eXtreme Carbon Fiber RIB
eXtreme RIBs introduced the eXtreme 30, entirely constructed of prepreg carbon fiber using state of the art Formula 1 autoclave technology. The hull is manufactured from 4 millimeter solid carbon fiber, in strength the equivalent of 6 millimeters of steel, but at only a fraction of the weight. The hull and other components of the eXtreme RIB are constructed out of prepreg carbon using autoclave technology for the best carbon-epoxy ratio. The prepreg carbon fiber construction pushes the water away from the hull, lifting the boat out of the water.
Africa Maritime Cooperation Centre Launched
Africa has launched its maritime technology cooperation centre as part of an ambitious International Maritime Organization (IMO)-EU project to establish a global network of centres to further global efforts in addressing climate change. The centres will act as regional focal points for a wide range of activities including improving compliance with existing and future international energy-efficiency regulations; promoting uptake of low-carbon technologies and operations in maritime transport…
US Invests $18.5 Mln in Offshore Wind Research
U.S. Secretary of Energy Rick Perry announced $18.5 million in new Department of Energy (DOE) funding for a consortium that will conduct research aimed at reducing the cost of offshore wind in the U.S. As it seeks to capitalize on momentum in the offshore wind market, the U.S. still faces several challenges, such as deep water requiring floating foundations, the need for models predicting how Atlantic hurricanes will impact offshore turbines, and supply chain and operations and maintenance solutions to address the challenges of building and maintaining turbines at sea.
IMO Rolls Out Global Maritime Technology Cooperation Centre Network
A global network of centres of excellence in marine technology was officially launched on Monday (4 December) at the headquarters of the International Maritime Organization (IMO). The Directors of five regional Maritime Technology Cooperation Centres (MTCCs) signed a Memorandum of Understanding to establish the global maritime technology centre network. The network of MTCCS - in Africa, Asia, the Caribbean, Latin America and the Pacific - is the mainstay of the GMN maritime technology project, run by IMO and funded by the European Union.
Autonomous Shipping Test Site Opens in Norway
Norway’s newest autonomous shipping test site is now officially open and ready to support the development of high-tech autonomous maritime solutions. Building on Norway’s leading position within the burgeoning autonomous shipping segment, the new test-bed in Horten is designed to offer Norwegian and international organizations a convenient, safe, non-congested space to trial new technology and vessels as the third of its kind in the country and the fourth such approved area in the world.
Eco Marine Power to Use Artificial Intelligence
To further enhance its research capabilities Eco Marine Power announced today that it will begin using the Neural Network Console provided by Sony Network Communications Inc., as part of a strategy to incorporate Artificial Intelligence (AI) into various ongoing ship related technology projects including the further development of the patented Aquarius MRE (Marine Renewable Energy) and EnergySail. The Neural Network Console is an integrated development environment using deep learning for AI creation and has been used in deep learning applied technology development within Sony since 2015.
Denmark Calls for Regulation for Autonomous Ships
Maritime regulation should be made more flexible if it is to support the development of autonomous ships. A new report published by The Danish Maritime Authority (DMA) identifies where changes in maritime regulation are needed. The report will be used as a platform for the future effort of The Danish Maritime Authority to develop regulation and make it digitalisation-ready. The Minister for Industry, Business and Financial Affairs, Brian Mikkelsen, said: ”It is important that Denmark and Danish companies are at the forefront of technology and digitalisation.
Emissions Regulations Present Strategic Opportunity
The marine industry as a whole is responsible for about 2.5 percent of global greenhouse gas emissions. Shipbuilders and fleet owners have spent the last two decades adjusting to shifting emissions regulations since the introduction of the MARPOL Convention 1997 Protocol, which included specific regulations for the reduction of air pollution from marine vessels. Since then, there have been additions and amendments to ensure that the industry is doing its bit to better support the environment, with the latest regulation pulling forward lower caps in global emissions.
Pacific Centre Launches on Low-Carbon Shipping Mission
The Pacific region has celebrated the launch of a centre of excellence for low-carbon shipping technology, which joins centres in Africa, Asia, the Caribbean and Latin America as part of a global network run by International Maritime Organization (IMO) and funded by the European Union. Through this network – the Global Maritime Technology Cooperation Centre Network (GMN) – these centres will develop and promote low-carbon maritime transport systems, supporting the United Nations Sustainable Development Goals (SDGs).
Trelleborg Solutions for FLNG Ship-to-Shore System
Trelleborg has hailed the recent test of the Universal Transfer System (UTS) conducted with Connect LNG and Gas Natural Fenosa, as tangible evidence of the new applications that its suite of products for jettyless LNG transfer can unlock in this challenging field. The UTS transferred LNG from the Skangas-chartered LNG carrier Coral Energy to the onshore terminal at the Norwegian port of Herøya on October 7 and is now in full commercial operation. A ‘plug and play’ solution, the UTS requires no modifications to the LNG carrier – instead…
Mitsubishi, Wärtsilä Joins for Improved Power and Propulsion Solution
Mitsubishi Heavy Industries Marine Machinery & Equipment Co., LTD (MHI-MME) and the smart technology group Wärtsilä have signed a Memorandum of Understanding (MOU) regarding the commercial marketing of a new energy solution for ships. The solution combines innovative technologies from both companies to produce greater power generation capacity and higher propeller propulsion for marine vessels. By integrating MHI-MME's waste heat recovery and energy saving power generation system (WHRS) with Wärtsilä's operational control technology for shaft generator systems…
Five Trends in Onboard Cruise Ship Technology
Cruise lines are increasingly using technology to attract and entertain passengers. Whether it’s media content to help travelers wind down at the end of the day or smart tech meant to improve the overall cruise experience, cruise ships are becoming more high-tech. Being out on the ocean creates some challenges to accessing technology, which has put cruise ships behind land-based attractions in terms of digital attractions. Recently, however, cruise lines have dedicated more resources to increasing the connectedness of their vessels.
ABS Strengthens Digital and Strategic Leadership
ABS announced three senior management appointments as part of the organization’s digital class strategy. “As our markets are increasingly shaped by digital technology, ABS is setting the pace in digital innovation,” said ABS Chairman, President and CEO Christopher J. Wiernicki. “As part of our digital class journey, our entire organization is focused on digital developments and opportunities. Howard Fireman, previously the organization’s chief technology officer, will take on…
Hai Cheung to Build SeaCure BWMS in China
Evoqua Water Technologies has initiated the second phase of its partnership with Chinese marine equipment supplier Hai Cheung Trading Co. Ltd. Marking another development to the partnership agreement between Evoqua Water Technologies and Chinese marine equipment supplier Hai Cheung Trading Co. Ltd. signed in February, and which initially covered the sale and supply of Evoqua’s SeaCURE System into the Chinese market, Hong-Kong based Hai Cheung will now manufacture and distribute the ballast water management solution under license in China.
Private Sector Partners in Pursuit of Low Carbon Shipping
The ground-breaking Global Industry Alliance (GIA) – a partnership of key maritime stakeholders pursuing low carbon shipping – has met at International Maritime Organization (IMO) Headquarters, London (7 December). The GIA is made up of leading shipowners and operators, classification societies, engine and technology builders and suppliers, big data providers, port and oil companies – tasked with identifying and developing innovative ways to encourage use of energy-efficiency technologies and operations.
DNV GL presents GTT and TECHNOLOG with GASA
The classification society DNV GL presented GTT, together with its partner TECHNOLOG, a General Approval for Ship Application (GASA) statement for the retrofit of very large container vessels (VLCVs) with exoskeleton membrane LNG tanks. LNG membrane tanks will generally offer more efficient space utilisation for cargo storage and as fuel tanks. The exoskeleton concept offered by GTT, and developed in partnership with TECHNOLOG, consists of a structure that can be prebuilt on the dock and then installed as a complete unit in the hull of the vessel.
Hapag-Lloyd Bullish on Mexico
After evaluating performance in 2017, the German shipping line serving sectors such as pharmaceuticals, the automotive industry and the technology sector in Mexico expects maritime shipping volumes to experience double-digit growth in 2018 and foresees a continuous increase in cargo volumes. On holding its annual meeting with Latin American leaders in Mexico, the shipping line Hapag-Lloyd pointed to significant growth in infrastructure and operational capacities in the country on reporting its year-end closing for 2017.
IMO Assembly Adopts Vision, Strategic Directions
The IMO Assembly met for its 30th session at International Maritime Organization (IMO) Headquarters in London, United Kingdom (27 November to 6 December). The Assembly was the largest-ever gathering at IMO Headquarters in London, attended by some 1,400 participants, including 56 at the ministerial level, from 165 Member States, as well as observers from inter-governmental and non-governmental organizations. The Assembly adopted its strategic plan for 2018-2023, including a revised mission statement…
Ports Seeking Tech to Cut Vessels' Emissions at Berth
Having already invested nearly $400 million in dockside power hookups and other infrastructure to facilitate shore power in order to curtail at-berth air pollution from containerships, the Port of Long Beach and Port of Los Angeles are now soliciting proposals for new technology to reduce emissions for non-container vessels, such as tankers, vehicle carriers, bulk and general cargo ships. The request for proposals by the ports under the Technology Advancement Program offers $1 million ($500…
Cruise Sector on Track for Growth in 2018 -CLIA
The cruise industry is expected to stay on course for further growth in 2018, according to the latest State of the Cruise Industry Outlook report from trade association Cruise Lines International Association (CLIA). “It is without question that the cruise industry continues on a growth trajectory, gaining in consumer interest and creating a positive impact on the global economy,” said Cindy D’Aoust, president and CEO, CLIA. CLIA said current data shows cruise travel is steadily on the rise with a projected 27.2 million passengers expected to set sail in 2018.
MITAGS Technology Center to Celebrate Grand Opening of Simulation Technology Center
The Maritime Institute of Technology and Graduate Studies (MITAGS) will celebrate the grand opening of its marine simulation technology center on March 26. The event will include a reception, entertainment, and continuous tours of the various technology centers including the full-mission bridges, the towing simulators, the 14-station computer lab, the vessel traffic, the All-Weather Navigation, and the new crane simulator. This is one of the largest and most sophisticated class A full-mission simulators in the world and it has been upgraded and integrated into two towing, six part-tasks, and one vessel traffic simulators. All simulators are equipped Automatic Identification Systems (AIS)…
SSES Conducting Technology Demonstration on Potential Submarine Fuel Cell Technology
dynamics. propulsion. solid oxide fuel cell/oxygen generator concept for submarines. carbon dioxide to produce oxygen and methane. stores the excess oxygen. dioxide electrolysis to form methane. generating instantaneous direct current. generator and/or battery. demonstration before the Navy makes any procurement decisions. knowledge of technology for military applications," said Dr. of Department 98. to provide the best naval machinery to the Fleet.
Technology: Cool Technology
While debate continues on whether or not fuel cell-based power generation can be a viable proposition for the commercial marine market, its advocates in the engineering industry are making headway in giving practical form to the technology. The installation of a fuel cell power unit aboard a 12-m (approx. 40-ft) yacht, fully approved and safety-certificated by Germanischer Lloyd, has provided an important, albeit modestly-sized, new waterborne platform for the concept. Using Proton Exchange Membrane (PEM)-type fuel cell modules supplied by Ballard Power Systems of Canada, MTU Friedrichshafen has prepared a complete propulsion system which enables the craft, known as No. 1, to run at seven knots under fuel cell power alone.