. Previous time an Finnish icebreaker with similar size range was completed in year 1994.   Icebreaker Polaris' innovative design is used for the vessel’s hull form and propulsion unit arrangement

Image: QPS

Meritaito Adopt QPS Qimera for Data Processing

QINSy makes the process even easier as real-time flagged data is preserved all the way through to Qimera, thereby the online surveyor knowledge and input is not lost. Meritaito and QPS have worked closely to enhance features in Qimera which make it easier to deliver data to clients, like the Finnish Transport Agency.    Duncan Mallace, Head of Business Development at QPS, commented, “Meritaito have some of the toughest requirements for bathymetry processing, due to the Baltic Sea terrain and also the exceptionally high standard required by the regional hydrographic offices. &lsquo

The first ever cargo vessel to sail from Murmansk to Shanghai via the Northern Sea Route, without the assistance of icebreakers, recently completed its maiden crossing, cutting a 65-day journey on the return leg down to 19 days. ABB’s Azipod electric propulsion technology helps to make the year-round journey possible. (Photo: ABB)

Arctic Energy Exploration Efforts Heat Up

Arctic has additionally studied a case where the side hulls have turning thruster bodies to give better steering ability as well as forcing the ice blocks to both sides for a wide ice-free channel,” said Tiainen. A new icebreaker is being constructed at Arctech Helsinki Shipyard for the Finnish Transport Agency that will use both diesel and LNG as its fuel, which is cleaner and more efficient.  The vessel will also be equipped for oil spill response operations and emergency towing missions. Ice conditions also require specialized research vessels, offshore support vessels and anchor handling

Photo: Aker Arctic Technology Oy

Aker Arctic to Design Icebreaker for Finnish Government

The Finnish Transport Agency signed a contract with Aker Arctic Technology Oy for design of a new icebreaker for the government. Aker Arctic in cooperation with ILS Oy will design the vessel and prepare the technical documents needed to hold tender for its construction in compliance with the performance requirements for the vessel, and will assist the Finnish Transport Agency in negotiations with shipyards later this autumn. The government has already taken earlier a decision in principle to procure a new icebreaker; and 125 million euro has been earmarked for its construction by winter 2016.

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