Viktor Chernomyrdin (icebreaker)

Viktor Chernomyrdin (Russian: Виктор Черномырдин), also known through her Russian design number Project 22600 or type size series designation LK-25,[note 1] is a Russian diesel-electric icebreaker currently under construction at Admiralty Shipyard in Saint Petersburg. When completed, the 22,000-ton icebreaker will be one of the largest and most powerful diesel-electric icebreakers in the world.

Viktor Chernomyrdin awaiting delivery at Admiralty Shipyard in Saint Petersburg in April 2020
History
Russia
Name:
  • Viktor Chernomyrdin
  • (Виктор Черномырдин)
Namesake: Viktor Chernomyrdin
Owner: Rosmorport[1]
Port of registry: Saint Petersburg,  Russia
Ordered: 2 December 2011[1]
Builder:
Cost:
  • RUB 7.94 billion (contract)
  • RUB 12 billion (2019 estimate)[2]
Yard number: 05620
Laid down: 10 October 2012[3]
Launched: 30 December 2016[4]
Completed:
  • December 2015 (contract date)[5]
  • Late 2020 (current estimate)[6]
Identification:
Status: Under construction
General characteristics
Type: Icebreaker
Tonnage:
Displacement: Approximately 22,000 tonnes
Length: 146.8 m (482 ft)
Beam: 29 m (95 ft) (maximum)
28.5 m (94 ft) (waterline)
Draft:
  • 8.5–9.5 m (28–31 ft) (design)
  • 9.7 m (32 ft) (maximum)[7]
Ice class: RMRS Icebreaker8
Installed power: Four diesel engines (4 × 8,700 kW)
Propulsion: Diesel-electric; centerline shaft (10 MW) and two ABB Azipod VI1600 propulsion units (2 × 7.5 MW)
Speed: 17 knots (31 km/h; 20 mph) (maximum)
2 knots (3.7 km/h; 2.3 mph) in 2 m (7 ft) ice
Endurance: 60 days
Capacity: Accommodation for 90 special personnel
Crew: 38
Aviation facilities: Two helipads and hangar for two helicopters

The construction of the 7.94 billion ruble icebreaker was awarded to Baltic Shipyard in St. Petersburg, Russia, in December 2011. Initially expected to enter service in late 2015, the project is now several years behind schedule and over budget. In 2017, it was announced that the unfinished vessel would be moved to Admiralty Shipyard for outfitting in order to speed up the delivery. Due to a fire on board the vessel in November 2018 and a disagreement over the increased cost of the icebreaker, the delivery of Viktor Chernomyrdin has been postponed to late 2020.[6]

Development and construction

Background

The development of the icebreaker designated as LK-25 dates back to the first long-term plans for rebuilding the Russian icebreaker fleet after the dissolution of the Soviet Union. As part of these plans that were published in the early 1990s, a number of both conventional and nuclear-powered icebreaker icebreaker type size series were developed, ranging from 7-megawatt auxiliary icebreakers (LK-7) operating near large ports to 110-megawatt nuclear icebreakers (LK-110Ya) capable of breaking ice up to 3.5 metres (11 ft) thick. Of these, the 25-megawatt line icebreakers (LK-25) were intended to escort merchant ships and lead convoys through freezing seas, and operate as auxiliary ships in complex convoys along the Northern Sea Route. During the summer season, they could also escort ships independently over shallow waters in the Arctic.[8]

While an early LK-25 concept was presented already in the 1990s,[9] the current design, Project 22600, was developed in 2008 by the Russian Petrobalt Design Bureau in co-operation with the Finnish Aker Arctic who had developed the hybrid propulsion configuration and carried out model-scale tests for the concept.[3][10]

Shipbuilding contract and start of construction

Following the challenging winter navigating season of 2010–2011, during which ice conditions in the Baltic Sea became so severe that Russia was forced to call in the nuclear-powered icebreaker Vaygach from Murmansk to escort ships in the eastern Gulf of Finland,[11] the Russian government decided to include a 25-megawatt diesel-electric icebreaker to the federal program Development of the Transport System of Russia (2010–2020).[12][13] On 2 December 2011, Rosmorport and St. Petersburg-based Baltic Shipyard signed a contract, worth RUB 7.94 billion of which 30% was paid in advance, for the construction of the new line icebreaker.[1] The keel-laying ceremony, attended by Prime Minister Dmitry Medvedev, was held on 10 October 2012. The construction of the 2,500-ton deckhouse was subcontracted to Nordic Yards in Germany.[5] The ship was initially expected to enter service in the Gulf of Finland in December 2015[5] and replace two older icebreakers, the 1974-built Ermak and the 1977-built Kapitan Sorokin.[14]

The new icebreaker would be named after Viktor Chernomyrdin (1938–2010),[15] the founder and first chairman of Gazprom and the former Prime Minister of Russia (1992–1998). In addition, he was the Acting President of Russia for a day in 1996 when President Boris Yeltsin underwent heart surgery.

Construction suspended due to design issues

In November 2014, it was reported that the construction of the icebreaker had been suspended already in December 2013 due to problems with the design — the vessel was reportedly 2,500 tons overweight and subsequently the draft had increased by 0.7 metres (2.3 ft) — and the delivery had been delayed by 24 to 28 months until July 2017. An expert working group established by Baltic Shipyard found discrepancies between the technical project documentation developed by Petrobalt Design Bureau and the structural drawings prepared by Iceberg Central Design Bureau, resulting in significant increase in steel weight. The shipyard then contracted another Russian company, Vympel Design Bureau, to modify the design so that the increase in draft would be limited to 15 to 20 centimetres (6 to 8 in).[16] The 30 million euro contract with Nordic Yards for the construction of the superstructure was also cancelled.[15][17][18]

Russian financial crisis and international sanctions
Viktor Chernomyrdin under construction in April 2018.

On 26 January 2016, it was reported that an additional RUB 1 billion of funding would be required to complete the icebreaker due to the decline of the Russian ruble following the financial crisis.[19] In addition, the United Shipbuilding Corporation (USC) was reportedly concerned about the shipyard's ability to deliver the icebreaker in 2017 due to the international sanctions against Russia.[20][21] While in April 2016 a representative of the United Shipbuilding Corporation claimed that the icebreaker would be delivered "this year" and that the value of the contract had not changed,[22] next month a representative of Rosmorport stated that "2018 is a reality".[23] On 16 June, the president of the United Shipbuilding Corporation, Aleksey Rakhmanov, said that the vessel would be delivered in late 2017 or early 2018, and that the cost had increased by RUB 1.5 billion.[24] On 6 December, the vice-president of the company, Yevgeny Zagorodny, extended this to the fourth quarter of 2018.[25]

Due to extensive delays, the Federal Agency of Sea and River Transport of Russia (Rosmorrechflot) considered a lawsuit against the United Shipbuilding Corporation and demanded a penalty of RUB 667 million through the Moscow Arbitration Court in June 2016.[26] By September, this had increased to RUB 1.2 billion. In March 2017, the delivery of the vessel was officially postponed to the end of 2018 by an order of the federal government, meaning that the United Shipbuilding Corporation would not be required to pay penalty for the delayed delivery of the vessel.[27] In December 2017, it was reported that another RUB 870 million would be granted to the United Shipbuilding Corporation to cover for devaluation of the Russian ruble as well as other negative effects, adding to the RUB 700 million granted in January for the same purpose. As of July 2019, the latest estimate for the total cost of the icebreaker is about RUB 12 billion, about 50 % more than the original contract value.[2]

In July 2016, it was estimated that the launching would take place in October of the same year,[28] but the vessel was finally launched on 30 December 2016.[4] In July 2017, it was announced that the unfinished icebreaker would be transferred to Admiralty Shipyard for outfitting in order to speed up the delivery of the vessel.[29] According to the RUB 3.695 billion contract, the vessel must be delivered by 25 June 2019,[30] but delivery was initially expected already in the autumn 2018.[31] The quayside trials were completed in August 2018.[32]

2018 fire

On 27 November 2018, a fire broke out on board the vessel, injuring two workers and damaging about 300 square metres (3,229 sq ft) of technical spaces on the third and fourth decks containing electrical equipment and wiring.[33] According to the shipbuilder, a possible cause for the fire was a safety violation by a contractor working in the ship's boiler room.[34] According to USC President Aleksey Rakhmanov, the accident may delay the delivery of the vessel as the fire damaged some imported equipment such as an American-sourced waste water filtration system that may be replaced by a European or South Korean unit due to the sanctions.[35] The material damage has been estimated to be over 400 million rubles (about US$6 million). A criminal case has been opened against two Admiralty Shipyard workers responsible for issuing hot work permits.[36]

Following the fire, sea trials originally scheduled for the end of 2018 were postponed to August 2019.[37] After further delays, Viktor Chernomyrdin finally left for sea trials to the Gulf of Finland on 5 October and returned on 22 October.[38] Full-scale icebreaking trials, initially planned for March–April 2020,[39] have also been postponed.

Disagreement over cost

Initially, the delivery of the vessel was scheduled for 25 December 2019. However, on 24 December it was reported that while Viktor Chernomyrdin was technically ready and manned, the delivery had been postponed to the first quarter of 2020. According to the United Shipbuilding Corporation, the new icebreaker would be handed over to Rosmorport once all legal and financial issues with the customer have been resolved. Until then, Rosmorport had refused to pay the excess cost of the vessel beyond the original contract price of about 8 billion rubles, currently estimated to be between 3 and 4 billion rubles on top of that. Since the December 2019 delivery date had not been extended by a new governmental decree, this cost overrun could have been further increased by a penalty of up to 1 billion rubles for the missed deadline.[40]

In April 2020, it was announced that the disagreement had been settled with the Ministry of Industry and Trade and Ministry of Transport each allocating an additional 1 billion rubles for the project. In addition, the United Shipbuilding Corporation will provide an additional 1.5 billion rubles to cover the increased cost of the vessel. Following this agreement, Viktor Chernomyrdin is now expected to enter service in late 2020.[6] The official deadline for the delivery is 1 November, but the vessel may be handed over to the customer already in September.[41]

Career

When the new icebreaker type size series were developed in the early 1990s, the 25-megawatt "linear sea icebreaker" (LK-25) was intended to operate primarily along the Northern Sea Route.[8] In November 2019, the Russian newspaper Kommersant wrote that during the eight years that Viktor Chernomyrdin has been under construction, both the idea of what kind of icebreakers are needed in the Arctic as well as the organizations responsible for the infrastructure of the region have changed. The Russian state-owned corporation Rosatom, which took over the management of the Northern Sea Route in 2019,[42] considers the capabilities of the new diesel-electric icebreaker to be insufficient compared to the nuclear-powered icebreakers it operates through its subsidiary Atomflot. However, the ship's owner Rosmorport is allowed to offer icebreaking services directly to other companies operating in the region.[43]

In August 2020, it was announced that Viktor Chernomyrdin would be stationed in the Baltic Sea.[41]

Description

General characteristics

Viktor Chernomyrdin is 146.8 metres (482 ft) long overall and has a maximum moulded beam of 29 metres (95 ft). She was initially designed with an operating draught range of 8.5 to 9.5 metres (28 to 31 ft) with a full load displacement of about 22,000 tonnes, but later design changes have increased the maximum draught to about 9.7 metres (32 ft).[7] The reduced draught can be used in shallow waters such as river estuaries.[44] These main dimensions make Viktor Chernomyrdin the largest diesel-powered icebreaker in the world, second only to the Russian nuclear-powered icebreakers.[5]

The icebreaker has a crew of 38 and additional accommodation for 90 special personnel. In addition to normal icebreaking and escorting tasks, Viktor Chernomyrdin is equipped for emergency towing and rescue operations in open water, oil spill response, offshore and underwater construction projects, and fire fighting. To support technical work, the ship can be fitted with a 150-ton deck crane. The large superstructure contains over 300 square metres (3,200 sq ft) of scientific laboratory space. A modular "diving complex" consisting of a diving chamber and other support systems built in standard-sized containers can be carried on the deck. An outboard lift allows persons with limited physical abilities as well as compact equipment to be lowered directly to the sea ice.[3] The icebreaker has a smaller helipad in the bow for Kamov Ka-32 and Eurocopter EC225 Super Puma, and a larger helicopter deck and hangar capable of accommodating heavier Mil Mi-8 and AgustaWestland AW101 helicopters in the aft.[44]

Power and propulsion

Viktor Chernomyrdin has a fully integrated diesel-electric propulsion system. Built according to the power plant principle, the four medium-speed diesel generating sets with an output of 8,700 kW (11,700 hp) each produce electricity for all shipboard consumers from propulsion motors to hotel functions such as lighting and air conditioning. The propulsion system consists of two 7.5-megawatt (10,100 hp) ABB Azipod VI1600 azimuthing propulsion units[45] and one 10-megawatt (13,400 hp) propulsion motor driving a fixed shaft line at the centerline; a so-called hybrid configuration.[3] While Viktor Chernomyrdin is not as powerful as the Russian nuclear-powered icebreakers, at 25 megawatts (33,500 hp) her propulsion power is nonetheless one of the highest among diesel-electric icebreakers. At the time of construction, she was second only to the three 26.8-megawatt (36,000 hp) Ermak-class icebreakers built in the mid-1970s. However, she is still significantly less powerful than the 44.7-megawatt (60,000 hp) gas turbine-powered USCGC Polar Star and USCGC Polar Sea operated by the United States Coast Guard.

Designed according to the double acting ship principle, Viktor Chernomyrdin is capable of moving continuously in compact ice field up to 2 metres (7 ft) thick with a 20-centimetre (8 in) snow cover at 2 knots (3.7 km/h; 2.3 mph) in both ahead and astern directions. In addition, the azimuthing propulsion units give the vessel superior maneuverability to traditional icebreakers with shaftlines and rudders. The vessel is also fitted with an air-bubbling system that reduces friction between the hull and ice.[46] In open water, the icebreaker has a maximum speed of 17 knots (31 km/h; 20 mph).[3][44][47]

Viktor Chernomyrdin is classified by the Russian Maritime Register of Shipping (RMRS).[44] The ice class, Icebreaker8, allows the icebreaker to operate in Arctic seas with ice thickness up to 3 metres (10 ft). In addition, she has to be capable of continuous operations in compact ice field up to 2 metres (7 ft) in thickness.[48] The icebreaker is designed to be capable of operating in temperatures as low as −35 °C (−31 °F) for 60 days.[44]

Notes
  1. The type size series designation "LK-25" (Russian: ЛК-25) comes from the Russian language word for "icebreaker" (Russian: ледокол, romanized: ledokol) and the propulsion power (25 megawatts).
gollark: Do you actually *need* or even want full type inference?
gollark: So you can make self-extracting zips and other such madness.
gollark: Shellscripts are, somewhat relatedly, very weird and run line-by-line, so you can just stick some binary data at the bottom and as long as you exit before the interpreter hits it it somehow works.
gollark: Parseable without executing it, though, is different.
gollark: http://www.modernperlbooks.com/mt/2009/08/on-parsing-perl-5.html

References
  1. List of Vessels Being Constructed for FSUE “Rosmorport”. Rosmorport. Retrieved 2013-04-07.
  2. "Ледокол "Виктор Черномырдин" за время строительства подорожал в 1,5 раза" (in Russian). Vedomosti. 16 July 2019. Retrieved 18 July 2019.
  3. First Aker Arctic multi-screw DAS hybrid propulsion application. Arctic Passion News 1/2013. Aker Arctic. Retrieved 2018-12-02.
  4. Baltiysky Zavod shipyard launches icebreaker Victor Chernomyrdin (photo). PortNews, 30 December 2016. Retrieved 2017-01-02.
  5. Nordic Yards to build 2,500 t deckhouse for icebreaker. MarineLog, 12 August 2013. Retrieved 2016-07-21.
  6. "На «Виктора Черномырдина» скинутся всем миром" (in Russian). Kommersant. 28 April 2020. Retrieved 28 April 2020.
  7. "Здесь вам не тут" (in Russian). Kommersant. 1 November 2019. Retrieved 1 November 2019.
  8. Tsoy, L.G.; Stoyanov, I.A.; Mikhailichenko, V.V.; Livshits, S.G. (1995), "Perspective types of Arctic icebreakers and their principal characteristics" (PDF), Proceedings of the 13th International Conference on Port and Ocean Engineering under Arctic Conditions, 1995 (POAC'95), 1, pp. 13–26
  9. "Победители льдов" (in Russian). Retrieved 19 January 2020.
  10. Projects. Petrobalt Design Bureau. Retrieved 2016-07-21.
  11. "Baltic Sea Icebreaking Sport 2010-2011" (PDF). Baltic Icebreaking Management. Retrieved 4 August 2019.
  12. "Ломая лед" (PDF), ОСК (in Russian), 4 (8): 24, 2011, retrieved 20 May 2019
  13. "Подписан акт приема-передачи дизель-электрического ледокола "Владивосток" (фото)" (in Russian). PortNews. 9 October 2015. Retrieved 4 August 2019.
  14. Baltic Shipyard lays down 25MW icebreaker for Rosmorport . Portnews.ru, 10 October 2012. Retrieved 2013-04-12.
  15. Russians turn to Germans for quality superstructure. The Motor Ship, 8 August 2013. Retrieved 2013-08-14.
  16. Доклад о финансово - хозяйственной деятельности федерального государственного унитарного предприятия «Росморпорт» за 2014 год. Retrieved 2015-05-02.
  17. Yard delays delivery of icebreaker. Barents Observer, 21 November 2014. Retrieved 2014-11-22.
  18. «Балтийский завод» не успеет сдать вовремя ледокол для Росморпорта. РосБизнесКонсалтинг, 21 November 2014. Retrieved 2014-11-23.
  19. Госконтракты поправят на девальвацию. Kommersant, 26 January 2016. Retrieved 2016-01-26.
  20. USC is concerned about the ability to deliver 25-MW diesel-electric icebreaker named Victor Chernomyrdin in 2017 amid sanctions. PortNews, 19 February 2016. Retrieved 2016-02-19.
  21. More delays for world’s biggest conventional icebreaker. The Independent Barents Observer, 19 February 2016. Retrieved 2016-02-20.
  22. Ледокол проекта 22600 планируют передать Росморпорту в этом году. RIA.ru, 7 April 2016. Retrieved 2016-04-09.
  23. Rosmorport expects the delivery of diesel-electric icebreaker LK-25 in 2018. PortNews, 17 May 2016. Retrieved 2015-10-02.
  24. Baltiysky Zavod to deliver 25MW icebreaker Victor Chernomyrdin (Project 22600) in late 2017 – early 2018. PortNews.ru, 17 June 2016. Retrieved 2016-06-17.
  25. USC says delivery of icebreaker Victor Chernomyrdin scheduled for QIV’18. PortNews, 6 December 2016. Retrieved 2016-12-06.
  26. Суд рассмотрит иск к ОСК о затягивании сроков строительства ледокола «Виктор Черномырдин» 28 июля 2016 года. PortNews, 29 June 2016. Retrieved 2016-07-01.
  27. Правительство отказалось от пени за ледоколы. Kommersant, 9 March 2017. Retrieved 2017-03-10.
  28. Rosmorrechflot estimates technical readiness of icebreaker Victor Chernomyrdin at 39.2%. PortNews, 1 July 2016. Retrieved 2016-07-01.
  29. «Виктору Черномырдину» тесно на Балтзаводе. Kommersant, 25 July 2017. Retrieved 2017-08-01.
  30. «Адмиралтейские верфи» доделают ледокол «Виктор Черномырдин» летом 2019-го. Fontanka, 13 September 2017. Retrieved 2017-09-16.
  31. Construction of Viktor Chernomyrdin icebreaker involves 600 people every day (photo). PortNews, 26 January 2018. Retrieved 2018-01-27.
  32. Ледокол «Виктор Черномырдин» проходит швартовые испытания. Rosmorport, 23 August 2018. Retrieved 2018-08-24.
  33. New Russian Icebreaker Catches Fire at St. Petersburg Yard. Maritime Executive, 27 November 2018. Retrieved 2018-11-28.
  34. Safety violations seen as possible cause of icebreaker fire — shipbuilder. TASS, 28 November 2018. Retrieved 2018-11-28.
  35. Delivery of Viktor Chernomyrdin icebreaker can be delayed because of fire - Aleksey Rakhmanov. PortNews, 30 November 2018. Retrieved 2018-12-01.
  36. "Дело о пожаре на ледоколе "Виктор Черномырдин" передано в суд" (in Russian). Kommersant. 2 October 2019. Retrieved 5 October 2019.
  37. Ледокол "Виктор Черномырдин" планируют отправить на ходовые испытания в августе. TASS, 20 March 2019. Retrieved 2019-03-21.
  38. ""Виктор Черномырдин" вышел на ходовые испытания" (in Russian). Sudostroenie.info. 5 October 2019. Retrieved 5 October 2019.
  39. "Victor Chernomyrdin icebreaker successfully completed sea trials". PortNews. 22 October 2019. Retrieved 22 October 2019.
  40. ""Виктор Черномырдин" не сдается" (in Russian). Kommersant. 24 December 2019. Retrieved 24 December 2019.
  41. "«Виктору Черномырдину» назначили место работы" (in Russian). Kommersant. 9 August 2020. Retrieved 10 August 2020.
  42. "It's a law - Russian Arctic shipping to be regulated by Rosatom". The Barents Observer. 2 January 2019. Retrieved 22 December 2019.
  43. "Здесь вам не тут" (in Russian). Kommersant. 1 November 2019. Retrieved 22 December 2019.
  44. LK25 main particulars. Vladimir I. Shtrambrand, Arctic Passion Seminar 2013. Retrieved 2013-04-07.
  45. References - Propulsion Products. ABB. Retrieved 2015-05-28.
  46. Kirov Group Will Supply Equipment for World's Largest Diesel-Electric Icebreaker. JSC Kirovsky Zavod, 13 May 2013. Retrieved 2015-12-14.
  47. ABB wins $35 million order for next generation icebreaker in Russia’s Arctic. ABB. Retrieved 2013-04-12.
  48. Rules for the Construction and Classification of Sea-Going Ships Vol 1, 2015. Russian Maritime Register of Shipping. Retrieved 2016-07-21.
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