Archives For Transport

TEU Token

The creators of a new industry-specific digital currency that shippers can use to book ocean shipments say so-called “cryptocurrency” could help reduce carrier overbooking and shipper no-shows, which cost the industry some $23 billion annually.

The Hong Kong-based 300 Cubits recently introduced the TEU, not the container unit but rather a digital dollar that replaces traditional currencies as the deposit for shipment bookings, providing greater visibility to the booking process and allowing users to penalize bad behaviour. Whereas other tech startups have introduced digital management platforms to achieve the same goals, 300Cubits’ founders say they’re offering something different: not a place for transaction, but a means of transaction.

The company introduced the new TEU crypto currency to the market, putting some up for sale and giving others away to container lines and shippers “who actively promote the tokens for early adoption.” The TEU tokens are blockchain-based, which means they are tethered to a decentralized, distributed digital ledger used to record transactions across many computers so that the record cannot be altered retroactively.

Blockchain is a largely back-end technology, which means there’s very little change for the user, both shipper and carrier, according to Johnson Leung, a longtime shipping finance analyst formerly with Jefferies who founded 300Cubits with his partner Jonathan Lee.

“The biggest change is the acceptance of TEU tokens as a booking deposit, which is a more commercial decision than a technical call,” Leung told, “We do not plan on a substantial change in terms of user interface experience other than having one more option for the user to choose whether to use TEU tokens and the amount to put it before the shipper clicks on the book button.”

The tokens were named TEU to honor, in a way, the classical unit of measurement for container shipping, said Leung.

“TEU is a kind of a classical unit for container shipping that is getting less and less used,” Leung said. “We just think that the people in the industry would appreciate the name as TEU when naming something that could be the money for the industry.”

In an era marked by the buzzword “disruption,” Leung was clear that TEU tokens are not disrupting any existing system or process in the container shipping industry. TEU tokens are like an industry-specific bitcoin, another blockchain-based cryptocurrency. Put simply, Leung said, “We play part of what the dollar does today in container shipping.”

According to a white paper prepared by the company, once TEU tokens are used to book shipment their value could be lost if a customer does not turn up with cargo or a carrier does not load cargo according to a confirmed booking.

Trust, or lack thereof, is the biggest pain point in the container shipping industry, according to 300 Cubits.

“Unlike ticket booking in airlines, customers in container shipping do not bear any consequence for not showing up for bookings. Industry people complain the lack of trust between liners and customers,” the company said in a statement. The TEU token can change that.

While it is aimed at tackling overbookings and no-shows and providing greater visibility into the container shipping industry, 300Cubits should not be confused with other tech firms attempting to accomplish the same feat through different avenues. Leung’s company only provides the means of transaction. It does not provide the actual space for where carriers and shippers can transact, like the New York Shipping Exchange, an online portal through which carrier cargo space can be booked and which also monitors whether the booking is fulfilled by shipper and carrier.

According to Leung, the container shipping industry is a $150 billion industry that has been in “constant distress” since the economic crisis of 2008. Subtle technological innovations, like digital currencies and digital marketplaces to use them, are going to be the means to ease that volatility.

Frequently Asked Questions regarding TEU – 300cubits.tech

300Cubits White Paper – 300cubits.tech

Source: www.dailyshippingtimes.com, 3 August 2017.

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EmptyTrips

Founder and CEO of tech start-up EmptyTrips; Africa’s first smart transport marketplace says she is aware that the introduction of her new transport concept could possibly disrupt the logistics industry as we know it.

Benji Coetzee’s “Filling spaces to places” is a similar concept to that of Uber and Airbnb. It’s based on convenience and inexpensive transport services that pick up goods and take them to a clients destination faster, and cheaper than conventional logistics and road freight services.

“The EmptyTrips concept is based on smart algorithms that match empty trips on trucks, trains and planes, to the demand. This opens up access to cross-border runners using vetted transporters for your transport needs,” Coetzee said.

Logistic often account for a large portion of product and service costs, with transporters often battling with the reality of empty return legs. EmptyTrips has opened up a platform for users to offer their empty trips, find an empty trip from current postings, and request an empty trip as a customer. It aims to bridge the gap for competitive rates, and fill these empty return legs allowing the transporter to recover fees on otherwise empty trips while the customer pays less for transport.

“For too long we have focused on hard infrastructure, when we could be using technology to reduce congestion, delays and assist in our goals of high regional trade.

The on-demand transport service is likely to help with these problems and provide an ease to transporting goods from one place to another.

Transporters and senders of goods can sign-up to www.emptytrips.com. The transporters can bid for cargo needing to be moved and shippers can get competitive open bids. Source: TransportWorldAfrica.com

Uber-Freight-Truck

Global transportation network company Uber has launched Uber Freight – an online booking application “which aims to empower truck drivers and small trucking companies to run and grow their business”, according to a blog on the new Uber Freight site launched last week.

Uber Freight has its own app, of course, which is available on iOS and Android. There’s a sign-up page for drivers, who will be vetted before they’re allowed to use the Uber Freight. The service “takes guesswork out of finding and booking freight, which is often the most stressful part of a driver’s day,” according to Uber, which says it’s dismantling a process that typically takes “several hours and multiple phone calls.”The blog explains that vetted users download the app, search for a load, and simply tap to book it.

“We send a rate confirmation within seconds, eliminating a common anxiety in trucking about whether or not the load is really confirmed,” said an Uber Freight spokesperson.

Another advantage of the new booking service is Uber Freight is committed to paying within a few days, fee-free, for every single load.

Drivers can browse for nearby available loads, see destination info, distance required and payment upfront and then tap to book.

The idea is to streamline something that used to take hours of back and forth negotiation via phone or other communication, putting it in a simple workflow with confirmation of job acceptance and rates paid within a few seconds.

Uber’s not the only company trying to change the trucking industry. Amazon is working on a similar service that would pair drivers with companies that need goods delivered. Manufacturers big and small are also working on bringing semi-or fully-autonomous technology to long haul trucks.

Uber Freight is currently only available in the United States.

Mozambique flagThe Maputo Corridor Logistics Initiative (MCLI) recently published a communication informing it’s stakeholders about the Single Road Cargo Manifest as received from the Mozambican Revenue Authority (MRA).

The MRA has informed MCLI that the 2nd phase of the Single Road Cargo Manifest process will come into effect from the 16th of June 2017, when all international road carriers transporting goods to Mozambique through the Ressano Garcia border post will be required to submit the Road Cargo Manifest on the Single Electronic Window platform in compliance with national and international legislation. MRA Service Order Nr 17/AT/DGA/2017, in both Portuguese and English, is attached for your consideration.

For information and full compliance by all members of staff of this service, both (National and Foreign) International Cargo Carriers, Clearing Agents, Business Community, Intertek and other relevant stakeholders, within the framework of the ongoing measures with a view to adequate procedures related to the submission of the road cargo manifest, for goods imported through the Ressano Garcia Border Post, in strict compliance to both the national and international legislations, it is hereby announced that, the pilot process for transfer of competencies in preparation and submission of the road cargo manifest to Customs from the importer represented by his respective Clearing Agent to the Carrier is in operation since December 2016.

Indeed, the massification process will take place from 15th of April 2017 to 15th of June 2017, a period during which all international carriers (national and foreign) who use the Ressano Garcia Border, are by this means notified to register themselves for the aforementioned purposes following the procedures attached herewith to the present Service Order.

As of 16th of June 2017, the submission of the road cargo manifest into the Single Electronic Window (SEW) for the import regime, at Ressano Garcia Border, shall be compulsory and must be done by the carrier himself.

International road carriers must therefore register for a NUIT number with the Mozambican Revenue Authority between the 15th of April and the 15th of June 2017 and the necessary application form is included. Road carriers are urged to do so as soon as possible to enable the continued smooth flow of goods through the border post.

Specific details can be found here! 

Source: MCLI

containersThe following was penned by a long-time customs acquaintance Aires Nunes da Costa, who has kindly permitted me to post his article titled “Why unpack containers in Durban if you can have containers at your door step in Gauteng within 24 hours?” which first appeared on LinkedIN.

The Tambo Springs initiative involves creating a significantly improved intermodal capability for the movement of freight to and from Gauteng. This is to be achieved by the operational twinning of the inland port with other seaport, inland and cross border locations. The connectivity i.r.o. these twinned locations is achieved via sea, rail, road and air linkages, ideally involving seamless movement of freight between modes.

The Tambo Springs development incorporates a next generation inland port with a state of the art rail terminal facility designed to be developed in phases, with an ultimate capacity of 1 m TEU’S p.a., as well as, a sprinter freight land bridge.

The key elements are as follows:-

Direct Traditional Rail Link to Durban Harbour

The Tambo Springs Terminal will be linked to the Durban Container Terminal which currently handles the bulk of all container freight moving in and out of Gauteng, via an efficient rail service. The fixed rail infrastructure for this link already exists to the Tambo Springs site. This state of the art Terminal facility is designed to significantly increase the rail capacity for container freight to/from Gauteng, while simultaneously reducing real costs and significantly improving levels of service via:

  • a new technology “greenfields” terminal being more efficient;
  • a reduction of congestion issues in and out of the new inland port due to its location;
    improved efficiency of port operations;
  • having the facility serviced by improved rolling stock commissioned by Transnet;
    Sprinter Freight Rail Link to Ngqura Harbour In the Coega IDZ (Port Elizabeth)

In addition to the direct rail link with Durban harbour, the initial phase of this programme involves the twinning of the Coega IDZ and its adjoining Deep Water Container Terminal at the Port of Ngqura with Tambo Springs. This is to be undertaken by means of a Public Private Partnership type structure which utilizes the Transnet capability between the two locations as well as the participation of SARS.

The service level to be achieved for the movement of the freight via this land bridge has a goal of “24 hours” as opposed to the current 3 to 5 days service level achieved at City Deep. This is to be achieved by capitalizing on the creation of high efficiency intermodal activities integrated with the port functions and feeder network.

Truck Freight Movement

The Tambo Springs Inland Port will function as a multimodal logistics gateway serving the Gauteng Catchment area. It therefore provides ease of movement between individual transportation modes in addition to facilitating manufacturing, warehousing and distribution activities.

The operational plan is therefore designed to accommodate long distance (FTL) truck traffic in addition to regional (LTL) freight movement.

The principle truck markets the inland port will attract include:

  • FTL long distance movement of time sensitive freight from other ports or metropolitan areas. This includes both cross docking and stuffing/de-stuffing facilities within the inland port;
  • Rail/truck (intermodal) movement where product utilizing the rail links is transferred to truck in order to each its final destination;
  • LTL truck and Van short distance movement of freight, including a regional metropolitan distribution function.

The next generation inland port therefore capitalizes both on rail and road transportation modes with a focus on increased movement of long distance freight by sprinter rail.

Intermodal Movement

In order to achieve seamless intermodal movement of freight between sea, rail, road and air transport, it is essential to link Tambo Springs with other inland port and hub locations. The creation of such a twinned Inland Port Network provides a means to effectively participate in the Global Supply Chain in a manner which optimizes both existing and new facilities to enhance capacity. Hence, for example, Tambo Springs would be linked to City Deep via rail and road linkages and to other hub locations in Gauteng and elsewhere.

A principle element of this approach is to create an efficient transportation service between all the individual entry/exit ports providing an improved level of service over and above that provided by a traditional network. The key to this is to rethink existing processes with a focus on efficiency savings in terms of the inbound and outbound process flow at Tambo Springs. This has been incorporated into the operational concept and addresses both operational and customs and regulatory efficiency issues as part of the supply chain. Source: Aires Nunes da Costa (Customs & Excise Specialist)

Panama inaugurated the long-awaited Panama Canal expansion on Sunday, 26 June 2016 with the ceremonial transit of the China Shipping Panama through the new neo-panamax Agua Clara locks on the Atlantic side.

The $5.25 billion Expansion Program is the largest improvement project in the Canal’s 102-year history, and included the construction of new, larger locks on both the Pacific and the Atlantic sides and dredging of more than 150 million cubic meters of material, creating a second lane of traffic and doubling the capacity of the waterway.

Despite challenges facing the global shipping industry, the larger canal is anticipated to open up new routes, services, and market segments, such as liquefied natural gas (LNG). Source: gCaptain.com – Pictures courtesy of Panama Canal Authority

Tambo SpringsSouth Africa’s freight and logistics company Transnet this week launched its massive drive to bring private sector operators into the country’s freight system.

The company has issued a request for proposals inviting suitably qualified global logistics service providers to design, build, operate, maintain and eventually hand over its proposed inland container terminal in Tambo Springs, East of Johannesburg – a 630ha site located on land originally known as Tamboekiesfontein farm.

The concession will be over a 20-year period and will be Transnet’s biggest private sector participation project to date.

The proposed terminal is in line with Transnet’s drive to migrate rail friendly cargo off the country’s road network.

The terminal is expected to be in operation by 2019 and will have an initial capacity of 144 000 TEUs per annum, with an option to ramp it up to 560 000 TEUs, depending on demand.

The project entails the following:

  • Arrival and departure yard for handling cargo trains
  • Terminal infrastructure;
  • Terminal equipment;
  • Stacking area;
  • Warehousing space
  • Distribution centre
  • Inland Reefer facilities

Transnet Freight Rail will be responsible for the operation of the arrival and departure yard required to service the terminal.

The operator will be responsible for loading and offloading of containers and marketing of the facility. The winning bidder is expected to introduce new entrants – particularly black players – must have demonstrated technical expertise, a minimum of level 4 BBBEE status with a commitment to reach level 2 by the third year of operation.

Transnet currently operates 5 inland terminals in Gauteng, including the City Deep Container Terminal in Johannesburg, Africa’s largest inland port.

The proposed terminal is an integral part of the Presidential Infrastructure Co-ordinating Committee’s SIP 2, aimed at unlocking the country’s industrial development while boosting export capability. It is designed to complement Transnet’s container-handling capacity in the province.

This is the culmination of years of hard work and a demonstration of cooperative governance between Transnet, representing the national competence, and both the Gauteng Provincial Government and the Ekurhuleni Municipality.

The Tambo Springs terminal is one of three mega terminals that Transnet is planning to build in Gauteng over the next 20 years. It will be located in Ekurhuleni along the N3, just off the Natal Corridor.

The project is expected to create 50 000 jobs, and has stringent requirements for supplier development and skills transfer. Source: Transnet

Cargo thieves have used 3D printers to make fake security seals to hide when a shipment has been compromised.

In some cases the cloned seals are so ingenious they even match the identification numbers on the original, according to third-party logistics organisation SpedLogSwiss, which reports an incident in which the scam was used in the theft of a pharmaceutical shipment.

In 3D printing, three-dimensional work pieces are built up in layers on relatively cheap devices. This construction is done by computer control of one or more liquid or solid materials. Typical materials are synthetic resins, plastics, ceramics and metals. This new technology opens up new possibilities in the manufacture of products. The advantages of this technology have now been discovered by organized crime.

A victim of seal counterfeiting has provided the following images to raise the awareness of other freight forwarders and shippers. In the below incident, a shipment of pharmaceutical goods loaded in a container was sealed with an intact shipper seal (Figure 1) and a seal from the shipping transport company was also applied to the container (Figure 2):

 

Security seals

Upon arrival of the container at the end customer dock, the seals were removed and the container opened. It was then found that most of the load had been stolen in transit. The original seals had been removed during transport, the goods were removed, and the container was resealed with new, but fake seals. (Figure 3)

Security seals1

“The advantages of this technology have already been discovered by the organized crime,” says SpedLogSwiss, which notes that some 3D printers can prepare the fake seals in as little as 10 minutes.

The organization has issued a circular describing the incident in order to raise awareness of the issue.

According to freight security specialist Freightwatch International, there were just over 500 thefts in the Europe, Middle East and Africa (EMEA) in the second quarter of 2015.

Belgium, Germany, the Netherlands, France, the UK, Austria, South Africa, Spain and Russia topped the list of countries affected, with electronics, clothing and accessories, food and drink the most stolen product categories. Source: www.securingindustry.com

Forbes.com hyperloop diagram

Picture courtesy Forbes.com

Hyperloop One, a Los Angeles company working to develop the futuristic transportation technology, has announced the closing of $80 million in financing and said it plans to conduct a full system test before the end of the year.

A Hyperloop would whisk passengers and cargo in pods through a low pressure tube at speeds of up to 750 miles per hour (1,207 km per hour). It has been likened to a mix between the Concorde plane, a rail gun and an air-hockey table.

Early applications could center around ports – possibly replacing the trucks and trains that carry cargo from ships to factories and stores. Some anticipate that it could start operation in Los Angeles, close to some of the biggest port in the U.S.

Hyperloop One builds off a design by Tesla and SpaceX CEO Elon Musk, who has suggested it would be cheaper, faster and more efficient than high speed rail projects, including the one currently being built in California.

A test of the Hyperloop One system was conducted on Wednesday when a car-sized sled powered by electromagnets rocketed to more than 100 miles (160 kph) an hour through the Nevada desert.The sled began on a train track and then was rocketed to 105 miles per hour by electromagnets as electricity was shot into copper coils. After a short ride, the sled ran into a sand trap, sending out silicon sprays. If all goes according to plan, sleds will levitate and carry pods in a test later this year. Gigantic tubes already are scattered around the Las Vegas area test site.

Maglev technology would levitate the pods to reduce friction in the system, which would be fully autonomous and electric powered. Magnetic fields in the tunnel will lift the pod before a “thrust force” is applied, which will then accelerate it to speeds of up to 1230km/h. When the same force is applied for breaking the pod, the system’s battery is recharged through regenerative braking.

Using such a passive levitation system would eliminate the need for power stations along the Hyperloop track, and if any type of power failure occurs, Hyperloop pods would continue to levitate and only after reaching minimal speeds touch the ground, says the company.

The open source technology would, according to the initial “Alpha” design released in 2013, enable travel from the Los Angeles region to the San Francisco Bay Area in 35 minutes, meaning that passengers would traverse the proposed 569 kilometer (354 mile) route at an average speed of just under 962 km/h (598 mph) and a top speed of 1,223 km/h (760 mph).

Hyperloop One CEO Rob Lloyd likened hyperloop technology to the emergence of the U.S. railroad system and the era of prosperity it ushered in.

Lloyd also announced a competition to determine where the first Hyperloop One system should be built, with an announcement expected next year.

Hyperloop One has competition including Hyperloop Transportation Technologies, a crowdsourced company that last month signed an agreement with the Slovakian government to build a hyperloop connecting Slovenia with Austria and Hungary.

Skeptics say real-world challenges ranging from construction permits to making the new technology work mean the costs are likely to be far greater. Source: Martime Executive.

MCA LogoThe UK Maritime and Coastguard Agency has dropped the tolerances it was considering for weighing equipment used to weigh a container for the new SOLAS VGM requirement.

One of the issues that has been holding some terminals back from investing in equipment to weigh containers is the lack of any clarity over the accuracy standards that equipment must meet. SOLAS says only that equipment must “meet the applicable accuracy standards and requirements of the State in which the equipment is being used”.

The UK Maritime and Coastguard Agency (MCA) had been consulting on a proposal for two weighing tolerances for equipment used to generate a Verified Gross Mass (VGM) using method 1 (weighing the container):

  • +/- 400kg up to 20T then +/- 2%
  • +/- 300kg up to 15T then +/- 2%

Sources involved in the process say some port operators and weighing equipment suppliers had expressed concerns these tolerances were unreasonable. MCA has this week issued new guidance on the VGM requirement, including a procedure for applying for approval to use Method 2 (weighing cargo items and calculating the total weight of a container).

The MCA has dropped any requirement for a specific accuracy level, opting instead to set an enforcement level. It stated: “The verified gross mass should be as accurate as reasonably practical taking into account methodology and operational variances. The MCA has set an enforcement tolerance of ±5% or ±500kg, whichever is the greater value to avoid disruption within the supply chain, however this value is for enforcer’s guidance only and it is the shipper’s responsibility to be as accurate as possible”.

Method 1 equipment includes “weighbridges, or lifting equipment fitted with load cells, or other approved weighing equipment to determine a loaded container’s Verified Gross Mass (VGM)”. Unlike other jurisdictions the MCA has not stated that it requires two 20ft containers on a trailer to be weighed separately, or said anything about how the weight of the truck and trailer is to be obtained. It stated only that “Calculations may be used as part of the method 1 process”, so these items do not in fact need to be weighed as part of the VGM process.

With regard to certification and enforcement, the MCA states: “ Method 1 users are required, on request by the MCA or other body, to provide both of the following:

  • Evidence that the weighing equipment has been supplied/maintained for the purpose of determining the VGM of a loaded container and is capable of producing a ticket (electronic record). Each ticket must include the container number, the VGM of the container, and the procedures for, and records of, any calculations which have been made. If this information is produced as an electronic record, it is essential that it is able to be produced without delay as a paper document.
  • Records kept of maintenance and verification (calibration) procedures, including any corrective / remedial actions taken.

The full guidance and other documentation can be found at this link. Source: WorldCargoNews

World Cargo News reports  – While the Coast Guard maintains the US will be compliant with the SOLAS amendment on container weighing, US Shippers are interpreting guidance from US Coast Guard Rear Admiral Paul Thomas as confirmation they can continue with existing practice to declare the weight of their goods rather than weigh containers.

Following to the fallout over his comments at the Trans Pacific Maritime conference in Long Beach this month, Rear Admiral’s Thomas issued further guidance on the SOLAS amendment that requires containers to have a Verified Gross Mass before they are loaded on a vessel from 1 July.

The US Coast Guard (USCG) has since confirmed that SOLAS is binding on US shippers, but stated that how shippers work with carriers to obtain and report a VGM is a commercial matter for those parties to determine.

Some US shippers, including the US Agriculture Transport Coalition (ATC), have made it known it is not practical for them to supply, and be responsible for anything other than the weight of the cargo, as they do today. The Coast Guard appears to be facilitating this approach, and the ATC last month told its members it “received confirmation” from USCG that shippers can continue to verify the weight of the goods they own, while lines remain responsible for the weight of the container.

On March 14 some 49 groups and associations representing US primary producers, manufacturers, importers and shipper groups wrote to Coast Guard Commandant Paul Zukunft saying they support its “interpretation” of the SOLAS amendment, as presented by Rear Admiral Tomas in his blog.

“Specifically, we support the Admiral’s view that if the shipper provides the cargo mass weight, to which the carrier adds the weight of the container, then the intent of SOLAS is achieved. In fact, several ocean carrier executives have advised that such a process would be practical.”

Some carriers, however, have rightly pointed out that this does not meet the SOLAS requirement, as the letter then notes: “The reason for our concern, and appreciation of Admiral Thomas’ guidance, is that some ocean carriers, citing this SOLAS amendment, are demanding that the shipper certify both the cargo and the carrier’s container. This is contrary to the practical realities of our US export maritime commerce and fundamentally flawed conceptually. (It would be similar to demanding that a soybean shipper certify to the railroad the weight of the railcar itself.)”

The groups maintain that they “fully understand our responsibility to accurately disclose the weights of cargo tendered to the ocean carriers. In fact, advance submission of accurate gross cargo weight is a well-established practice mandated by US Customs and Border Protection, by numerous intermodal (trucking and rail) weight requirements, and presently found in Shipper’s Instructions to carriers to meet so-called “no doc, no load” cargo cutoffs for entry into marine terminals. In addition, an Occupational Safety and Health Administration (OSHA) Rule, in place since 1983, assures that the accurate weight of combined cargo and container be known to the carrier prior to loading.”

Despite SOLAS, the shipper groups do not see a need to weigh individual containers and suggest other solutions can be found: “for instance, shippers are willing to provide to their carriers an annual written confirmation in the service contract (or other mutually-agreed document) that our cargo weights are accurate”.

One of the major concerns is liability, in particular the requirement that someone now sign a VGM document. Shippers say carrier demands for this are being rejected. Many US Corporations will not allow their employee to certify the weight of and assume liability for equipment that the corporation does not own, manage, control and in fact may not even see.”

The Coast Guard, for its part, does not appear to be pushing the issue of current practice not meeting the new SOLAS requirements.

In his testimony at the US House Committee on Transport and Infrastructure’s hearing for the Coast Guard’s 2017 Budget request Admiral Paul F. Zukunft, Commandant, USG made the following statement: “Foreign carriers are pretty much all in compliance today. When I was at the container terminal in Long Beach a month and half ago all the containers that come on to that yard are already weighed before they go in. So I am not seeing a sky is falling panacea playing out around us, but we need to make sure that there aren’t unintended consequences. That is why we are continuing to reach out with the many exporters…that container shows up on a manifest before it is loaded on a ship. What is needed is that final weight, but by and large most of these manifests already have that weight filled in in that column.”

The US, it appears, intends to continue to follow current practice where the shipper provides a declared weight of the cargo, leaving it to the carrier to determine the final weight of the container. Source: World Cargo News

MarEx APM Tangier 2016Maritime Executive reports that the world’s third largest port operator APM Terminals said it will invest 758 million euros ($858.3 million) in a new transhipment terminal in Tangier, Morocco, that will be the first automated terminal in Africa.

APM Terminals, a unit of Denmark’s shipping and oil group A.P. Moller-Maersk, has been named as the operator of the new container transshipment terminal at the Tanger Med 2 port complex. The group already operates the APM Terminals Tangier facility at Tanger Med 1 port, which started operations in July of 2007 and handled 1.7 million TEUs in 2015. The new terminal will have annual capacity of five million TEUs.

Maersk Line, also a part A.P. Moller-Maersk, will be an important customer of the new terminal. The new terminal is scheduled to open in 2019, under the terms of a 30-year concession agreement with the Tanger Med Special Agency (TMSA), which has responsibility for the development and management of the Tanger Med port complex.

The Tanger-Med port complex is strategically located on Africa’s northwest coast near the mouth of the Mediterranean Sea on the Strait of Gibraltar, where the Atlantic Ocean and Mediterranean Sea meet. Tanger-Med is the second-busiest container port on the African continent after Port Said, Egypt. The new APM Terminals MedPort Tangier terminal will increase the port’s total annual throughput capacity to over nine million TEUs.

APM Terminals MedPort Tangier will have up to 2,000 meters of quay length and will feature the technology pioneered at the APM Terminals Maasvlakte II Rotterdam terminal which opened in 2015.

For APM Terminals the Western Mediterranean is an important market. APM Terminals Algeciras, on the Spanish side of the Strait of Gibraltar, operates in tandem with APM Terminals Tangier as an integrated Western Mediterranean transshipment hub. APM Terminals Algeciras handled more than 3.5 million TEUs in 2015, and has completed a major upgrading of its cranes and quay infrastructure to accommodate ultra-large container Ships of 18,000 TEU capacity and above.

The location of the Tangier and Algeciras facilities provide a natural transshipment location for cargoes moving on vessels to and from Africa from Europe and the Far East on the primary East/West shipping route through the Mediterranean Sea; over 200 cargo vessels pass through the Strait of Gibraltar daily on major liner services linking Asia, Europe, the Americas and Africa.

While African ports at present account for only 4.5 percent of global port throughput (including transshipment cargoes), the United Nations 2015 World Population Prospects Report projects that more than half of the world’s population growth between 2015 and 2050 will occur in Africa, with the African population more than doubling from 1.1 billion to 2.4 billion over the next three and a half decades.

Significant investment in port and transportation infrastructure will be required to meet the anticipated needs of the expanding African population and corresponding economic growth.

APM Terminals is the largest port and terminal operating company in Africa by equity-weighted container volume, with 12 facilities operating in 10 countries and three more terminals under construction. Source: Maritime Executive

RWG-terminalRotterdam World Gateway says it is the first deep sea container terminal with minimal customs presence in the European Union. Ronald Lugthart, Managing Director of Rotterdam World Gateway,has received the definitive customs permit and AEO certificate for RWG, handed over by Anneke van den Breemer, Regional Director of customs at the port of Rotterdam.

Lugthart said: “Due to the high degree of automation at RWG, the introduction of a 100% pre-announcement procedure for containers and cargo via Portbase and the implementation of simplified customs procedures, over 95% of the administrative process is now completely digitised.

“This means that the administrative process can operate independently of the logistic process at the terminal, enabling fast and reliable handling.”Anneke van den Breemer commented: “As Dutch customs, our goal is to minimise any disruption to the logistic process caused by the required customs formalities. RWG and customs have recently been collaborating intensively.

“At the RWG terminal, optimal use is now being made of the simplified customs procedures. This is in the best interest of all parties: not just of the terminal and customs, but of freight forwarders and hauliers as well.”

By applying these simplified customs procedures, RWG is able to implement a fully automated gate process for road hauliers. This has great benefits for hauliers because no physical customs handling has to take place at the RWG terminal and thus no stop has to be made.

RWG adds that it is the first terminal in the port of Rotterdam to act as an Authorised Consignee, which means the customs transit will be automatically ended upon arrival at the terminal. This gives parties involved extra assurance that this transit has been cleared properly.

In addition to simplified customs procedures, constructive cooperation between customs and RWG has resulted in the establishment of a new scanning facility that is fully integrated into the terminal’s automated logistic process and operates 24/7.

Furthermore, nuclear radiation detection takes place for all truck and rail handling, and a high percentage of the containers arriving and departing by barge will be inspected as well.  Source: WorldCargoNews

Container_crane_and_spreader

Picture: Wikipedia

The Port of Felixstowe has confirmed that it will offer a container weighing service to ensure UK shippers are able to comply with the new SOLAS regulations that come into effect on 1 July 2016

The new SOLAS Chapter VI regulation requiring the shipper (or other named party in the Bill of Lading – normally a freight forwarder/NVOCC) – to supply the shipping line with a verified gross mass (VGM) declaration before the container can be loaded aboard the ship comes into force on 1st July. As widely reported, there is widespread concern that shippers will not be ready.

Commenting on the new service that Felixstowe will provide, Stephen Abraham, the port’s COO, said: “We have met with many customers and from their feedback it is clear that there is still a lot of uncertainty amongst exporters about the new rules.

“The rules have the potential to cause significant disruption to export supply chains. To help avoid this, we have decided to provide a service where export containers can be weighed at the port before being loaded. We will provide further details about how the weighing service will work in good time to ensure all exporters can be compliant by the time the new rules come into force.”

The service at the port will be available to containers arriving either by road or rail. This is important as, through its railheads, Felixstowe is the UK’s largest intermodal rail terminal; 40% of all laden export containers arrive at the port by rail.

To provide the weighing service, Felixstowe will use a spreader twistlock-based system, although the supplier of the system and the number of RTG and intermodal RMG spreaders that will be equipped with it has not been confirmed.

The UK Maritime and Coastguard Agency (MCA), which is the responsible authority for the VGM as regards UK containerised export shipments, requires all weighing equipment used to provide a VGM, whether by Method 1 or Method 2, to be calibrated to within +/- 0.1% of the true mass of the loaded container (Method 1) or by calcuation based on the sum weights of the individual cargo items being packed and associated dunnage, lashing chains, etc (Method 2).

When, at the end of 2010, the International Chamber of Shipping first launched its campaign for all containers to be weighed before ocean carriage, it was assumed that the weighing would take place in ports – naturally, as ports are where most container lifting equipment is based.

However, port operators – including, and not least, Felixstowe – successfully resisted this, which ultimately resulted in IMO formulating Method 2. While the road to IMO arriving at Method 1 and Method 2 is “history,” the key point is that port operators, freed of a legal obligation to weigh loaded export containers, are thereby free to offer a Method 1 weighing service on a commercial basis.

Irrespective of the technology employed, there are several issues around port weighing. What happens if, for example, when the port [any port, not just Felixstowe] weighs the export container for the purpose of providing the VGM and finds that the weight made the container illegal for road carriage to the port? Does the port have a legal obligation to inform the road traffic authorities [the police in the UK]; or is the onus on the shipping line, whose customer the “offending” shipper/NVOCC is?

That information is also “historic,” in the sense that in order to weigh the overloaded container in the port, it must be assumed that the truck arrived safely at the port, and that particular (unique) illegal truck trip to the export port has gone forever. The remaining problem, however, is that the VGM provided by the port may indicate that the weight of the container makes it illegal for on-carriage by road or rail in the port of unloading.

Asked to comment on this by WorldCargo News, Paul Davey, Head of Corporate Affairs, Hutchison Ports (UK), made a crucial point. “As regards legality for road carriage in all possible overseas destinations, we [at Felixstowe] would not know, for example, whether the container will leave the port of destination or is unstuffed in the port. If it leaves the port [without being unstuffed] we won’t know whether the on-carriage would be by road, rail or any other mode, so there is nothing we could do.”

This is key as it throws the real responsibility for enforcing the VGM on the carriers, who demanded compulsory weighing in the first place. They will be under a legal obligation not to accept a loaded container unless it has VGM documentation.

It follows logically that carriers know the VGM mass of all loaded containers they ship. If, on the way to destination from the port of import, due to gross overloading of the container, the truck jackknifes or overturns, with all the safety risks that entails, the carrier could be liable and open to criminal prosecution.

Thus, there can be no question of “shipper appeasement,” but it could end up in a lawyer’s free-for-all involving anyone providing the VGM if it transpires that the VGM data were incorrect. Suppose, for example, the carrier relied on VGM data provided on a commercial basis by the port of export and it transpired, following a road accident investigation in the country of import that the real weight exceeded the VGM and likely caused the accident.

As to the commercial possibilities for ports providing a VGM service, Felixstowe has not given any information on the price it will charge, but (by way of example) Yarimca in Turkey is advertising US$12 to weigh a container, according to its tariff notice.

Policy responses by port operators will vary enormously according to local context and assessment of risk and benefit. In New York/New Jersey – where loaded containers are mosly imports – Maher Terminals has advised customers that loaded export containers will not be accepted after the July 1st deadline whitout a VGM in advance, as part of the booking process.

PSA Antwerp, which is also offering a VGM service, has stated that it may, at its discretion, “strip and restuff a container so that it complies with the SOLAS requirements. The customer will pay an appropriate compensation to PSA for any such stripping/restuffing of a container and/or determining its VGM.”

The new SOLAS Ch VI imposes no obligation on terminals to weigh containers they unload. All the same, as regards imports, PSA Antwerp says: “If PSA loads a container onto a truck, it can never be held liable for additional expenses and/or fines associated with the (excess) weight of the container/truck combination.

“Any such additional expenses and/or fines will never be borne by PSA and the customer will pay an appropriate compensation to PSA for any such additional expenses and/or fines incurred by it and/or for determining the weight of the container/truck combination.” Source: WorldCargoNews

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The facility launches the world’s first container terminal to utilize remotely-controlled ship-to-shore (STS) gantry cranes. The cranes move containers between vessels and the landside fleet of 62 battery-powered Lift-Automated Guided Vehicles (Lift-AGVs) which transport containers between the quay and the container yard, including barge and on-dock rail facilities.

The Lift-AGV’s also represent the world’s first series of AGV’s that can lift and stack a container. A fleet of 54 Automated Rail-Mounted Gantry Cranes (ARMGs) then positions containers in the yard in a high-density stacking system. The terminal’s power requirements are provided by wind-generated electricity, enabling terminal operations, which produce no CO2, emissions or pollutants, and which are also considerably quieter than conventional diesel-powered facilities.

The facility, constructed on land entirely reclaimed from the North Sea, has been designed as a multi-modal hub to reduce truck traffic in favor of barge and rail connections to inland locations.

Construction began in May 2012, with the first commercial vessel call in February 2015.

2015 and 2016 are the years of ramping up operations and refining the terminal operating system. The 86 hectare (212 acre) deep-water terminal features 1,000 meters of quay, on-dock rail, and eight fully-automated electric-powered STS cranes, with an annual throughput capacity of 2.7 million TEU.

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