Denmark-based Martin Bencher was founded in 1997 and is an asset-light logistics provider that specialises in project logistics.

The value of the transaction is $61 million (enterprise value). Until obtaining all required regulatory approvals and closing of the transaction, Maersk and Martin Bencher Group remain two separate companies.

“Martin Bencher will be an excellent fit to Maersk and our integrator strategy, strengthening our ability to provide project logistics services to our global clients,” said Karsten Kildahl, Regional Managing Director in Europe of Maersk.

“When Martin Bencher joins the Maersk family, we will be able to deliver project logistics services with a high degree of reliability, a proven track-record, and a strong focus on Health, Safety, Security and Environment (HSSE).

“In addition to supporting our existing customers’ project logistics needs, we will also be able to provide a more comprehensive offering to a wide array of industries.”

With the intended acquisition, Maersk also announced its new product, Maersk Project Logistics (MPL) – a specialised service offering covering solution design, special cargo transport and project management services, including planning, orchestration, and sequencing of end-to-end shipments from suppliers to destination sites.

Maersk said the move will bolster its project logistics capabilities and develop an unparalleled integrated offering to serve existing and future customers, also within new industries.

The new MPL product will enable Maersk to provide more extensive end-to-end solutions for customers with management needs, requiring both containerised and non-containerised solutions – as the Danish giant looks to add resilience and agility to customer supply chains.

“We are thrilled to become an integral part of Maersk, which we see as an ideal fit for our people and clients,” added Peter Thorsoe Jensen, CEO of Martin Bencher.

“Clients requiring project logistics are aware of the constraints and challenges facing them and are seeking strategic partners with sufficient ambitions and strength to handle their entire global supply chain now and in the years to come.

“Together with Maersk, we will have the scale, commitment, and capabilities to handle the entire logistics scope of work for clients around the world – as well as expand into new industries.”

Maersk witnessed record results in Q2 2022, with revenue increasing by 52 per cent as results were still driven by exceptional market conditions.

Earnings more than doubled compared to same quarter last year, according to the Danish firm.

Source: https://www.porttechnology.org/news/maersk-bolsters-project-logistics-with-martin-bencher-groups-acquisition/


Container ship BF TIGER collided with understand, coastal cargo ship XINGHANG (XH489), southeast of Ningbo, Zhejiang province, East China sea, early in the morning Aug 7, while sailing in southern direction en route from Qingdao to Hong Kong. 118-meter long XH489 sank, of 4 people on board 3 were rescued, 1 died in collision. BF TIGER interrupted voyage and was brought to anchor off Ningbo. As of Aug 9, she remained in the same position.

Source: https://www.fleetmon.com/maritime-news/2022/39101/cargo-ship-sank-after-collision-maersk-chartered-c/


The Australian Maritime Safety Authority (AMSA) has released its Port State Control (PSC) Annual Report for 2021, which shows that detention and deficiency rates per inspection have continued to remain low, according to AMSA’s release.

AMSA Executive Director of Operations, Michael Drake, said the authority’s reputation for having a zero-tolerance approach to non-compliance with internationally agreed standards, continued to have a positive influence on the quality of ships being brought to Australia.

The 2021 detention rate sat at just 5.6 per cent, down slightly from the 2020 detention rate of 5.9 per cent. The 2021 deficiency rate per inspection was just 2.2, almost on par with the 2020 rate of 2.1.

Source: https://en.portnews.ru/news/333572/


Critics of China’s Belt and Road program have long warned of the potential military uses of the Chinese-operated port at Hambantota, Sri Lanka, and successive Sri Lankan governments have denied that the port would benefit China’s PLA Navy. This past weekend, a Chinese missile tracking ship tried to call at the port, setting off a minor diplomatic scuffle with India and providing new evidence for the critique.

In 2016, a Chinese state-owned enterprise took over the port of Hambantota, Sri Lanka, on exceptionally favorable terms. The Sri Lankan government was heavily in debt to China, and to raise funds, it granted a 99-year lease on the underutilized port complex to China Merchants Port Holdings (CM Port) in exchange for $1.1 billion. For critics of China’s Belt and Road development program, Hambantota immediately became the go-to example of Beijing’s “debt diplomacy”: saddling a developing nation with debt to build unneeded infrastructure, then taking control of the distressed assets.

As a deepwater port, Hambantota also has dual-use application as a potential naval resupply point, which China’s critics in New Delhi and Washington, D.C. were quick to point out. Sri Lanka’s government has pushed back on this suggestion over the years. “There are no foreign naval bases in Sri Lanka,” Ranil Wikremesinghe, then prime minister of Sri Lanka, said in 2018. “The Hambantota Port is a commercial joint venture between our ports authority and China Merchants.”

These suspicions were put to the test this month with the planned arrival of the spy ship Yuan Wang 5, a ballistic missile and satellite tracking ship in China’s research vessel fleet. She was due to transit to Hambantota, arriving August 11 and departing August 17 after conducting replenishment. Her mission in the Indian Ocean, according to the China-oriented consultancy Belt and Road Initiative Sri Lanka (BRISL), is to “conduct space tracking, satellite control and research tracking in the northwestern part of the Indian Ocean region through August and September.”

However, India protested the plans for the ship’s arrival. India and Sri Lanka share a defense treaty that prohibits Colombo from allowing a foreign military (like China’s PLA Navy) to use Sri Lankan ports if the use damages India’s interests. The timing was particularly sensitive because India had just provided Sri Lanka with $4.5 billion in aid to bail out its collapsing economy.

After New Delhi’s objections, the (newly-formed) Sri Lankan administration of President Ranil Wickremesinghe asked the Chinese embassy to postpone the Yuan Wang 5’s port call “until further consultations.”

“Letting the Chinese military vessel dock at Hambantota would have compounded Sri Lanka’s other India-unfriendly actions since 2014, when two Chinese submarines separately docked at a new, Chinese-built container terminal in Colombo Port,” said Indian defense strategist Prof. Brahma Chellaney, speaking to the Times of India.

Source: https://maritime-executive.com/article/sri-lanka-turns-chinese-naval-vessel-away-from-port-of-hambantota


According to the American Association of Port Authorities (AAPA), the $3 billion grant will prove vital in establishing innovative projects at ports to boost resiliency, expand cargo-handling capacity, and reduce emissions across supply chains.

Alongside these funds, the Inflation Reduction Act contains other provisions ports can benefit from – including another $2.6 billion allocated to the National Oceanic and Atmospheric Administration (NOAA) for protecting coastal communities and marine habitats from extreme weather; and a $1 billion grant for the replacement of heavy-duty vehicles with zero-emissions alternatives.

“The creation of a federal grant programme to reduce emissions and electrify ports demonstrates the federal government’s unprecedented attention to port infrastructure needs,” said the AAPA

“This federal grant programme will signal to equipment manufacturers and private investors that this electrification technology at ports will be ubiquitous in the coming years.”

The bill awaits approval from the House, which is expected to pass it as early as this week before US President Joe Biden can sign it into law.

“This bill makes the largest investment ever in combatting the existential crisis of climate change. […] The House should pass this as soon as possible and I look forward to signing it into law,” said President Biden in a recent announcement.

In July, US Congress representatives for the Ports of Long Beach and Los Angeles have proposed the Clean Shipping Act, the first legislation in the US tailored to target shipping’s greenhouse gas emissions.

The Clean Shipping Act of 2022 is modelled off of the European Union’s Fit for 55 regulatory framework for shipping.

Source: https://www.porttechnology.org/news/us-inflation-reduction-act-grants-3-billion-for-greener-ports/


Five years ago, the largest maritime container shipping company in the world was hit with a cyberattack that crippled its booking system, stalled tracking of its containers and disrupted operations at container terminals all over the world operated by its APM Terminals subsidiary.

The financial cost to A.P. Møller-Mærsk was later estimated at US$300 million.

The cost to its reputation is harder to distill into dollars and cents. Suffice it to say that it was significant.

It was also a four-alarm cybersecurity wakeup call for Maersk.

But, five years later, that alarm has yet to prompt widespread co-ordinated cybersecurity initiatives in the global shipping sector.

As Lloyd’s List editor Richard Meade noted in introductory remarks for the U.K.-based shipping journal’s 2022 webinar on shipping sector cyber threats, industry surveys show now that cyberattacks and data theft “are routinely in the top three risks perceived by maritime businesses, but those same surveys routinely report that the industry is not fully prepared to tackle that risk.”

It’s a risk that is escalating up and down the global supply chain.

BlueVoyant’s second annual survey of cyber risk management in sectors ranging from financial services and health care to utilities and energy found “a fractured landscape, with different industries and regions responding differently to the challenges posed by another year of damaging, costly cyber events.”

Those 2021 events included the SolarWinds cyberattack, which cost an estimated US$100 billion, according to the global cybersecurity company.

BlueVoyant’s survey of 1,200 senior executives in Canada, the U.S., Germany, the Netherlands, the U.K. and Singapore found that 93% had suffered a cybersecurity breach and that the number of those breaches had increased 37% in the past 12 months.

Meanwhile, PwC’s Canada Cyber Threat Intelligence report estimates that the average cost of a data breach in Canada is now $6.35 million, and that supply-chain-related cyberattacks are becoming more frequent and more complex.

Globally, the annual cost of cyber crime to the world economy ranges anywhere from US$1 trillion to US$3 trillion.

“The prospect of a major cyberattack has loomed large over the [shipping] industry for many years,” Meade said, “but right now, the risk rates are flashing red.”

Cyberattacks on major shipping lines and within the maritime goods movement supply chain have cost the sector hundreds of millions of dollars thus far. But that bill pales in comparison to the costs of a catastrophic physical loss of ships or environmental disasters from oil or chemical spills or supply chain chokepoints snarled as the result of a cybersecurity breach on a major shipping line.

Shipping lines are especially vulnerable to cyberattacks because of the wide range of entry points to their navigation technologies and cargo handling, communications and management systems.

This is in part because of the complexity of global goods movement and the number of different connections needed to co-ordinate that movement, and the regular crew changes and human resources ebb and flow it requires.

But also, because, as Meade pointed out, the industry continues to be unwilling to “go public and share data, and partly because this remains steadfastly a reactive industry where safety improvements are only ever borne out of casualties.”

Russia’s invasion of Ukraine accelerated the danger of cyberattacks for major shipping companies and infrastructure.

And not necessarily as prime targets, but as collateral damage, says Bill Egerton, chief cyber officer with cyber insurance and risk management company Astaara.

Egerton says the war in Ukraine is providing cover for other groups to ramp up spam and hacking attacks “to make hay while the sun shines under cover of something else.” He estimates that those attacks have increased by 25% since the Russian invasion began.

Egerton adds that the danger to shipping is more on the office side of the equation than on the vessel side, and points out that the attack on Maersk five years ago resulted from a 2017 Russian cyberattack on Ukraine.

So, the problem for shipping is growing, Egerton says, “because [the] sheer volume of attacks is growing as well.”

“We’re not just talking about the occasional ransomware attack.… What I’m saying is that the attacks that have happened and have come into the public domain have either been through nation states or their proxies or groups that have worked for these people in the past.”

He adds that sharing data and experiences about cyberattacks and ransomware threats is a vital first line of defence for the shipping industry.

Without that mutual cooperation in an industry that is extremely competitive and therefore notoriously averse to sharing data, it will lose “the ability to be able to learn from those areas and strengthen collectively.”

Developing a mutual understanding of terms and language when it comes to managing cybersecurity risks and threats is fundamental to reducing those risks for major ports and shipping lines. As the International Association of Ports and Harbors (IAPH) notes in its Port Community Cyber Security report, “we take what is by nature a hard problem – that of understanding and managing organizational cyber risk – and make it more difficult and problematic when people neither perceive of, nor speak about, cyber risk management in the same way.”

But sharing data and a common communication language is only one initiative needed to fill the many holes in shipping lines’ cybersecurity.

Julian Clark, global senior partner at Ince, an international law and professional services company, told the Lloyd’s List webinar that educating and training ship crews, shipping company staff and management is critical.

And that means providing much more than instruction in basic cybersecurity hygiene.

He says there needs to be a game plan and training for what happens when a ship or a shipping line is hit with a cybersecurity breach or ransomware demand.

Ships’ crews and shipping lines know immediately what to do if there is a collision or other shipping disaster. But when it comes to a cyberattack, Clark said, all bets are off.

“Another thing that came out of the Lloyd’s List survey [of its shipping industry readers] was you’ve still got this issue of … what would happen if the company got hit by a major cyberattack this afternoon?”

The answer, Clark added, would be confusion and uncertainty.

Investing in cybersecurity safety training in the shipping sector is a fundamental first line of defence, and, to be effective, that investment cannot be a piecemeal nickel-and-dime approach.

“The important thing is you need to recognize that this is an ongoing cost of doing business,” Egerton says. “It’s not about a one-off hit and everything will be fine.”

He adds that much of the training material being used by shipping lines today is ineffective because it is dated and generic.

“It talks about stuff in the abstract rather than relevant to the vessel somebody is on or a company somebody’s working for. I think that sheep-dipping people for half an hour doing ‘mandatory training’ doesn’t help them do their jobs better. And you need much more role-specific training to make sure people understand how an attack can hurt their bit of the business.”

Shipping also shares a fundamental human resources challenge faced by other industries: recruiting and retaining cybersecurity talent. The World Economic Forum’s 2021 Cyber Outlook Survey of 120 top executives from private and public companies in 20 countries found that 59% of respondents “would find it challenging to respond to a cybersecurity incident due to the shortage of skills within their team.”

Again, data for different ships and different shipping operations is vital for any cybersecurity defence investment to be effective.

“Understand what you need,” Egerton says, “and do this proportionately. Because … if you go and spend a lot of money, you may end up with a product that you can’t use, because it’s producing too much data in the form you can’t cognitively understand. So, I think it’s proportionality. It has got to be people and leadership focused. If the board don’t take this seriously it is not going to work.”

He adds that there needs to be a clear line of sight and communication “from the board to the shop floor, so that everybody understands their role and their place in this, should [a cybersecurity breach] happen.

“Cybersecurity is a risk that won’t go away. You cannot just do it once and then forget it.”

Many major Vancouver-based shipping companies agree that there is a rising concern about the seriousness of cybersecurity threats in their industry, but declined comment for this article, citing an “abundance of caution” over concerns about raising their profiles and the potential for their businesses to become targets for international cybercriminals.

Source: https://biv.com/article/2022/08/cybersecurity-threat-looms-large-over-global-supply-chain?amp


A global energy crisis was under way long before Russia invaded Ukraine earlier this year. But the war has advanced regional energy problems and Europe, in particular, is in dire straits as it faces the approaching winter with low energy stocks and no chance of replenishing them before cold weather arrives in a few months time.

The pandemic masked energy security challenges as industrial activity declined and energy demand dipped. But now that most developed economies are recovering, the shortage of power is evident. Supplies of gas lie at the centre of the problem.

Apart from the US where exports are rising, there will be only limited new supplies of LNG in the near future. So, now that the war has taken vast quantities of gas out of the system, energy-starved countries are turning to the LNG spot market for gas at phenomenal prices. The few producers with spare export capacity can name their price.

Changing LNG trade patterns have not necessarily favoured the owners of these specialised ships. LNG from the US to Europe, for example, clocks up fewer tonne-miles than imports from the Middle East or Asia. Despite this, the LNG sector is firm and will remain so, thanks to higher volumes and demand for sea transport and fleet capacity constraints.

Ship supply constraints

The energy storm will worsen in the months ahead. There are four long-established LNG carrier construction yards, three in South Korea – Daewoo, Hyundai and Samsung – and Hudong in China. Two more Chinese builders have joined the short list recently – Dalian and Jiangnan – and another newcomer, Yangzijiang (YZJ) is expected to join the ranks.

All LNG construction facilities are full until well into the second half of the decade. Reflecting this, the most recent orders have been agreed at prices up by $60 million – latest contracts have closed at around $250m. Notably, these ships have relatively basic specifications. They are without some of the bells and whistles seen in past deliveries.

LR estimates that the annual production capacity of LNG builders is between 70-80 ships at the most. We also estimate that during the second half of this decade, liquefaction and trade demand volumes may require twice this number.

Some LNG producers who are ramping up exports have been caught out by the lack of construction capacity, hit by higher prices and longer delivery times. However, this has not deterred some companies from taking the plunge.
Where LNG liquefaction projects require delivery to terminal, key shipping players have not hesitated to work with new yards entering the LNG space. In this context some of the yard newcomers have already been booked for years ahead, limiting further any remnant yard capacity.

The upshot? The world will lack the LNG shipping capacity to meet transport demand by 2025, possibly before.

Lack of carbon efficiency

Meanwhile, much of the existing LNG fleet is unlikely to fare well when new IMO carbon efficiency regulations enter force in January. LR estimates that 400-plus existing LNG carriers in the 640 ship ocean-going fleet will fall in categories D and E of the carbon intensity indicator (CII).

This is largely because of inefficient steam-turbine and early diesel propulsion and a lack of boil-off management systems. Fundamental upgrades to lift them out of unacceptable D and E ratings into A, B or C categorise will be required.

Where such modifications prove uneconomic, owners may win a new lease of life for the ships as suitable candidates for conversions to floating storage units, with or without regasification capability. Floating technology is widely seen as the quickest way to raise import capacity and compensate for lost pipeline throughput.

But ship conversions will also take shipping capacity out of the market, generating more supply pressure. In carbon efficiency terms, these old ships may have poor ratings but they are still reliable vessels that the market could be in need of to balance demand.

Transition depends on security

There are fundamental issues to consider. We cannot have an energy transition without energy security and there is very little of that in many import-reliant countries right now. The planet’s energy security is under threat and carbon-free energy sources at scale are still many years away.

In the meantime, LNG is the cleanest hydrocarbon energy by far, and this applies to both the energy and the shipping sector. Ships using it as fuel make substantial emissions cuts. That said, methane slip remains a challenge but measuring its impact and applying the technologies being developed to tackle this problem will go a long way to improving LNG’s carbon footprint.

The world has abundant supplies of natural gas and plenty of existing export capacity with more under development. With pipelined gas in turmoil, LNG remains the reliable means to transport natural gas despite the cost of liquefaction and regasification. As things stand, and with the projected increase in LNG supply, before mid-decade, we will lack the capacity to ship LNG around the world in the volumes required.

A perfect storm is brewing.

Source: https://www.lr.org/en/insights/articles/lng-uptake-demands-energy-security/


The Digital Container Shipping Association (DCSA) and cargo owner representative group the European Shippers’ Council (ESC) have announced plans to collaborate to accelerate the adoption of DCSA supply chain data standards.

The associations plan to leverage DCSA’s open-source, vendor-neutral standards to help their members and other business partners make data exchange more interoperable. Standardising documents such as the bill of lading to enable paperless trade is also a key element of the collaboration, the organisations said.

“Global supply chains have been continuously optimised over decades; present-day technologies allow for the further improvement of customer experience,” said Thomas Bagge, Chief Executive Officer for DCSA.

“Unstandardised, paper-based processes for exchanging information to conduct business and keep goods moving should not be needed in the 21st century. The lack of digitalisation limits progress towards greater transparency and end-to-end, real-time cargo visibility.”

“We can only bring about digital transformation together. That is why we are committed to closer collaboration with the ESC and its like-minded members and are confident our joint efforts will accelerate standards adoption among cargo owners and other industry stakeholders.”

Both organisations intend to devote resources to supporting their respective members in adopting and implementing DCSA standards, which will likely include the participation of ESC members in proof-of-concept trials and pilots, as well as ongoing education and training and the promotion of successes for best practice learning.

DCSA also aims to gather input from ESC members to optimise its existing standards and ensure future standards are developed in close alignment with the needs of shippers.

“Our members need seamless data exchange across the supply chain to optimally orchestrate the movement of their goods. In the digital realm, this can only be achieved when communication is standards based,” said Godfried Smit, ESC Secretary General.

“Collaboration with DCSA is one of the three pillars of our strategy going forward because its work on standards aligns with our own goals for transparent, stable and resilient supply chains.”

Source: https://smartmaritimenetwork.com/2022/08/05/dcsa-and-european-shippers-council-to-collaborate-in-driving-standards-adoption/


A two-day conference on classification regulation and advanced technologies for naval ships and auxiliaries was organized in the  capital from August 4 to 5 with the aim of promoting indigenous warship building.

The conference was organised by the Directorate of Naval Architecture, Integrated Headquarters- Ministry of Defence (Navy) at Manohar Parrikar Institute for Defence Studies and Analysis in New Delhi, the Ministry of Defence said.

The theme of the conference was future naval ships- technologically transformative, economically viable and environmentally sustainable, the Ministery said.

The conference was aimed to provide a platform for the Indian Navy to achieve synergy between classification societies, various branches of the Indian Navy and Coast Guard, Indian Shipyards, DRDO Labs, academia etc, in the field of research and development as well as quality assurance and survey/ certification of naval ships and auxiliaries.

Senior delegates/ subject experts from seven major International Classification Societies such as ABS, BV, Class-NK, DNV-GL, IRS, LR and RINA participated in the conference, wherein 16 papers were presented by the class societies, ranging from the classification process for Naval Ships, Military Class Notations, Maritime Cyber Security, Advanced Digital Technologies, Naval Ship Signatures, Rules for Autonomous Vessels, Bio-safety on Naval Ships, Technology Qualification, Hybrid Powering and Decarbonization of Naval Ships.

In addition, various other technical aspects relevant to the design, construction and maintenance of Naval and other Government Ships were discussed by the delegates during QA sessions and on the sidelines of the conference.

The conference was inaugurated by Vice Admiral Sandeep Naithani, Chief of Material, Indian Navy on August 4 and its various sessions were keenly participated by more than 120 delegates, including Senior Officers of Naval Headquarters, Naval Command, Field Units, Coast Guards Headquarters.

Delegates from six DPSU Shipyards, DRDO Scientists and academia were also present at the Conference, the release stated.

The closing session was presided over by VAdm Kiran Deshmukh, Controller of Warship Production and Acquisition, Indian Navy on August 5.

Source: https://www.business-standard.com/article/current-affairs/conference-on-classification-regulations-advanced-naval-tech-held-in-delhi-122080900470_1.html


A group of Japanese technology leaders (MTI, Japan Marine, Mitsubishi Shipbuilding, Furuno, Japan Radio, BEMAC, ClassNK and NAPA) have come together to establish a cooperation program called “Maritime and Ocean Digital Engineering” (MODE), at the University of Tokyo from the 1 October. The program aims to promote and enhance digital engineering technology and skills for the maritime sector by building cooperative simulation platforms. Japan’s maritime industry is facing challenges, such as developing and implementing new technologies in the context of global decarbonization, maintaining shipping services by integrating autonomous ships to assist seafarers and improve safety, and ensuring high productivity among increasing complexity in ship design and manufacturing processes.

MODE aims to address these challenges by using model-based development (MBD) and model-based systems engineering (MBSE), which are increasingly being introduced in the automobile industry.

MBD and MBSE approach problems by examining the functions of products and components as computer models, and then checking their behaviors through simulations. MBD and MBSE enable not only the optimization of complex system designs, but also the creation of a collaborative development process (“Maritime and Ocean Digital Engineering”) involving a wide range of stakeholders, including shippers and operators.

The program for research and education on MBD and MBSE for the maritime field will be established by a forming broad network between the Graduate Schools of Frontier Sciences and Engineering at the University of Tokyo and other universities and research institutes around the world that are promoting advanced engineering initiatives, and relevant experts from other industries such as automobiles, aerospace and aviation.

The program aims to develop, implement, and upskill users in the deployment of new technologies. It is also expected to expand into maritime fields such as offshore wind power generation and subsea resource development.

An inaugural symposium is scheduled for the afternoon of 4 October this year at the University of Tokyo.


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