Maritime Safety News Archives - Page 67 of 260 - SHIP IP LTD

The world’s largest cash buyer of ships for recycling will be at Posidonia 2022 and on the lookout for like-minded shipowners to deliver ESG friendly ship recycling.

A fundamental shift in attitudes towards ship recycling is forcing a change in the way owners deal with scrapping.

Operating shipowners, private equity and tonnage providers feeling the heat from cargo clients, banks and investors are now being urged to engage with the entire ship recycling process – from the sale contract to the last steel plate lifted ashore.

GMS’s Head of Green Recycling, Dr Anand Hiremath, says that evidence of the shift is overwhelming.

“Look at the data. Last year, for the first time, every ship GMS sold to India went to a yard holding Hong Kong Convention Statement of Compliance.”

Pressure from prominent shipping banks that work closely with ship cash buyers and other stakeholders such as DNB and Nordea to improve standards is taking the form of solid recommendations to their owner clients to get closely involved in ship recycling. Engagement, they say, will minimize the impact on the environment and society that results from poor recycling practices.

Getting involved typically involves developing a company recycling policy, obtaining an Inventory of Hazardous Materials (IHM) for every ship in the existing fleet, using fewer hazmats used during construction, conducting due diligence of scrap yards, proper supervision, and documentation at the waterfront. Involvement can also extend to inserting responsible ship recycling clauses in sale contracts for ships approaching the end of their trading lives.

Changing commercial landscape

Senior Trader of top cash buyer of ships for recycling, GMS, Vagelis Chatzigiannis acknowledges that historically there has been a reluctance to engage with green recycling from some quarters. But he points to the ever-growing number of high-quality ship recycling yards in India combined with ESG pressure on owners as main drivers for the shift in both attitude and practices. “The landscape is changing for sure. Owners who were solely price-driven are considering the impact of the continuously changing ESG environment. Green deals, involving yard selection and auditing, supervision and documentation are now very much part of our daily trading activities,” he says.

Chatzigiannis says ship and offshore owners are now looking for turnkey green solutions. “We aren’t simply ship cash buyers; We actively walk clients through the ship recycling process hand to hand, and cover all aspects of their recycling needs from regulatory, commercial and operational aspects; not just delivery of the units, but including completion of the recycling process and the issuance of the recycling completion certificate.

He adds that owners now want to see evidence and hard facts about the benefits of opting for a green solution. “It is important to be able to quantify the benefits and savings to the environment by choosing ESG practices, which our SSORP can deliver.”

Singapore based GMS trader Jamie Dalzell believes owners are helping to force the pace of change. ‘We are seeing more requests for HKC compliant offers these days as owners seek to comply with growing ESG requirements. This is indeed encouraging and in turn, leads to an increase in the number of yards along with upgrades on existing HKC yards as they seek to satisfy this demand.’

No short cuts

The person in charge of SSORP, Dr Anand Hiremath holds a PhD in ship recycling and divides his time advising shipowner clients and recyclers on delivering a green solution.

He recognizes the challenges but is proud of his team’s achievements. “Our purpose is safer and greener recycling – up to now, 102 ships (including 25 offshore units) have been safely recycled under our supervision. The SSORP team has completed more projects than any other compliance monitoring company in the world.”

He says the services required by owners are all significant contributors to responsible recycling. “Typically, the work involves preparing the Inventory of Hazardous Materials (IHM), helping the yard develop a Ship Recycling Plan, evaluating the Ship Recycling Facility Plan, hazardous waste management, risk assessment, daily safety observation, effective implementation of ship recycling plan, estimation of carbon footprint, monitoring the recycling process and providing a weekly/monthly/ completion report as per HKC guidelines.”

Dr Hiremath says owners are looking for full transparency backed up by accurate data. “Under SSORP, we collect 281 data points during the compliance monitoring process. But it is not all about the number of data points – more the transparency and accuracy we bring, acting as shipowner’s eyes and ears at ground zero”.

Source: https://www.maritimelondon.com/news/gms-pioneers-esg-friendly-recycling-solutions


Toxic gas leak at Jordan's Aqaba port kills 13, injures hundreds

Authorities said a chemical storage container fell while being transported as a result of a crane malfunction.

CCTV footage showed the container being hoisted into the air and then suddenly dropping on to a ship and exploding.

A large cloud of bright yellow gas is seen spreading across the ground, sending people running for safety.

State media said on Monday night that 123 of the injured were still being treated at local hospitals for chemical exposure. Some were reportedly in a critical condition.

Chlorine is a chemical used in industry and in household cleaning products. It is a yellow-green gas at normal temperature and pressure, but is usually pressurised and cooled for storage and shipment.

When chlorine is inhaled, swallowed or comes into contact with skin, it reacts with water to produce acids that damage cells in the body. Inhaling high levels of chlorine causes fluid to build up in the lungs – a life-threatening condition known as pulmonary oedema.

Residents of Aqaba city, which is 16km (10 miles) north of the port, were advised to stay inside and close windows and doors following the leak, which happened at 15:15 (12:15 GMT) on Monday.

Aqaba’s southern beach, which is only 7km away and is a popular tourist destination, was also evacuated as a precaution, AFP news agency reported.

After several hours Minister of State for Media Affairs Faisal Shboul declared that there was no longer any risk to the city and its residents.

The Civil Defence Department sent specialist teams to the port to deal with the leak and clean-up operation.

Prime Minister Bisher al-Khasawneh flew to Aqaba and visited a hospital that was treating some of the injured.

He ordered Interior Minister Mazen Faraya to oversee a transparent investigation into the “regrettable” tragedy and to guarantee “all resources to ensure the total security of workers at the ports and all necessary precautions in relation to hazardous materials”.

The deputy director of Aqaba’s port told AlMamlaka TV that an “iron rope” carrying the container “broke” while it was being loaded on to a vessel.

The container was filled with between 25 and 30 tonnes of chlorine and was being exported to Djibouti.

Source: BBC


Damen Shipyards Hardinxveld has delivered a new shallow-draught crane vessel to Waternet Amsterdam, the organisation responsible for delivering fresh water and associated management services to 1.3 million people in and around Amsterdam.

Named WN25, the versatile boat will be operated by the department within Waternet that is tasked with dredging and collection of floating debris. It is equipped to undertake a range of roles including detecting and removing rubbish and abandoned derelict boats, as well as towing and pushing barges when required.

The vessel has an LOA of 17.5 metres, a beam of 4.2 metres, and a draught of only 0.8 metres. It has been adapted to meet Waternet’s exact requirements with its hull shape modified to reduce the suction effect when sailing close to the side of a channel and through bridges.

WN25 with the wheelhouse lowered (Photo: MarineTraffic.com/William Hill)

To minimise emissions, the vessel has a hybrid propulsion system with lithium-ion batteries installed in a dedicated air-conditioned section and charged by an EU Stage V-certified engine. With a capacity of 138 kWh, the batteries deliver a maximum speed of eight knots and an endurance of 3.5 hours at 6.5 knots, plus a bollard pull of 2.1 tonnes.

In addition, the wheelhouse has been redesigned, allowing the cabin structure to be lowered in order to minimise the air draught, thus allowing safe passage underneath bridges and other low-hanging structures. Both the wheelhouse and the accommodation spaces are air-conditioned.

WN25 is the newest Damen-built vessel to join the fleet of Waternet. The same owner also operates a small fleet of Damen patrol vessels that were acquired in recent years.

Source: https://www.bairdmaritime.com/work-boat-world/small-craft-world/pollution-rubbish-cleanup/vessel-review-wn25-hybrid-crane-vessel-delivered-to-amsterdam-water-utility-company/


Since the start of the COVID-19 Pandemic, Southern California’s ports have bottlenecked the supply chain, resulting in suppliers waiting record amounts of time to receive shipments. In recent weeks, this trend has transferred to the rail freight system nationally bringing stark price increases and logistical problems that mirror the height of the pandemic.

Shifting Priorities and Dropping Margins:

This has suppliers from many sectors reevaluating their logistics. Lisa Leffler, Director of International Logistics for the Utah-based outdoor sporting goods company Black Diamond, told The Wall Street Journal the current state of backups has forced the brand to utilize truck-based shipping for some product lines.

This not only delays shipments but can also increase backend costs by thousands of dollars per load. “This is what we were doing at the beginning of congestion in 2021,” Leffler went on to say.

Expect Delays:

The congestion of intermodal logistics has significantly increased delays for long haul freight, as firms are unable to get goods to their own distribution centers – a worrying sign after the 22% increase in logistics costs observed in 2021. Combined with the highest inflation rates the U.S. has seen in decades, the raise in shipping costs is taking a toll on retailers.

Roughly 29,000 shipping containers awaiting were held at the Port of Los Angeles in June, which remains the gateway for production from Asia. Union Pacific Corp. and BNSF, the two railroads servicing the port, say that congestion has now reached freight-switching stations thousands of miles inland.

State of Domestic Supply Chains:

Seeing rail logistics revert to peak pandemic form has been difficult to deal with, after levels of backup systematically fell throughout the second half of 2021, showing the problem has yet to be solved – and this new trend has posed problems of its own.

“This push-pull is very difficult to deal with,” President of Gross Transportation consulting, Lawrence Gross, said particularly of railroads. “[We] don’t have much warning of what’s coming, and the changes are severe.”

While railroads are attempting to limit the number of containers they move out of Southern California, containers are observing 20% longer wait times at inland transfer stations found in areas like Chicago – levels that logistics and transportation executives don’t see as sustainable over time.

As Dan Bergman, CEO of TraPac LLC, a container terminal operator in the Port of Los Angeles says, “the numbers are not improving. At some point, we will run out of space.”

Source: https://www.morethanshipping.com/continued-backups-at-u-s-ports-threaten-rail-based-supply-chains-nationwide/


The research vessel Polarstern has departed on a seven-week-long voyage to the Arctic, where the onset of summer also marks the beginning of the annual sea-ice melting. 

Over the past 40 years, the summer sea-ice extent has decreased by 40 percent – making it one of the most visible impacts of climate change. In a process study to be conducted in the marginal ice zone, the team of researchers on board will investigate how heat fluxes and water layering in the ocean, as well as the characteristics of the ice, interact and influence melting. A further focus of the expedition will be on the warming produced by Atlantic Water circulation and its effects on marine glaciers in northeast Greenland.

From her home port in Bremerhaven, the Polarstern will set course for Fram Strait and the marginal ice zone north of Svalbard, where warm, nutrient-rich Atlantic Water flows into the Arctic Ocean. Closely monitoring energy and material flows in the marginal ice zone from the ship and from on ice floes is the goal of the team led by Prof Torsten Kanzow, expedition leader and a physical oceanographer at the Alfred Wegener Institute, Helmholtz Centre for Polar and Marine Research (AWI).

Kanzow explains:

“We will make transects from the open water into the dense sea ice and back. Along the way, we will gather a variety of physical, chemical and biological measurements in the marginal ice zone, which is especially productive and therefore especially interesting. The team will also venture onto the ice to take a closer look at the thickness and characteristics of the sea ice and measure ocean currents and eddies away from the ship. We’ll also deploy so-called gliders in the ocean, buoys on the ice and moorings on the seafloor, all of which will record valuable data for the next several years. Lastly, we’ll extend our research radius with helicopter flights, during which we’ll observe, for instance, the melt ponds on the ice.”

The study will be supplemented with atmospheric research, in which the characteristics and flows of aerosols and greenhouse gases in the atmospheric boundary layer, as well as the distribution of water vapour and clouds, will be evaluated. A further project is intended to show how oceanographic fronts, eddies and the ice edge itself, as well as sea-ice characteristics (melt ponds and light transmission), influence carbon export. In order to quantify the latter, the experts will assess the nutrient supply in the sunlit zone, as well as the distribution of phytoplankton and zooplankton (including jellyfish) and primary and net community production. This fieldwork in the marginal ice zone will help us to understand the impacts of climate change in the Arctic.

Another key target region for the expedition is northeast Greenland, where the team will investigate the ocean’s influences on marine glaciers. The two glaciers there (79 N Glacier and Zachariae Isstrom) are both characterised by ocean-driven ice loss and accelerated ice flows, making them contributors to sea-level rise.

Kanzow, who’s been pursuing research in the region since 2016, says:

“We plan to install moorings in order to gauge the sensitivity of ocean-driven glacier melting to changing environmental conditions.”

Accompanying geodetic-glaciological studies will be conducted on Greenland. On the one hand, they will assess how the solid ground is rising on extremely small scales, because it is still rebounding from the past weight of ice masses that melted after the last glacial maximum. On the other, they will explore temporal variations in supraglacial lakes; their drainage out to sea can have considerable effects on glacier flow speeds and glacier melting.

For the AWI’s time series dating back to 1997, the expedition team will also deploy measuring devices at the FRAM Observatory between Greenland and Svalbard. And farther to the north in the Arctic Ocean, new instruments will be deployed in the Aurora Vent Field, where they will continually record the seismic activity and physical characteristics of the local heated-water discharges (hydrothermal vents) for the next year. In mid-August, the Polarstern is slated to return to Bremerhaven, from where, following a nearly two-week break, she will depart again, this time bound for the Antarctic.

Source: https://seawanderer.org/polarstern-expedition-to-the-arctic-ice


When demand to transport cargo weakens, short-term rental rates decline for the ships that carry that cargo. When freight demand rises, lease rates rise. You can see this now in spot rates for supertankers moving crude oil from the Middle East and large bulkers moving iron ore to China (weak demand, low rates) and for product carriers moving diesel, gasoline and jet fuel (high demand, high spot rates).

You can’t see it in container shipping, though. At least, not yet.

The container freight market is awash in negative sentiment on import demand, yet short-term ship charter rates remain stratospherically high.

“The charter market is undeterred by the weaker sentiment across the global shipping industry and remains extremely strong,” affirmed data provider Alphaliner on Wednesday. “Charter rates continue to evolve at historic highs with, remarkably, some further gains achieved by certain sizes.” There is “a continued bonanza.”

Operators still hungry for ships

Alphaliner reported that BAL Container Line has just chartered the Northern Prelude (built in 2009, capacity: 4,600 twenty-foot equivalent units) for $160,000 per day for 40-60 days.

It also reported that Sinotrans has chartered the 2021-built, 2,743-TEU X-Press Mekong for $149,000 per day for 40-45 days. “This rate … is not far off the historical high of $175,000 per day [for that size category] obtained in January,” said Alphaliner.

Even the very smallest ships — in the sub-1,000-TEU category — “continue to generate staggering rates.” Ships with capacities of just 700-800 TEUs are being employed at $20,000-$30,000 per day. Most recently, SITC chartered the 2008-built, 724-TEU Atlantic Pioneer for $30,000 per day.

Why the disparity between the charter market and the freight market? Freight rates are off their peaks and still softening, yet they’re still extremely high — high enough for ship operators to generate profits even if they’re still paying sky-high charter rates.

According to Alphaliner, “The continued fall in spot rates on most major routes is obviously a concern, but they remain at historical highs for now, giving both NOOs [non-operating owners, the companies that lease ships to liners] and charterers confidence in short-term market prospects.”

For NOOs, “the short term remains bright.”

And despite medium- and long-term concerns on rising capacity given new ship deliveries in 2023-25, there are still multiyear charters being inked at very strong rates. Alphaliner reported that ocean carrier Zim (NYSE: ZIM) just chartered the 4,520-TEU, 2011-built sister ships Seaspan Chiba and Seaspan Kobe for five years at $43,000 per day.

No collapse in charter rates yet

Data from companies that track charter rates does not indicate a market collapse. On the contrary, it shows a market that’s holding at or near the high point.

Brokerage Harper Peterson & Co. publishes the Harpex index. The index (covering 700- to 8,500-TEU ships) peaked in mid-March, dipped slightly through April, held steady in May and began rising again this month. The Harpex is currently down 3% versus its peak, but still more than double its level at this time last year.

Alphaliner tracks average rates over time, estimating rates for 12-month charter durations. (These figures are assessments only, given the lack of available ships for rent and the rarity of 12-month deals.)

For 8,500-TEU container vessels, it currently assesses rates at $150,000 per day, just below the $155,000-per-day record hit in late March to mid-April. The current rate is up 114% year on year (y/y).

For 5,600-TEU ships, it puts rates at $130,000 per day. That’s the all-time high and up 110% y/y. It assesses 4,000-TEU ships at $110,000 per day, an all-time high and up 93% y/y, and 2,500-TEU ships at $76,000 per day, just below the peak of $80,000 per day in February to early May and up 105% y/y.

Alphaliner puts one-year rates for 1,700-TEU ships at $58,000 per day, near the all-time high of $62,500 per day in late February to mid-May and up 71% y/y. It estimates charter rates for 1,000-TEU container ships at $32,000 per day, down materially — 36% — from a brief high of $50,000 per day reached in early March, albeit still up 68% y/y.

Source: https://www.freightwaves.com/news/container-ships-still-renting-for-160000-a-day-despite-import-fears


During the international ‘RoboBoat’ competition that occurred during last week, the crowd was able to witness Israeli innovation in a team of students that designed and built an autonomous boat, able to navigate and sail in an accurate trajectory via computing, sensors such as cameras and the LIDAR radar, and plenty of algorithmics. These students designed and developed an innovative boat with electrical ignition and new controls, with navigation capabilities and identification of targets via radar and smart cameras, which allows for advanced image processing and deep learning.

The international ‘RoboBoat’ competition, brought by the RoboNation Organization, allows the leading universities in the world to compete in the development of autonomous boats, and just last week the SAIL-IL team that constructed the first Israeli autonomous boat, flew to the yearly global competition held in Sarasota, Florida, U.S.A, and won third place in the competition. The team, that proudly represented the Tel Aviv University (TAU) and the nation of Israel, was up against the leading universities from all around the world, including Cornell, MIT, etc. – Reports TAU.com.

“During the project we were faced with many technological challenges connected to the autonomy world, such as computer vision and processing of a photograph in real-time, the melding of data from a large number of sensors, planning a smart and efficient route, and of course making the system completely autonomous, including decision making in real-time and control” details Noam Blutner, a member of the SAIL-IL Team. “The whole operation has to be carried out in a maritime environment that has unique attributes, such as water reflection that impacts a photo. The world of autonomy has been advancing in the last few years, but with a bigger emphasis on cars. The application of the vast information about maritime environments was a considerable and fascinating challenge. Additionally, we had to deal with the mechanical challenges of designing and constructing a boat that fits the criteria of maneuvering and stability, sealing all the components in the boat and protecting the sensors, as well as creating a whole electricity supply system. There were many different challenges that required deep self-learning from us in numerous subjects that we were not knowledgeable of beforehand.  In the end, we had to combine all these parts into one whole and functioning system”.

Source: https://i-hls.com/archives/114714


Israeli company SIXAI has invested US$4 million in compatriot start-up Captain’s Eye, a developer of safety, security and management systems used to identify and highlight real-time events occurring on ships.

Captain’s Eye was founded in 2020, offering an AI-based system that detects unusual incidents on ships in real time to prevent property, physical and financial damage that might occur at sea.

The company says that the system is able to alert users on a range of operational, safety and security issues on all types of vessels, such as smoke and leakages, security breaches, unsafe crew behaviour or performance anomalies. Implementation involves a network of cameras covering the critical areas on the vessel configured to detect anomalies in accordance with predefined parameters.

Captain’s Eye took part in the Techstars Eastern Pacific Accelerator in 2020, run by Techstars and Eastern Pacific Shipping, and already has a strategic partnership in place with XT Shipping, as well as a pilot underway at Ashdod Port in Israel.

“Our partnership with SIXAI is the right thing at the right time for Captain’s Eye. We welcome SIXAI’s decision to join the company as a strategic investor,” said Uri Ben-Dor, Captain’s Eye’s CEO.

“The investment will enable us to expand our activity to additional markets and offer our unique technology to additional segments in the maritime world. Our pilot with Ashdod Port proves that our system is extremely relevant to various customers in their effort to prevent accidents and severe environmental pollution.”

This new investment follows SIXAI’s signing of a partnership agreement with Israeli Aerospace Industries in October 2021 to convert military technologies from certain segments to commercial deployments to address civil market needs.

Source: https://smartmaritimenetwork.com/2022/06/29/sixai-invests-4m-in-captains-eye-onboard-safety-tech/


The EU Parliament has voted in favor of extending its carbon market to shipping and road transport, two weeks after it also voted on expanding coverage to all departing flights from the EU.

Transport & Environment (T&E), Europe’s clean transport campaign group, has welcomed this historic expansion and calls on national governments to adopt an equally ambitious position in the European Council later this month.

Sofie Defour, climate manager at T&E: “This marks a historic day for European climate policy. Expanding the EU’s flagship cap and trade scheme ensures that more of Europe’s polluters are made to pay.”

After a 10-year fight, big shipping polluters will finally be made to pay. The Parliament has voted in favor of including all ships above 400 gross tonnage and offshore vessels – like those servicing offshore gas and oil facilities – in the EU’s carbon market.

Polluters will have to pay for all greenhouse gases they pollute – CO2, methane and nitrous oxide – when sailing within the EU and 50% of voyages outside of the bloc until 2027. After 2027, the scope of the carbon market will be automatically extended to 100% of ships entering and leaving European ports.

Lawmakers did however bow to pressure by including exemptions for ice-going ships and ships traveling to outermost regions, delaying the decarbonization of these vessels.

For the road ETS, MEPs (members of European Parliament) voted for the new carbon price to be equally split between oil companies and consumers. Fuel suppliers will be prohibited from passing on more than half of the costs to end-consumers.

Sofie Defour added: “At a time when oil and gas majors are making bumper profits off the war in Ukraine, this is a strong step towards a just transition. If this provision from the Parliament becomes law, it will finally make oil majors pay back to society and allow the EU to start shaving off part of their huge profit margins.”

But MEPs also watered down the Commission’s carbon pricing proposal for road transport and buildings by exempting 75% of these sectors’ emissions until 2029.

While it is fair to make commercial users transition faster, 2029 is too late to include households. Instead, wealthy households and oil majors should pay from the start, while the Social Climate Fund compensates poorer households through income support and investments, advises T&E.

Source: https://maritimefairtrade.org/in-historic-move-eu-includes-shipping-in-emissions-trading-system-%ef%bf%bc/


A broad coalition of energy providers, shipping companies and NGOs – including Siemens Energy, Viking Cruises, Green Power Denmark and Brussels-based organizations Hydrogen Europe and Transport & Environment (T&E) – has called on the EU to introduce a minimum quota of 6% sustainable and scalable hydrogen fuels by 2030.

Last year the European Commission, the EU’s executive body, proposed a shipping fuel law (FuelEU Maritime Regulation) aimed at increasing the uptake of alternative marine fuels.

Unfortunately, the law fails to guarantee the competitiveness of sustainable and scalable e-fuels, and risks promoting cheaper, unsustainable fuels. The coalition therefore calls on the European Parliament and EU Council to improve the proposal by including a dedicated e-fuels sub quota in the proposed regulation.

Delphine Gozillon, sustainable shipping officer at T&E, said: “An ambitious shipping fuels law will be key to set the shipping sector on course for full decarbonization. Sustainable e-fuels are currently too expensive compared to other alternatives such as fossil LNG and biofuels, holding back investments in production facilities, refueling infrastructure in ports and zero-emission ships.

“However, with a bit of a push, e-fuels produced from renewable hydrogen can be scalable. That’s why we need a quota to get the ball rolling and encourage companies to start investing in clean shipping fuels. Shipping does not need to be a dirty industry forever.”

Source: https://maritimefairtrade.org/industry-ngos-call-for-eu-hydrogen-quota-for-shipping/


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