This year Maritime Reporter & Engineering News celebrates its 75th Anniversary. Founded by in 1939, the publication today reigns as the largest audited publication serving the global maritime industry, with a circulation of more than 35,000.
While the publication, with its signature size and booming red logo, easily remains our most recognizable brand, unlike 1939 when it was the stand-alone information product of the company, today it is surrounded by a family of four print and more than a dozen online and electronic editorial products that cover everything on the commercial maritime, offshore and subsea markets.
While the world, the industry and surely the collection and dissemination of information has changed immeasurably in the past 75 years, our mission – to deliver quality, relevent and insightful news, data and analysis – stands strong. We do this literally everyday, 24/7/365, via a team of editorial contributors positioned globally filling our pages print and electronic. You consume and we deliver information when you want it, where you want it and how you want it.
In my 20+ years serving this industry personally, I’ve seen time and again the value and demand for articles that discuss maritime history. To that end, throughout 2014 we have a special series of feature articles planned for each edition, articles which examine a particular era or topic. Fittingly, this month, we look closely at the time period when the magazine was founded, specifically the effects of World War II on the domestic shipbuilding industry. In my humble opinion veteran business journalist Patricia Keefe has done an outstanding job in capturing both the essence and scope of the Liberty ship shipbuilding program. Her story starts on page 32, and her work will be featured regularly throughout 2014, including next month’s look back at one of the world’s most famous cruise ships, the SS United States.
While in this and every edition of 2014 we will look back, we surely will not lose site of the business today and tomorrow, which in case you have not noticed is starting to heat up considerably. While the Floating Production System market is niche with only 319 units in service globally today, it is a very high-value and rapidly expanding niche. Jim McCaul of International Maritime Associates has been tracking this market for nearly 20 years, and in each edition he will provide exclusive insight and analysis to this offshore market sector (p. 12).
The rapidly evolving energy market in the U.S. is having a dramatic effect on the boat and shipbuilding market, too, and not just in the U.S. As energy production locale changes, so too do many traditional shipping routes and patterns. Lest we not forget, it was only about 6 or 7 years ago when the U.S. was spending billions to become a major LNG importer. How quickly things change, as most effort and investment is looking to energy export.
What’s next? Of that I am not 100% certain, other than the fact that we’ll be there right along with you for another 75-year ride.
(As published in the January 2014 edition of Maritime Reporter & Engineering News - www.marinelink.com)
. marine business, and as a result WQIS as well? There are two answers to that question. The first is “what is the U.S. government’s position on energy export,” because that will have an impact. And then you have to consider how the various states will react to the transit of the oil through their states
ronments. The new agreement will address speci? c techni- cal gaps in the UUV defense and offshore energy markets especially for long duration, multi-payload mission opera- tions where communications are often denied or restricted. As part of the new alliance, Metron’s Resilient Mission Autonomy portfolio
impressed. There we found long-time the Quadroin achieves speeds of up to 10 knots, minimizing friend and Greensea IQ CGO Rob Howard for an early start. energy consumption and enabling versatile deployments. The initial series of Quadroin prototypes, developed in col- laboration with Hereon for the Helmholtz
to 33Ah. The third line (black) shows the capacity on the seventeenth discharge, further reduced to 29Ah. Starting voltages are all above 12v, while the energy capacity is progressively reduced. Max discharge rate is 1/7C. of a larger battery pack. Once used, they are discarded. Secondary cells or batteries
$189, while the Pro version is just $40 more. suffer longevity issues with deep discharge, but this may not be The CBA measures the actual amount of energy stored in a an issue if only a limited number of deployments are expected. battery, and reports that in units of amp-hours or watt-hours. The system
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to discharge current over a period of time, measured erate Discharge Rate. If the actual rate exceeds that moderate in amp-hours. A battery’s energy, measured in watt-hours, is discharge rate, the battery will be depleted faster due to in- its capacity times its average potential. A battery pack
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. About the Author For glider users working in ? sheries and conservation, Shea Quinn is the Product Line Manager the Sentinel can run several high-energy passive and active of the Slocum Glider at Teledyne Webb acoustic sensors, on-board processing, and imaging hardware Research. Quinn came to Teledyne
in strong currents or other dif? cult ocean condi- 8 different sensor or hardware integrations. tions,” said Quinn. “The size of the Sentinel gives it the energy capacity to in- The Slocum Sentinel Glider uses the established piloting, crease mission length to over 2 years; or users can ? t more ? ight control
of platform has seen over ity: longer missions, more sensors – the standard Slocum Glider through an the past two decades, growing from especially high-energy sensors – and increased diameter to gain better volu- emerging technology to one of the most the need to operate in more diverse metric ef? ciency
INSIGHTS SUBSEA DEFENSE Copyright RomanenkoAlexey/AdobeStock WHEN THE SHOOTING STOPS: BLACK SEA MINE CLEARANCE WILL FEATURE ADVANCED TECH, CONOPS By David Strachan, Senior Analyst, Strikepod Systems ince the beginning of the war in Ukraine, mine warfare mines have been the weapon of choice for both
Writers Kevin Hardy number of team members sent to speci? c events.. Celia Konowe We have media serving the global maritime, subsea, offshore energy, ports and logistics Edward Lundquist David Strachan markets, which in this context means that we attend a lot of exhibitions and conferences. Since
work would also demand a regulations to help digitalization nurture scaling-up of solutions. review of SOLAS formulations for the decarbonization. New energy saving devices, alterna- design, planning and testing of ships, “I don't say that crews must be soft- tive fuels, carbon capture, batteries and and
to be bunkering operations for off- Demand for the alternative fuel seems to gain momen- tum in Norway as ENOVA, which manages the Norwegian Climate and Energy fund on behalf of the government, is planning ammonia grant tenders for both ammonia powered ships and ammonia infrastructure in 2024. There are
class notation to America, Crowley said on social media. The newbuilds will Ever Top, a Neopanamax container vessel owned feature ME-GI engines from MAN Energy Solutions that are C by Evergreen and equipped with an onboard CO2 capable running on cleaner burning LNG to slash greenhouse capture and storage
them do understand, but I think there’s more work projects and lease areas. Virginia Offshore Wind and Revolu- to do in that regard to meet the renewable energy goals.” tion is in construction; Southfork is into installation, “so Or- Also, he noted that “the easing of Jones Act requirements sted remains a
to hire key in- oil and gas platforms, the holy grail of rigorous dividuals and partner to provide best-in-class solutions.” R conditions in offshore energy production. From Also – like most companies in the maritime and offshore that start he – like most other burgeoning leaders in the sector sectors
served by engines and (space for) a bunkering system. Currently metha- CTVs. Oil & gas offshore support vessels have been widely nol is a preferred energy carrier although hydrogen and liquid deployed to support construction logistics. South Korea, Ja- organic hydrogen carriers also feature. pan and
wind markets. SOV is diesel electric and increasingly includes dual ¦Tier 3: Generally, oil & gas tonnage (MPSVs, PSVs, fuel ? exibility and battery energy storage systems. etc.) with temporary gangway, serving oil & gas and CSOV: Commissioning service operations vessel, gen- offshore wind markets
and provid- data from other vessels, or use explicit methodologies such as ing them to the naval architects, marine engineers, and ship Statistical Energy Analysis (SEA) or Finite Element Analysis builders. This speci? cation must be appropriate for the type (FEA). The most accurate are those that
ACEEE study. Don’t sweat green fuel costs, once there is ample 8. Ef? ciencies need to be strategically applied. Something that sustainable electrical energy, all other required fuels is ef? cient today may not be ef? cient tomorrow, and only ef? - such as green methanol, or green hydrogen will ciencies
is initially not carbon zero, as long as we focus on what generates the power needed for EVs, as well as emissions developing zero carbon electrical energy, eventually we can from mining and processing minerals for batteries, and creat- produce zero carbon green methanol. Once there is plentiful ing