Posts Tagged ‘System’

Rapp Hydema to Deliver ROV Moon Pool System

Thursday, May 3rd, 2012

Ezra Marine Services awards Rapp Hydema contract for delivery of next generation ROV moon pool handling systems on vessel CONSTELLATION. 

 

The contract covers the delivery of two complete ROV Moon Pool handling systems for Ezra`s new build vessel Constellation. The systems to be supplied by Rapp are the latest generation of ROV MP handling systems designed for Work Class ROV operations down to 4000 meters in harsh weather. All winches are fully electric and each system has full redundancy and active heave compensation (AHC) for optimum operational safety.

 

Rapp’s ROV Moon Pool Handling Systems utilize a subsea snubber that is launched beneath the vessels keel line. This design secures a softer latching of the TMS and secures a safer launch and recovery in harsh weather. The advanced Pentagon control system from Rapp has both auto matic launch and recovery modes. In automatic mode all of the winches involved in the operation are automatically controlled and synchronized in sequences by the PLC control system.  This feature allows for safe operation by a single operator.

 

An air bubble system is used in each Moon Pool.  This starts automatically and is designed to kill generated wave energy in the Moon Pool while the ROV package is lifted between the keel line and the splash zone. In addition to delivery of the ROV Moon Pool Handling Systems the contract covers design and partial delivery of ROV Moon Pool Hatches, ROV Moon Pool Rails (horizontal and vertical) and the ROV Skidding Pallet. Rapp Hydema will deliver the ROV Moon Pool Handling Systems in several phases to meet EZRA`s new build program for the Constellation vessel. Final delivery from Rapp Hydema is scheduled to take place in the First quarter of 2013. 

 

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Search & Rescue System Accepted by US Coastguard

Thursday, April 5th, 2012

US Coastguard formally accepts General Dynamics C4 Systems-built Rescue 21 SAR communication system

The U.S. Coast Guard has formally accepted the General Dynamics C4 Systems-built Rescue 21 Search and Rescue communications system now serving Sector Northern New England.  With the command center located in South Portland, Maine, Sector Northern New England comprises more than 5,000 coastal miles from the New Hampshire/Massachusetts state line to the Canadian border, including Lake Champlain.

Using advanced direction-finding technologies, digital communications and related enabling technologies, the life-saving Rescue 21 system enables Coast Guard personnel to rapidly and efficiently respond to calls from distressed mariners in the region.

“I am extremely proud to have supported the Rescue 21 program since its inception almost a decade ago.  This project represents a successful partnership between government and industry,” said U.S. Senator Susan Collins.  “As we celebrate the inauguration of Rescue 21 in northern New England, we do so with the confidence that this investment will save the lives of Maine’s fishermen and recreational boaters by improving the Coast Guard’s search and rescue capabilities along Maine’s coast.”

“The Rescue 21 system supports the Coast Guard’s maritime safety and overall homeland defense mission to protect the nation’s ports, coasts and waterways,” said Chris Marzilli, president of General Dynamics C4 Systems. “The system currently has 232 radio towers deployed nationwide and constitutes the first nationwide, homeland security network enabling interoperable communications with local law enforcement and first responders.”

Rescue 21 is interoperable with other federal, state and local enforcement agency communication systems, enhancing inter-agency cooperation and enabling the Coast Guard and its partners to be more effective responding to security and marine environmental threats. The Rescue 21 towers and command centers are also designed to accommodate additional sensors and command and control equipment, which adds cost-effective capabilities to the Coast Guard’s maritime security mission.

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Imenco Offers Quad CCTV System

Thursday, March 22nd, 2012

The Imenco Quad Video CCTV system is designed for robust and easy use monitoring, primarily for the offshore and marine industry.

The system is set with four waterproof cameras with the Power & Quad unit as the heart of the system. Each camera is easily connected to the Power & Quad unit using a single multi-connector. The little control unit is used to set preferred zoom and focus positions for each camera, and is not needed for normal use. The Imenco Quad CCTV System is the easiest way to get a CCTV system with four cameras in operation.


“We have been providing surveillance systems for subsea operations and also topside for FPSO to major operators worldwide,” said Al Cohen, vice president of Business Development at Imenco A/S. “Imenco Quad System is designed for tugboat companies so they can surveillance the operations with no worries of water exposure and timely safety response.”


 

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P&O Installs MPM System Upgrade

Friday, January 20th, 2012

P&O Ferries install MPM Hibernation system upgrade.

 

UK ferry operator P&O Ferries has recently taken delivery of Marine Software’s MPM Hibernation upgrade for vessels “European Seaway” and “Pride of Dover” after deciding to put these vessels into lay-by.  The MPM – Marine Planned Maintenance product was originally installed during a fleet wide software purchase in 2005 for 18 vessels, along with Marine Software’s centralised Spare Parts, Procurement package and CODA finance system integration.

 

This upgrade will ensure that all next due calendar based jobs not outstanding at the hibernation date will be suspended, as most machinery equipment will not be running during this period. For manned vessels during hibernation, planned maintenance job issue lists will only include those scheduled due jobs for actual running machinery, along with any outstanding jobs at hibernation. Once the vessel returns to service, the MPM system will automatically advance most calendar based PM job routines forward by the exact number of hibernated days. This re-schedule feature offers time savings to the crew, as they will not need to manually re-schedule all next due calendar dates into the future from the re-activation date.


Not all calendar based PM jobs will be automatically hibernated, as the software has been specifically designed not to suspend Class Survey Jobs so these continue to remain active during the hibernation period. Some machinery will also still operate during hibernation e.g. Main Engines, Generators, Domestic Services, Compressors etc, should a skeleton crew remain on-board. These particular PM job cards will be switched into normal mode during hibernation because a requirement still exists to continue maintenance tasks on this running machinery. Other equipment that has specific expiry dates such as Liferaft annual servicing, Hydrostatic Release renewals, Pyrotechnics, Davit Wire replacements can also be switched to remain active during hibernation ensuring all expiry dates are strictly adhered to.


Should a vessel go into an extended hibernation period such as a hot or cold Layup, additional job cards can be created for dedicated Layup type maintenance routines, for example: turning crankshafts, turbo-charger rotors and checking hanging anodes. This MPM Hibernation feature would also work well during future vessel refits, and P&O Ferries are currently deciding on upgrading all other fleet vessels.

 

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J D Neuhaus: Largest Ever Crane System

Tuesday, January 17th, 2012

The largest crane system constructed to date by J D Neuhaus has been delivered to Westcon Lofteteknikk AS (WCL) of Norway for use on an offshore drilling rig. The semi portal design comprises an A-frame supporting twin overhead horizontal track beams providing a 7.5 meter span.

 

The crane has an approximate height of 11.5 meters with a total weight of 32 tons. It is equipped with JDN hydraulic EH 40-H monorail hoists operating on each of the twin beams, each hoist providing an individual lift capacity of 40 tons. These hoists can be operated individually or simultaneously from one control, and when used in conjunction a total lift of 80 tons is possible with a 12 meter lift height being available. A JDN Profi 6 TI-H hoist with 6 ton lift capacity is also provided to cover other operational or service requirements.

 

The whole energy supply system, which was designed and manufactured by JDN, incorporates four hydraulic drives provided for the crane travel movements. An electro-hydraulic switch cabinet is also mounted on the access gangway. The primary radio crane controls also have a back-up system fitted to cover any radio control panel failure. Manual operation is also accommodated to cover any unscheduled loss or failure of the electric power supply.

 

The crane has been designed to comply with offshore operation, at temperatures down to -20ºC. Survival conditions can also be maintained in the event of inclines from the horizontal of the rig of 3º with the crane loaded or 27º when unloaded. Operation within potentially hazardous environments is accommodated with an Ex-Classification of Ex II 3 GD IIB T4. A special safety feature is incorporated with the crane to cover any disruption to or total loss of the main power supply. This feature comprises a back-up hydraulic pump with fluid reservoir tank to provide emergency lowering of suspended loads, together with safe positioning of both hoist trolleys and crane.

 

The design, manufacture and performance of the crane comply with relevant standards and regulations including:

 

  • 2006/42/EC – EC Machine directive
  • DNV OS E101 – Drilling plant
  • DNV Lifting appliances 2.22
  • FEM 1-001 – Rules for design of hoisting appliances
  • Norsok R-CR-002 – Lifting equipment

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Rolls-Royce Delivering First Gas Power System for Tugs

Thursday, January 12th, 2012

Rolls-Royce, the global power systems company, has signed a contract to deliver highly efficient engines and propulsion systems for the world’s first Liquid Natural Gas (LNG) powered tugs.

 

The two vessels have been ordered by Norwegian company Buksér og Berging AS and will enter service in late 2013 for Statoil, the international energy company, and Gassco, the operator of the gas transportation network off the Norwegian coast. Robert Løseth, Rolls-Royce, Senior VP – Merchant, Propulsion Systems and Engines said: “This is a breakthrough for our Bergen gas engines and cutting edge propulsion technology. The choice our customer has made highlights the industry leading engine performance, fuel consumption and low methane emissions that Rolls-Royce can offer, which is now being applied to tugs. ” 

 

In addition to two gas engines and a single LNG tank, Rolls-Royce will deliver a mechanical direct driven azimuth propulsion system for each tug that will provide the quickest response time for manoeuvring; which is critically important for tug operators. The combined power and propulsion system will also enable the lowest possible fuel consumption in all operating modes. Rolls-Royce will also provide automation and control systems for the two escort vessels.

 

Commercial Director at Buksér og Berging AS, Vetle Sverdrup said: “We wanted to base the design of the new tugs on the spark ignition lean burn engine concept, and the ability to accommodate direct drive in addition to a low emission profile. The propulsion system on high performance escort tugs needs to accommodate rapid load pick up over the entire load range. Due to the above we chose to work closely with Rolls-Royce on this project.” The scope of supply for Rolls-Royce in this contract is:

•       2x US35 Aquamaster

•       2x Bergen C6 Ing engines, mechanical drive

•       RR Acon control and monitoring for gas system

•       1x AGA Cryo LNG tank with LNG system based on two coldboxes

The LNG system is designed by AGA Cryo and integrated with the Rolls-Royce propulsion system. This single tank LNG system has got full gas redundancy approved by NMD (Norwegian Maritime Directorate) i.e. no diesel back up is required. The operational benefits of a gas fuelled propulsion system are a cleaner engine room, less waste oil and no “switch over” problems. The new gas engines are also service friendly and needs less maintenance. The gas engines can operate on low load with out any restriction and have a very quick and step less ramp up time from 0 to 100% load.


The fuel system is designed for weekly bunkering intervals and the bunkering time is estimated to be 45 minutes. Bunkering will be carried out by the ships crew. Nox emissions are lower at low engines loads, which are the reverse trend of most diesel engines, making it the optimal solution for tugs which are spending most of the time at lower engine loads. Environmental benefits with S.I. gas engines:

 

•       92% reduced NOx emission

•       17% reduced GHG emission

•       98-100% reduced SOx emission

•       98% reduced particulates

•       No oil spill during bunkering

•       No oil spill in ship engine room bilges

•       No sludge from purifiers

•       No FO waste-/leak oil

•       No FO oil spill, reduced Fire Risk

•       Long-term compliance with local port regulations and potential benefits from taxation/green port dues

•       Compliant with Tier III regulations

The vessels are designed by Buksér og Berging AS together with Marin Design AS in Kolvareid, Norway. The project was developed in close contact with Rolls-Royce giving Rolls-Royce a unique opportunity to understand and adhere to operational requirements. The vessels have the following specifications:

 

Loa:    35.00m

Lpp:    30,54m

Bm:     15.40m

Draft:   7.50m

 

Accommodation for 7 persons

 

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Patent Protection Granted for Hybrid Propulsion System

Monday, January 9th, 2012

Donjon Salvages Sunken Barge



Donjon salvags sunken barge under Newport Pell Bridge.
 
Donjon Marine, Co., Inc., a provider of multi-faceted marine services including marine salvage, heavy lift,

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Hamworthy Krystallon, HHI Contract for Scrubber System

Monday, January 9th, 2012

Solvang ASA, through Hyundai Heavy Industries, orders system for 84,000 cbm LPG carrier as three-year countdown to 2015 ECA approaches.


Hamworthy Krystallon, the leading marine scrubbing technology manufacturer, today signed a significant contract with Hyundai Heavy Industries (HHI), the world’s biggest shipyard. The contract will see Hamworthy Krystallon deliver a scrubber system on a Liquified Petroleum Gas tanker being constructed for Solvang ASA. The 84.000 cubic meter (cbm) VLGC will have the worldʼs first full vessel scrubber system.

 

The newbuild vessel will be fitted with two scrubbers; one for the main engine and one combined scrubber for three auxiliary engines. The scrubbers and washwater treatment will be situated in the funnel, in a modular design. This concept can readily be applied to similar vessels such as tankers, demonstrating that seawater scrubbers can help ship owners comply with upcoming regulations, irrespective of vessel type and size.

 

It is the first commercial contract for a full vessel system, allowing the vessel to operate whilst burning only heavy fuel oil. The newbuild vessel has been designed to take into account all aspects of energy efficiency and environmental performance, using Solvangʼs and HHIʼs extensive experience. The drive for energy efficiency will also see the vessel fitted with a next generation Hamworthy Cargo Handling system, which will ensure lower energy consumption and improved operational flexibility. Initiatives specific to the exhaust gas cleaning systems, will include varying the washwater amounts depending on the load and sulphur content of the fuel oil, as well as installing an additional particulate matter (PM) capture system, which reduces PM emissions by in excess of 90%.

 

The new contract precedes what from this month is effectively a three-year deadline for the fitting of scrubber technology before the 2015 deadline for meeting 0.1% sulphur levels in Emission Control Areas (ECAs) Europe and North America comes into place. The increased need for speedy decision making as ship owners and operators face the pressures of meeting 2015 comes as shipowners face-up to the significant costs of using distillate fuel, the technical challenges of switching from heavy fuel oil to low sulphur products, as well  as the considerable developments that need to be conducted with LNG, scrubbing technology remains the only proven and viable solution.

Commenting on the contract, Sigurd Jenssen, Managing Director, HamworthyKrystallon, commented: “We are delighted to be working with Solvang ASA and Hyundai Heavy Industries to deliver the worldʼs first complete scrubber system, and the first ever scrubber to be fitted on a LPG carrier.

 

“There is real concern over the 2015 ECA regulations, and we are starting to see more owners and operators actively consider what solution they will employ to remain compliant, but time is running out. Ship owners and operators are increasingly aware of the impending supply chain issue facing the market, but many fail to consider that once a scrubber system is installed, it is important to developoperational experience prior to using on a daily basis.”

 

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Lockheed Martin: Integrates Nav System on Ice Patrol Ship

Tuesday, January 3rd, 2012

Lockheed Martin UK has completed the installation of its Warship Electronic Chart Display and Information System (WECDIS) on board HMS Protector, the Royal Navy’s new Antarctic ice patrol vessel. Following installation, HMS Protector conducted and passed her WECDIS digital accreditation process, enabling her to undertake Antarctic patrol operational commitments with the Royal Navy.   This is the first time Lockheed Martin UK has fitted an Antarctic ice patrol vessel with this new advanced hardware and software system. WECDIS provides ships’ navigation teams with an integrated electronic navigation picture, greatly reducing navigator workload and increasing situational and tactical awareness for the ship’s crew.The additional value of electronic charting systems in polar circles is that they remain fully functional in such regions, allowing Royal Navy ships and submarines to safely navigate in the high latitudes of the Northern and Southern Hemispheres.  Lockheed Martin has fitted more than 90 ships and submarines from the Royal Navy and Royal Fleet Auxiliary with WECDIS hardware and software, enabling ships’ navigation teams to replace paper charts. The WECDIS-equipped fleet now includes surface ships from small patrol craft to aircraft carriers and submarines such as the Trafalgar and Vanguard Class. Lockheed Martin UK, part of Lockheed Martin Corporation, is a leader in systems integration, working on major programmes spanning the aerospace, defence and civil sectors.  Lockheed Martin UK works with more than 100 business partners and employs over 1,500 people at sites across the UK.


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Bilge Sentry System Keeps Bilges Dry

Thursday, December 8th, 2011

Even the bilges of the most well-made vessels usually collect water or other fluids, resulting in foul odors, accelerated corrosion and an unsightly mess.  The newest product from Delta “T” Systems leaves those problems in the past. 

 

Keeping an eye below deck, the new Arid Bilge Sentry ensures boats stay dry below deck. From a single control box, this system performs two key functions.  First, its keeps all bilge compartments bone dry.  Secondly, it logs and displays the historical data for all of the bilge zones so that irregularly high pumping activity can be investigated and corrected at the source. Keeping track of the pump-out time for each zone provides valuable data that can catch small leaks below deck before they turn into large problems.  This information also serves to prove the long-term integrity of the vessel during a survey for a prospective buyer or insurance event.

 

Simple to install and intuitive to use, the Arid Bilge Sentry system is made up of a central control enclosure, a color touchscreen and up to eight low-water pickups.  The control enclosure can be located in the engine room or elsewhere on board the vessel, and may be powered by 110-220 VAC or 24 VDC. The touchscreen is usually located in the front panel of the control enclosure and used to manage the system.  The low-water pickups are placed at the lowest point of each bilge compartment and only a small 3/16″ hose is run back to the control enclosure.


When the system is powered up, it will test each bilge zone for the presence of fluid.  It will then pump out any water and log the time it took to do so.  Once all zones have been checked and pumped out, the system will hibernate for a preselected period of time.  After hibernation, the Arid Bilge Sentry system wakes up and re-tests each zone.  This seamless pattern continues indefinitely.  The display screen shows the system’s status at all time and allows for adjustments to most system parameters.  The display screen also serves up warning messages when the system encounters irregularly high amounts of water in the bilge or other issues that require attention. info@deltatsystems.com; www.deltatsystems.com.

 

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