MT Yuriy Kuchiev
Yuriy Kuchiev in Hietalahti shipyard on 30 December 2018
|Port of registry:||Limassol, Cyprus|
|Laid down:||27 July 2017|
|Identification:||IMO number: 9804033|
|General characteristics |
|Type:||Gas condensate tanker|
|Length:||230 m (755 ft)|
|Beam:||32.5 m (107 ft)|
|Depth:||18 m (59 ft)|
|Ice class:||RMRS Arc7|
|Propulsion:||Diesel-electric; two ABB Azipod units (2 × 11 MW)|
|Crew:||26; accommodation for 30|
Yuriy Kuchiev is an icebreaking gas condensate tanker operated by the Greek shipowner Dynacom. The vessel, built at Arctech Helsinki Shipyard in Finland, utilizes the double acting ship principle to allow independent operation without icebreaker escort in ice-covered seas. The vessel was delivered to the owner in August 2019.
Development and construction
In early 2016, it was reported that the Greek shipowner Dynacom had ordered two 58,000 DWT arctic condensate tankers to transport gas condensate from the natural gas fields in the Yamal Peninsula. One of the vessels would be built at Guangzhou Shipyard in China while the other was ordered at an undisclosed price from the Russian-owned Arctech Helsinki Shipyard. While the Finnish shipyard was initially reluctant to confirm the contract, the tanker was included in a presentation by Arctech CEO Esko Mustamäki at the Conference on the Economic Development of the Arctic in June 2016. Although over 500 vessels have been delivered from the Hietalahti shipyard in the past 150 years, the newbuilding number 515 would be the first tanker built at the shipyard.
While the final hull assembly would be carried out in Helsinki, a 167-metre (548 ft) forward section was subcontracted to Brodotrogir Shipyard in Croatia, where steel production began in February 2017. However, the official keel laying ceremony, which marks the start of hull assembly, was held in Helsinki on 27 July 2017. The bow section of the vessel was launched on 16 July 2018 and arrived in Helsinki on board a semi-submersible heavy-lift ship in August. The vessel was launched on 17 December 2018, floated out on 28 December, and returned to the covered dry dock bow-first on 30 December. Over the spring, the vessel was still being outfitted at the shipyard, reportedly due to production delays and quality issues with the Croatian-built forward section. On 29 April, Yuriy Kuchiev was moved from the covered dry dock to the shipyard's outfitting pier in preparation of inclining test before leaving for the first sea trials on 6 May. The vessel was finally delivered to Dynacom in an official naming ceremony on 28 August 2019.
The arctic condensate tanker Yuriy Kuchiev is the last vessel delivered by Arctech Helsinki Shipyard in Finland; the shipyard's ownership was transferred to a new company, Helsinki Shipyard Oy, in May 2019.
Yuriy Kuchiev is 230 metres (755 ft) long and has a beam of 32.5 metres (107 ft), making the vessel the widest newbuilding ever delivered from Hietalahti shipyard. The length-to-beam ratio is slightly greater than that of other icebreaking tankers operating in the region, improving ice-going capability as well as allowing the hull to be assembled in Arctech's Panamax-sized[note 1] dry dock. The maximum draft of the vessel, limited by the port of Sabetta in the Gulf of Ob, is 12 metres (39 ft). The vessel's design deadweight tonnage is 50,000 tons.
The hull of the vessel is strengthened to ice class Arc7 according to the requirements of the Russian Maritime Register of Shipping. This allows the vessel to operate in up to 1.8 metres (5.9 ft) thick first-year ice during the winter and spring navigation seasons, and in second-year ice during summer and autumn. In addition, operation is allowed along the full length of the Northern Sea Route, but in heavy ice conditions icebreaker escort is required. Since the vessel is designed according to the double acting ship principle, the stern of the vessel is strengthened in the same way as the bow. In order to offset the increased scantlings, the hull is made mainly out of high-strength shipbuilding steel. The vessel is also thoroughly winterized for operation in ambient temperatures down to −50 °C (−58 °F) and features a covered forward mooring deck to protect the deck equipment from icing.
Power and propulsion
While a typical 50,000 DWT Handymax tanker would have a single conventional shaft line and propulsion power in the range of 9 to 10 megawatts (12,000 to 13,000 hp), Yuriy Kuchiev is designed to operate independently in difficult ice conditions and thus requires a specialized propulsion system as well as significantly more installed power. The diesel-electric power plant consists of two 6,720-kilowatt (9,010 hp) 12-cylinder Wärtsilä 12V32 and two 8,960-kilowatt (12,020 hp) 16-cylinder Wärtsilä 16V32 four-stroke medium-speed diesel engines driving alternators. In addition, there is a 740-kilowatt (990 hp) harbor diesel generator. For propulsion, Yuriy Kuchiev has two 11-megawatt (15,000 hp) ABB Azipod VI2300 azimuthing propulsion units with 5.6-metre (18 ft) stainless steel propellers. The propulsion units are of pulling type, meaning that the propeller is always facing the direction of motion: when breaking ice in astern direction (backwards), the propellers are turned around to face the stern of the vessel and help with the icebreaking process.
Yuriy Kuchiev is designed to break 1.9-metre (6 ft) level ice in a continuous motion with a speed of 2 knots (3.7 km/h; 2.3 mph) in astern direction. When sailing bow-first, the icebreaking capability is about 1.5 metres (5 ft). In open water, the vessel's economical service speed is 13 knots (24 km/h; 15 mph).
- The old Panamax general limitation for beam was 32.31 metres (106.0 ft) prior to expansion.
|Wikimedia Commons has media related to Yuriy Kuchiev.|
- "Yuriy Kuchiev (9804033)". Equasis. French Ministry for Transport. Retrieved 2018-09-15.
- The construction of icebreaking tanker begun. Arctech Helsinki Shipyard, 28 July 2017. Retrieved 2018-09-15.
- @ArctechH (20 July 2018). "Our Croatian subcontractor launched on July 16 the bow of icebreaking arctic tanker. The aft of the tanker is under construction in Helsinki at ArctechH. The vessel measures 229 m in length and 32,5 m in breadth. After the launch the bow will be transported to Helsinki" (Tweet) – via Twitter.
- NB 515 launched at Arctech Helsinki Shipyard. Arctech Helsinki Shipyard, 8 January 2019. Retrieved 2019-01-09.
- @HelsinkiOy (28 August 2019). "Today we had at the shipyard naming ceremony and delivery of the Arctic Tanker Yuriy Kuchiev. The weather could not have been better! Tomorrow free space for new orders to come..." (Tweet) – via Twitter.
- Kajosaari, Markku (2018), "New type condensate tanker for arctic operation", in Kujala, P.; Lu, L. (eds.), Marine Design XIII: Proceedings of the 13th International Marine Design Conference (IMDC 2018), June 10-14, 2018, Helsinki, Finland, 1, Taylor & Francis Group, pp. 77–82, ISBN 978-1-138-34069-5
- Dynacom scoops contract for Yamal LNG condensate carriers. TradeWinds. Retrieved 2016-02-24. (subscription required)
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- Sea Transportation Solutions for Arctic Logistic Needs (Archived August 6, 2016, at the Wayback Machine). Esko Mustamäki, Arctech Helsinki Shipyard. Retrieved 2016-07-21.
- Croatia's Brodotrogir starts building tanker icebreaker for Arctech Helsinki Shipyard. SeeNews, 8 February 2017. Retrieved 2017-02-09.
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- Halpa myyntihinta tuo toivoa Helsingin telakalle – konsultit etsivät ostajia naapurimaista. Kauppalehti, 14 March 2019. Retrieved 2019-03-14.
- "We are making preparations for the Inclining test of the Arctic Tanker NB 515". Arctech Helsinki Shipyard. 29 April 2019. Retrieved 1 May 2019. CS1 maint: discouraged parameter (link)
- @ArctechH (7 May 2019). "Last night the Arctic Tanker NB 515 left for the Sea Trials. The vessel was floated out in the end of April and during this week we made preparations for the Sea trials, including the Inclining test" (Tweet) – via Twitter.
- Anniversary voyage to North Pole bears testimony of a changing Arctic. The Barents Observer, 14 August 2017. Retrieved 2018-09-15.
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- Rules for the Classification and Construction of Sea-Going Ships Part I: Classification. Russian Maritime Register of Shipping, 2018.