Marine Link
Saturday, November 18, 2017

Ballast Nedam News

Van Oord to Acquire Activities of Ballast Nedam Offshore

Svanen landscape

Van Oord has reached agreement on the acquisition of the activities of Ballast Nedam Offshore. The acquisition consists of the assets of Ballast Nedam Offshore, the dedicated EPCI staff (Engineering, Procurement, Contracting and Installation), heavy lift installation vessel Svanen and the Westermeerwind project (144 MW). The activities will be integrated into Van Oord’s Offshore Wind Projects business unit. The acquisition will strengthen Van Oord’s leading position in the offshore wind market for north west Europe.

CWind Supports Ballast Nedam at Butendiek OWF

CWind, a provider of integrated services to the wind industry, announced today that it is providing corrosion protection services to Ballast Nedam at Butendiek Offshore Wind Farm (OWF). The service, which extends to all WTG foundations, commenced in May and is expected to complete in August.   Butendiek OWF, located 35 nautical miles west of the island of Sylt in the North Sea, comprises 80 turbines with 3.6 MW capacity each, resulting in a total capacity of 288 MW once fully operational. Butendiek OWF owner, WPD, awarded Ballast Nedam the contract to supply, transport and install monopiles and transition pieces in 2013.  

HBG, Ballast Nedam Combine Dredging Ops

Dutch construction firms Hollandsche Beton Groep (HBG) and Ballast Nedam signed a contract to merge their dredging operations. The joint operation, Ballast HAM Dredging, would have sales of 635 million euros ($548 million) and about 2,000 employees. Ballast, a relatively small player in dredging, said it would hold a third of the shares in the new company which would see it achieving its required industry scale. HBG's move has angered a substantial number of its shareholders, although it believes it does not require their approval. On Tuesday, HBG shareholders said they would request a court inquiry into the firm's strategy after HBG said the planned deal with Ballast was irreversible.

Westermeerwind Wind Farm Construction Begins

Mammoet announced today that Westermeerwind BV has reached financial close on July 25 for the turnkey construction of the Westermeerwind wind farm in Ijsselmeer, meaning work can now start on building the 48 wind turbines. The Westermeerwind wind farm consists of 48 wind turbines with a capacity of 3 MW to be installed in the water between 500-1,100 meters from the dikes of the Noordoostpolder. The client for the wind farm is Westermeerwind BV, which was founded to develop Westermeerwind at one of the windiest, and accordingly the most energy-efficient, locations in the Netherlands. Installation work is scheduled to start in March 2015. The first turbines are expected to start delivering power to the existing grid at the end of 2015.

Heavy Lift Vessel Svanen Works for Belwind

Ballast Nedam's heavy lift vessel Svanen left the port of Rotterdam last weekend. The Svanen has been commissioned by Van Oord Dredging and Marine Contractors to drive 56 steel piles for the foundations of the Belwind offshore wind farm off the coast of Zeebrugge (Belgium). This is the first phase of the Belwind project, which will eventually encompass a total of 110 wind turbines. Once the project is completed the 110 wind turbines will supply power to approximately 350,000 households, meaning a reduction of 540,000 tonnes of CO2 emissions annually. The offshore wind farm is located on Bligh Bank, a sand bank 46 kilometres from the Belgian coast where the sea has a depth of 15 to 37 meters.

Dutch Company To Build Harbor

Dutch construction group Ballast Nedam won a $63.83 million contract to build a harbor in the Gaza area. The construction will be financed by the Dutch and the French government, the Palestinian Authority and the European Investmentbank. The construction activities, in cooperation with French construction firm Spie Batignolles, are expected to take about 25 months.

Dredging Firms Play Down Talk Of Contracts

Two Dutch dredging firms played down market talk that they were about to place sizeable shipbuilding contracts with IHC Caland. Dredging and construction firm Ballast Nedam said it was considering ordering a jumbo dredging ship as economic growth in Southeast Asia recovered, "but we haven't approached any shipyards yet," said spokeswoman Nel de Geus. Builder HBG repeated a statement made at its first half results presentation on Sept. 2. "We gave our unit HAM permission to order a jumbo dredger before the end of 1999...from a Dutch ship yard...This could be IHC Caland," HBG spokesman Arno Pronk said. He added HBG would make it public if a contract were signed.

Contracts

The U.S. Navy awarded the work package on its USS Whidbey Island to Norshipco, a member of the U.S. Marine Repair shipyard family. The contract, which calls for topside phased maintenance, fixed-price availability, states for work to commence on May 24 for a September 1 completion. The work package includes topside repairs, electrical and mechanical repairs, and ship alterations. Specific mechanical repairs entail main propulsion diesel engines, and ship alterations include the RAM Mk31 Mod and Ship's Self Defense System installations. Stratos has been awarded a contract to supply C-band satellite equipment and teleport services for PanCanadian Petroleum Limited's exploration drilling program offshore Nova Scotia.

Three Consortia to Bid on Port Project

Three consortia of dredging and construction companies have qualified for the construction of Maasvlakte 2. There is one purely Dutch combination, formed by Boskalis and Van Oord, a Belgian group, consisting of Dredging International and Jan de Nul, and an international combination, comprising the Dutch company Ballast Nedam and the Danish firm Per Aarsleff. Hans Smits, Port of Rotterdam Authority CEO: “The fact that there are three consortia in the race means there is healthy competition. I therefore expect a lot of creativity in the design process, followed by competitive prices.” This summer, the Port Authority went in search of parties able to implement the first contract for the construction of the 2000 ha port expansion in the North Sea.

De Nora BWTS Concludes USCG Testing

Image taken from De Nora S.p.A video

De Nora announced that it has completed shipboard testing for its BALPURE ballast water treatment system (BWTS), and intends to make  its submission for United States Coast Guard (USCG) Type Approval by the end of 2017. The shipboard testing of  De Nora BALPURE was conducted on a US-flagged Aframax tanker operating in the west coast of the United States in the regulated waters of California and Alaska. The tanker is in normal trading and has been ballasting and deballasting with BALPURE system on a regular basis.

NEI Treatment Systems Receives Ballast Water Management Certification

After many months of review and many years of testing, NEI Treatment Systems’ Venturi Oxygen StrippingTM (VOS) ballast water treatment system has been issued a Type Approval Certificate of Ballast Water Management System. The Certification was issued by the Liberian Register, with technical review by the American Bureau of Shipping (ABS). Land-based biological testing was conducted by the Chesapeake Biological Laboratory (CBL) of the University of Maryland Center for Environmental Science. U.S. Federal Government Laboratory. The testing was funded by the U.S. Atmospheric Administration (NOAA) as part of the U.S. Program. In 2004, the International Maritime Organization (IMO) finalized the International Convention for the Control and Management of Ships’ Ballast Water and Sediments…

Lloyd's Safety Alert: BWM FAQ's

Safety Alert: FAQs issued by US Coast Guard on United States ballast water management regulations. Applicabilty: All shipowners, operators, charterers and ballast water treatment system manufacturers. Further to Classification News No. 10/2012, the US Coast Guard (USCG) has issued a set of Frequently Asked Questions (FAQs) to address and clarify issues related to the United States ballast water management regulations.

ChartCo Introduces EnviroManager 5.4 At Europort

EnviroManager 5.4 (Photo: ChartCo)

ChartCo introduced version 5.4 of its EnviroManager. Already installed on over 500 vessels since its launch in early 2017, EnviroManager consolidates information  to assist vessels to comply with MARPOL regulations for discharges and emissions. EnviroManager includes the baseline information for each nation as required by  regulations. The display shows “distance from land” as measured from the official country baseline, as opposed to the shoreline which is identified on a navigational chart.

Safe Bulkers to Install Erma First BWTS

Photo: Safe Bulkers, Inc.

Safe Bulkers, an international provider of marine drybulk transportation services, announced today that it has agreed with Erma First, a Greece based company, to install in all Company's vessels a Ballast Water Treatment System (BWTS). The Ballast Water Management (BWM) Convention was adopted by the International Maritime Organization (IMO) and entered into force on 8 September 2017. The United States Environmental Protection Agency (EPA) had adopted similar regulation for ballast water treatment effective on January 1, 2016.

Intertanko Welcomes IMO Resolution on Ballast Water Management

Intertanko welcomes the agreement reached this week by the IMO’s Member States in revising the implementation schedule for the Ballast Water Management Convention and urges all Governments to adhere to this new schedule. The International Maritime Organization’s (IMO) governing body, the Assembly, adopted a Resolution  in London that pins the application dates of the Ballast Water Management Convention to the entry into force date. This in effect makes all vessels constructed before the entry into force date ‘existing’ vessels, and allows for the installation of a ballast water management system (BWMS) on such vessels at the first renewal survey following entry into force. At present 38 countries representing 30.3% of the world’s registered tonnage have ratified the Convention.

K-Line Adds 311,000 DWT-Type VLCC “Kisogawa”

Kisogawa. Photo: Kawasaki Kisen Kaisha, Ltd

Japan’s shipping major Kawasaki Kisen Kaisha (K-Line) has expanded its fleet as it took delivery of the 311,000 dwt very large crude carrier (VLCC) Kisogawa on November 15. Kisogawa, which was constructed by China’s Nantong Cosco KHI Ship Engineering (NACKS), features a length of 339 meters and a beam of 60 meters. "The vessel achieves low fuel consumption (about 20% reduction compared with our conventional VLCC) by removing Bulbus Bow, applying ultra-long stroke slow speed main diesel engine and highly-efficient large diameter propeller," said a press release.

Seaflex Bouyancy Shows Real Utility

Seaflex buoyancy systems in action.

Unique Maritime Group’s marine buoyancy solutions help stricken vessel and world’s largest windfarm; highlights the diverse uses for Seaflex buoyancy systems. Unique Maritime Group, one of the world’s leading integrated turnkey subsea and offshore solution providers, today announced two key projects, involving buoyancy systems provided by Seaflex Ltd. The London Array is an offshore wind farm under construction in the outer Thames Estuary in the United Kingdom. With 1,000 megawatt (MW) capacity, it is expected to become the world's largest offshore wind farm.

Jumbo Delivers its Largest Container Crane

Last Month, 2011, Jumbo Shipping delivered a 71-metre-tall and 29-metre-wide container crane to the Port of Sète (France) for its client Eurocrane. Weighing close to 1,200 tonnes and equipped with a transport boom of 104 metres, it was the largest container crane ever transported by Jumbo. With this new crane the Port of Sète significantly increases its container handling capacity. The project presented several technical challenges, which required innovative solutions. The crane’s centre of gravity was located relatively high up and its base protruded by 4 metres off the hull of Jumbo's Fairplayer, which was to ship it. Jumbo’s and Eurocrane’s engineers developed a one-off solution which included adding ballast boxes. • Acting as outriggers for the lifting points.

Ecochlor Presents BWTS Case Study at CMA

Credt: Ecochlor

Ballast water treatment technology developer Ecochlor Inc. presented a project case study yesterday at CMA Shipping 2015 in Stamford, Conn. The case study covered the retrofit of Ecochlor’s ballast water treatment system (BWTS) aboard the 2007-built ro/ro car carrier vessel M/V Green Bay following an order from International Shipholding Corporation (ISH) in 2013. ISH ordered Ecochlor systems for seven of its ships, including vehicle carriers and bulk carriers, to be installed between 2014 and 2016.

IMO Meeting Approves Measures on Ballast Water Management

Ballast water management is to become a major consideration in the design of new vessels following the approval by IMO of a series of measures aimed at reducing the harmful effects of marine organisms transported in ballast water and the risks involved in some ballast water management techniques. The 47th session of the International Maritime Organization’s Marine Environment Protection Committee (MEPC), which met from 4 to 8 March at IMO Headquarters in London, approved a Circular containing a raft of design suggestions for ballast water and sediment management options in new ships. As a fundamental principle, the Circular states that…

Ecochlor BWTS Receives DNV GL Type Approval

Photo: Ecochlor

Ecochlor and DNV GL have announced  DNV GL Type Approval on behalf of Norway of the Ecochlor Ballast Water Treatment System (BWTS). In addition to serving as Ecochlor’s Independent Laboratory for US Coast Guard (USCG) Type Approval, DNV GL simultaneously evaluated and approved the Ecochlor System under DNV GL rules and the BWM Convention. With its USCG Type Approval certificate, Ecochlor stands alone as the first approved treatment system produced by a US manufacturer; the only approved chemical injection treatment technology…

SeaCURE Gains Korean Exposure

Photo: Evoqua

Evoqua Water Technologies’ partnership with Krosys was strengthened with the unveiling of a SeaCURE Ballast Water Treatment System during the Kormarine 2017 exhibition in Busan, South Korea. The electrochlorination unit (ECU) skid showcases the Korean engineering company’s competence in building, installing and commissioning Evoqua’s high-end ballast water treatment technology in the Korean newbuild and retrofit markets. The development represents another success for both companies…

New Measures on Ballast Water Management Approval

"Back to the drawing board" is the message to designers of new vessels, as ballast water management is to become a major consideration in the design of new vessels following the approval by IMO of a series of measures aimed at reducing the effects of marine organisms transported in ballast water and the risks involved in some ballast water management techniques. The 47th session of the International Maritime Organization's Marine Environment Protection Committee (MEPC), which met in March in London, approved a Circular containing design suggestions for ballast water and sediment management options in new ships. The Circular says that…

Maritime Reporter Magazine Cover Nov 2017 - The Workboat Edition

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