Port equipment manufacturer Liebherr has developed a new low-voltage frequency converter system which promises significant reduction in energy consumption and emissions.

Liebherr has a new low-voltage frequency converter system for marine applications called Liduro Marine Photo: Liebherr

Liebherr has a new low-voltage frequency converter system for marine applications called Liduro Marine Photo: Liebherr

 

Liduro Marine LCU 300 has been developed for vessels with a drive power of up to 5,000 kW allowing for variable-speed and stepless electric drive to achieve higher manoeuvrability in ports. It can also be used for in winches and drives on maritime cranes.

Reduced energy

Electrification is playing an increasing essential role in the reduction of energy consumption in maritime applications.

One advantage of an electric drive is higher manoeuvrability, particularly for docking manoeuvres in ports.

The new LCU 300 series. The high-efficiency, liquid2 cooled modules feature a remarkable performance due to their extraordinary power density of up to 13.5 MW/ m³ and an extensive power range from 110 kW to 2,000 kW in just two sizes.

The power modules can be configured as drive or regeneration units. They can be used in parallel operation with a common DC voltage bus for high total output, or for a partially-redundant system design.

Another considerable benefit of this system design is the high flexibility with which individual drive solutions can be realised even in compact installation spaces. This offers a wide range of possibilities for integration and layout within a control room or distribution station.

Liebherr energy storage systems, motors and generators can be simply connected to frequency converter cabinets, thereby increasing system efficiency.

 

Source: Greenport

by & filed under Environment, Sustainability.

 

Michele Witthaus finds out about South Africa’s proposed new sustainable KwaZulu Cruise Terminal at the Port of Durban.

A new cruise terminal is a perfect opportunity to build in features that ensure long-term sustainability. Whereas existing terminals often struggle to retrofit green technologies, with a new development it is possible to plan effectively from the ground up.

The busy commercial Port of Durban in South Africa is about to embark on just such a project. Popular for its beaches as well as easy access to mountains and game lodges inland, Durban is now set to exploit growing interest in cruise with a dedicated terminal, but not at the expense of the environment.

 

Background

In 2013, the Transnet National Ports Authority (TNPA), which manages the eight commercial seaports in South Africa, announced plans for the new KwaZulu Cruise Terminal (KCT). After three rounds of bidding, in June 2017, a joint venture between MSC Cruises SA and Africa Armada Consortium – an investment company established under South Africa’s black economic empowerment regulations – was selected as the winning bidder.

According to Andrew Pike, head of ports, transport and logistics at Bowmans, a legal firm that is advising MSC Cruises and KCT on the bid, initially MSC Cruises will own 70% and Africa Armada Consortium 30%, with the proportion of ownership set to change in Africa Armada Consortium’s favour over the next 15 years. “KCT will wholly finance, build and operate the facility over the full term of the concession, which is 25 years, then hand it back to TNPA,” he says

Set to open in October 2019, the new facility, which will cost R100 million (approximately €6.2 million) will be able to handle 5,000 to 6,000 passengers at a time with a quayside length of 440m.

“We’ve definitely seen growing demand, with annual passenger numbers at the Port of Durban having increased by 22% from 171,510 in 2015 to 209,712 in 2016,” says Shulami Qalinge, chief executive, TNPA. “An estimated 1.3 million passengers are expected by 2040 and the province of KwaZulu-Natal and city of Durban want to grab an even bigger slice of this projected market. This would hinge on our continued investment in the improvement of our maritime infrastructure, skills development and extensive marketing of the province as the destination of choice for sea travellers.”

 

Sustainability

The new terminal will be designed to harness the latest sustainable design concepts, says Ms Qalinge. “This green and energy efficient terminal will meet all increased energy needs through conservation and renewable sources and incorporating green technologies into the terminal design.”

“The port will provide bunker fuel, the collection of solid waste and disposal of consumables by stevedores in line with the appropriate law. The terminal is centrally located, with easy access to major highways and is around 40 minutes away from Durban’s King Shaka International Airport.”

The port’s web-based Integrated Port Management System (IPMS), which it has used since 2015, enables key port operations to be managed online and in real time. Safe public access and viewing points will be installed at designated points in the terminal as part of this system. In addition, says Ms Qalinge: “Traffic management, congestion and security are challenges that need to be managed, because the terminal would still be located in one of the busiest ports on the continent, close to the beaches and on the outskirts of the city’s central business district.”

There are also plans to dovetail the new terminal with planned development around the Durban Point Waterfront and tourist attractions such as uShaka Marine World. “TNPA is working closely with the eThekwini Municipality which manages the City of Durban, to ensure that our development plans for the area are closely aligned in terms of traffic management, security and environmental management,” says Ms Qalinge.

 

Cruise hub

The long-term plan is to create cruise hub ports on either coast of South Africa – Durban on the east coast and Cape Town on the west coast – that will eventually serve as homeports for international cruise vessels. Cape Town cruise terminal is being developed under a 20-year concession to V&A Waterfront (Pty) Ltd.

“These are supported by our other cruise ports of call – Richards Bay, Mossel Bay, East London and Port Elizabeth,” says Ms Qalinge. “MSC South Africa already uses Durban as a homeport. For now, Durban and Cape Town remain our key cruise ports, but if the market so dictates, we could look at similar cruise developments in other South African ports in the future.”

Speaking when KCT was announced as the preferred bidder for the Durban terminal, Ross Volk, managing director of MSC Cruises South Africa, told national media he was pleased with trends in the local cruise market. “The cruise market in South Africa is growing and the number of passengers coming on board has grown exponentially in the past ten years,” he said. In particular, he noted that there was increasing interest in cruises from black holidaymakers.

Ms Qalinge said that the KCT bid offered a winning combination. “We believe it brings together one of the largest and most successful cruise companies in the world, with a local black economic empowerment investment company that understands the unique needs of the South African market.”

The terminal will cater for simultaneous handling of two cruise vessels, with concurrent embarkation and disembarkation of passengers. “TNPA envisions collaborating with cruise operators, local and national Tourism Boards, relevant government departments and communities to market and promote Durban as a cruise tourism destination, while working with the terminal operator to ensure the terminal is operated sustainably,” says Ms Qalinge. “It will be operated on a seasonal basis in line with the cruise liner schedules.”

Balancing act

Initially planned as a single-storey building with a design that can accommodate a future second floor, eventually the development will incorporate an office block, multi-storey parkade and passenger boarding bridge for access to cruise ships in the subsequent phase. It will also have secondary uses as a conference and function venue and MSC Maritime Training Academy.

When advising a commercial cruise operator bidding for this type of development that incorporates both public and private elements, it is necessary to find a balance with the requirements and constraints of a government port authority, says Mr Pike.

“The biggest challenge is trying to negotiate a concession within the parameters of quite a conservative regulatory regime, the National Ports Act (NPA) in particular. There are simple constraints which Transnet is bound by under NPA. The challenge is always to try, to the extent any of those constraints present risks to investors, to find a solution which doesn’t run counter to legislative requirements. However, there has been a lot of goodwill on both sides.”

Ms Qalinge says she hopes that the new Durban passenger terminal will support increasing demand in the sector.

“We believe in the power of the cruise industry to stimulate economic growth, create jobs and strengthen the tourism offering of South Africa as a whole. The new terminal would assist in kick-starting development in the port area, fostering tourism related entrepreneurism and encouraging the development of landside offerings such as tour packages, souvenirs, etc. This multiplier effect would bring additional revenue and economic spinoffs into the city of Durban.”

In addition, the development of Durban’s cruise facilities will also help build the cruise offering along the east coast of Africa, says Mr Pike. “MSC Cruises has already developed a facility at Pomene in Mozambique where ships can discharge passengers and have a day on beach. It is part of MSC’s plan to exploit the region more.”

Given that the new KCT terminal will be available to all cruise lines to use, this promises to be good news for sustainable African cruise itineraries.

by & filed under Sustainability.

The US Port of Long Beach has begun work on the last phase of its Middle Harbor terminal redevelopment project with an emphasis on efficiency and clean cargo equipment.

 

The Middle Harbor development aims to be a feat of engineering and a model of sustainability Photo: Port of Long Beach

The Middle Harbor development aims to be a feat of engineering and a model of sustainability Photo: Port of Long Beach

 

When finished, the facility operated by Long Beach Container Terminal (LBCT) will boast handling equipment which runs on electricity or alternative fuels and is serviced by electric-powered cranes and container transport vehicles.

“Middle Harbor is a feat of engineering and a model of sustainability,” said Mario Cordero, port executive director. “Once the final phase is built and operating at full capacity, the Middle Harbor Terminal alone will rank as the nation’s sixth-busiest container port.”

 

Green investment

To date, LBCT has invested more than US$650 million in technology and equipment.

This includes alternative fuel vehicles to move containers from the container yard to the rail yard.

Like the first two phases, Phase 3 components will be designed to maximise energy efficiency, resource conservation and recycling of materials from demolished structures.

Environmental highlights of the final phase include the reuse of approximately 1.4 million cubic yards of dredge sediments as fill to support the construction of the last segments of wharf and container yard.

The project will also recycle demolished concrete and asphalt from the previous structures and paved areas to use as crushed base material for the foundation of the new yard.

As part of Phase 1, the port built a battery-exchange building for charging, storing and exchanging batteries to support the zero-emissions container transport vehicles at the terminal.

Phase 3 will see the port construct a second battery-exchange building as a backup support facility to ensure resiliency and reliability of terminal operations.

As the port completes the Middle Harbor Terminal Redevelopment Project, it will embark on its next major capital project, the Pier B On-Dock Rail Support Facility, which aims to reduce emissions throughout the port by moving 35% or more of container cargo by rail instead of by truck.

 

Source: Greenport

Schleswig-Holstein supports the successful trajectory of the Port of Kiel

 

The PORT OF KIEL invests in cargo handling, environmental technology and the traffic shift from road to rail. Dr. Thilo Rohlfs, state secretary of the ministry for the economy, transport, labour, technology and tourism for the country of Schleswig-Holstein, made use of a visit to the port of Kiel to inform himself about the current port investment projects that take place in the capital city of Kiel. “The port of Kiel has grown significantly over the past years. With the support of the county of Schleswig-Holstein, the port has managed to realise some very important projects such as the expansion of the Ostuferhafen”, says state secretary Rohlfs. Today, the port of Kiel handles over 7 million tons of cargo per year and over 2 million passengers pass through the port annually. Thilo Rohlfs: “My impression that the Port of Kiel is very well-positioned and that it is capable of successfully holding its ground has been confirmed. The country of Schleswig-Holstein will continue to actively support this successful trajectory of the port of Kiel in future.” As part of a tour of the harbour, PORT OF KIEL’s managing director Dr Dirk Claus informed the state secretary of the port’s current investment plans. Alongside the project to expand the pre-storage area for trucks at Kiel’s Ostuferhafen, these plans include the creation of a third switching track at Kiel’s Schwedenkai terminal as well as the creation of an onshore power supply facility at Kiel’s Norwegenkai terminal.

 

Expansion of the pre-storage area for trucks at Kiel’s Ostuferhafen

The PORT OF KIEL plans to completely re-design the entrance area to Kiel’s Ostuferhafen terminal. This re-design includes the demolition of shed 34 to 36 that form part of the larger estate that was previously used by the former Getreide AG. This partial demolition will result in the port pre-storage area being extended which will generate additional pre-storage space for truck and cars. The building works to realise this project will commence this summer and are expected to be completed by spring 2019. The new entrance situation to Kiel’s Ostuferhafen will combine previously separated pre-storage areas, minimise travel paths on the area of Kiel’s Ostuferhafen and generate additional pre-storage space for trucks overall. Dirk Claus: “This project benefits both the DFDS shipping company as well as the SCA and Iggesund Paperboard forest product business.” The overall investment of the entire project is set to be 7 million Euro which includes the costs for demolition of the sheds, soil remediation, underground and road construction works as well as the implementation of a new lighting system for the entirety of the 2.8-hectare area that is being generated. The new pre-storage area will be accessible in line with the existing transportation concept of using the connecting road to the city ring road.

Third switching track will improve the traffic shift from road to rail

To improve the efficiency of the ship/rail intermodal transport performance, Port of Kiel is planning to pursue two rail expansion projects. Firstly, as part of the federal government’s emergency programme seaport-hinterland transport II, the marshalling yard Kiel-Meimersdorf is being upgraded to enable cargo trains of a length of 740 meters to enter the marshalling yard. Secondly, the entrance area of Kiel’s Schwedenkai will be equipped with a third switching track. The building works for this 1.25 million project are expected to be completed at the end of next year. Dirk Claus: “As per PORT OF KIEL’s Blue Port concept we aim to shift as many of our hinterland-transports as possible from road to rail. To accommodate for this we need to expand the rail infrastructure.” Last year for the first time to date more than 30.000 trailers and containers were transported by rail. “Color Line’s new freight line will offer the possibility to implement additional direct hinterland-train connections from Kiel. This will positively benefit all of the port of Kiel’s terminals as well as all scheduled ferry services”, says the managing director of the PORT OF KIEL.

Onshore power supply for Color Line vessels

The third port investment project that has been registered to be co-funded by the county of Schleswig-Holstein is the creation of an onshore power supply plant for Kiel’s Norwegenkai terminal. As of next year, the aim is to supply both Color line vessels with 100% green onshore power whilst stationary in the berth. To realise this project an investment sum of over 1 million Euros is needed. Dirk Claus: “The onshore power supply plant at Kiel’s Norwegenkai terminal will be the pilot plant for onshore power at the port of Kiel. Over the course of the following years, we then aim to also build a combined onshore power supply plant for the cruise terminal Ostseekai as well as Kiel’s Schwedenkai terminal.” To reduce the high costs of purchasing electrical power in Germany, the port of Kiel campaigns for an exemption of onshore power from the EEG-levy. Dirk Claus: “The exemption of onshore power from the EEG-levy will generate an economic incentive for ships to take onshore power which will further reduce the air pollution emissions of the ships during their time at berth.”

 

Source: Jura

by & filed under Safety & security.

Large shipping losses have declined by 38 percent over the past decade, according to Allianz Global Corporate & Specialty SE’s (AGCS) Safety & Shipping Review 2018.

 

There were 94 total losses reported around the shipping world in 2017, down four percent year-on-year (98) – the second lowest in 10 years after 2014. Bad weather, such as typhoons in Asia and hurricanes in the U.S., contributed to the loss of more than 20 vessels, according to the Review, which analyzes reported shipping losses over 100 gross tons (GT).

Cargo vessels accounted for over half of all vessels lost globally in 2017. Fishing and passenger vessel losses are down year-on-year. Bulk carriers accounted for five of the 10 largest reported total losses by GT. The most common cause of global losses remains foundering, with 61 sinkings in 2017. Wrecked/stranded ranks second (13), followed by machinery damage/failure (eight).

Almost a third of shipping losses in 2017 occurred in South China, Indochina, Indonesia and Philippines maritime region, up 25 percent annually, driven by activity in Vietnamese waters. This area has been the major global loss hotspot for the past decade, leading some media commentators to label it the new Bermuda Triangle. The major loss factors are actually weather (in November 2017, Typhoon Damrey caused six losses), busy seas and lower safety standards on some domestic routes.

Outside of Asia, the East Mediterranean and the Black Sea region is the second major loss hotspot (17) followed by the U.K. (eight). There was also a 29 percent annual increase in reported shipping incidents in Arctic Circle waters (71).

Fatal accidents such as the Sanchi collision in January 2018 and the loss of the El Faro in Hurricane Joaquin in late 2015 persist, and human behaviour is often a factor. It is estimated that 75 to 96 percent of shipping accidents involve human error. It is also behind 75 percent of 15,000 marine liability insurance industry claims analyzed by AGCS – costing $1.6 billion. AGCS cites inadequate shore-side support, tight schedules and commercial pressures as important factors in maritime safety and risk exposure.

Although the downward trend continuing in 2017, the impact of the NotPetya malware on harbour logistics underline that the shipping sector is being tested by a number of traditional and emerging risk challenges, says AGCS. Baptiste Ossena, Global Product Leader Hull & Marine Liabilities, AGCS, says the number of more technical claims will grow – such as cyber incidents or technological defects – in addition to traditional losses, such as collisions or groundings.

Other risks identified in the Review include:

Container-carrying capacity has increased by almost 1,500 percent in 50 years. Mega-ships create new risk exposures, and there have been a number of fires at sea in recent years. Fire-fighting capabilities have not necessarily kept pace with increasing vessel sizes, says AGCS.

Climate change is impacting ice hazards for shipping, freeing up new trade routes in some areas, while increasing the risk of ice in others – over 1,000 icebergs drifted into North Atlantic shipping lanes last year, creating potential collision hazards. Cargo volumes on the Northern Sea Route reached a record high in 2017.

 

Source:Jura

 The port of Santander has once again managed to position itself in the first position in the sectoral study prepared by Asociación Española de Fabricantes de Automóviles y Camiones (ANFAC – Spanish Association of Automobile and Truck Manufacturers), which includes the assessment of maritime-port logistics in vehicle traffic based on questionnaires answered by the main car manufacturers.

That they are the direct clients of the ports that evaluate each port installation, gives great value to the report, in addition to satisfying the port community of Santander for the good concept that the car manufacturers have, that every day they trust in this port, about the quality of service they receive here.

A total of 492,168 units passed through the port of Santander in 2017, of which 302,550 were shipped and 189,618 disembarked. Although the more than fifteen brands that rely on the port of Santander have been important to close a great 2017, by volume stand out 257,365 Renault and 92,046 Volkswagen manipulated, followed by Nissan-Infiniti, Ford and BMW-Mini.

These manufacturers have highlighted Autoridad Portuaria de Santander (APS – Port Authority of Santander) and proactivity in the face of problems posed by the customer and the push to improve their infrastructure. They have also had an impact on the good accessibility by road, the proper management of the railway infrastructures of the Port, the agility in the allocation of deposit areas, in the loading / unloading of trains and the small number of incidents. However, there are still areas for progress, such as customs procedures, the flexibility of services and improvements in the loading / unloading of ships.

This result has been possible thanks to the great involvement of all agents working in the automotive sector in the Port of Santander and its workers, who understand every day that a team is much more than the sum of its members. In addition, it will serve as a stimulus for the Port to continue improving infrastructures, paving new surfaces, constructing storage areas in height, doubling the railway line that connects the terminal of Muriedas with the Port, increasing the length of parking lanes in the terminal. Muriedas, increasing the capacity of access control, technological improvements, as well as looking for other ways that provide greater value to the automotive logistics chain.

Source: Portseurope

by & filed under Port-city relations.

In the framework of the European project “SUMPORT – Sustainable Urban Mobility in MED Port Cities”, co-financed by the Interreg MED program, the Valenciaport Foundation, with the collaboration of Autoridad Portuaria de Valencia (APV – Valenciaport, Port Authority of Valencia)the Port Authority of Valencia (APV) and the Ships, leads a pilot test called “E-Bike Sharing System at the Port of Valencia”.

 

This pilot, which consists of the start-up of a rental service for electric bikes for cruise passengers from the Port of Valencia, opens today with the arrival of the MSC DIVINA cruise. It consists of 10 electric bicycles – brand KYMCO – and an automatic parking where the bikes will be recharged with solar energy. The bicycle parking is located in the vicinity of the passenger terminal of Trasmediterránea and is a new connection between the port and the centre of the city. This service will be available from today and until the end of the pilot’s 5-month duration.

Likewise, within the framework of SUMPORT, the Valenciaport Foundation, in collaboration with the APV, is updating the Sustainable Mobility Plan of the Port of Valencia. One of the first actions that have been carried out has been the realization of a study of “Wayfinding” to improve pedestrian and vehicular signage within the port. As a first result, the APV has installed a totem with a built-in map and 5 directional signs to guide passengers on the itinerary from the Trasmediterránea terminal to the bus stop of the EMT that will direct them both to the centre and to the City of Arts and Sciences.

The SUMPORT project, which is co-financed by the Interreg MED program, has a total budget of almost 2.4 million euros and will end in 2019. The main objective of this project is to improve planning capacities in sustainable mobility in port cities through training activities and exchange of experiences. As a result, the port cities participating in the project (Durres, Limassol, Kotor, Igoumenitsa, Koper and Valencia) will develop or update their own Sustainable Urban Mobility Plans. Likewise, said cities will implement and simulate pilot actions in which they will try different types of measures such as bicycle lanes, shared bicycle systems, carpooling or ICT applications for public transport systems, in the field of sustainable mobility with a concrete impact on the daily life of citizens. The Valencian consortium of the project is formed by the Valenciaport Foundation and Las Naves as partners and the Port Authority of Valencia as a partner

Source: Portseurop

Companies have been increasingly using item-level Radio Frequency IDentification (RFID) to trace and track the goods for inventory control purpose and also and supply chain management. Tagging every single product, not only improves the visibility of goods transport in the entire supply chain processes but also helping to remove common problems like inventory shortages in the supply chain.

Technically, RFID technology finds and tracks the retail products through the transmission of radio waves between an RFID tagged item and an RFID reader. RFID can be deployed in more than five frequency ranges, which are deployed depending on the business problem being solved. RFID will be a key enabling technology used to support the Internet of Things (IoT) in supply chain execution (SCE).

Some RFID applications have been evolved for inventory management purposes but mostly being limited due to implementation cost. However, the RFID and similar sensory technologies are identified as emerging innovations as strong asset management tools, in order to collect information on assets as they move through the supply chain. As an added value, RFID technologies provide the asset location visibility. Different RFID technologies will exist, as each technology has been invented for a specific process.  As an example, manufacturers, shippers, and retailers can leverage passive ultrahigh-frequency (UHF) RFID solutions for better efficiency of cargo transhipment, store inventory counts, replenishment, preventing the loss of goods, and to meet the new customer preferences in order to improve their asset management in terms of cost and time savings.

RFID use varies by segment, with asset management beginning to lead adoption. The growth in processing power and tag memory will provide more applications where RFID is used. However, RFID may not be a substitute to the barcodes or more complex data collection solutions such as GPS, automated identification systems (AISs) used in ocean shipping or the use of Electronic Data Interchange (EDI) messaging on status updates of asset location.

In the transport industry, RFID along with other innovations in Information and Communication Technology (ICT) is being utilized in identifying vehicles locations and containers which use e-seals. The use of RFID e-seal in seaport container terminal is growing notably. For the terminal operators, the activities more influenced by this technology is the access control and the yard management. Figure.1 shows the activities modelled for the access control carried out by the terminal operator, focusing on entry controls only.

The application of RFID in the seaport container terminals has significantly affected the port terminal activities. It has led to great benefits while improving the efficiency of the entire terminal cargo handling activities. Moreover, it allows a better tracking and tracing of the containers both at the terminal and the supply chain level.

The application of RFID in the seaport container terminals has significantly affected the port terminal activities. It has led to great benefits while improving the efficiency of the entire terminal cargo handling activities. Moreover, it allows a better tracking and tracing of the containers both at the terminal and the supply chain level.

 As for the RFID infrastructure, every gate and every spreader has to be provided with RFID readers and antennas in order to identify the containers (See Figure 2).

The utilization of RFID technologies has been providing the ports and their customers with real-time location and status information, automated alerts, and analytics. In general, there are two categories of operational and non-operational benefits, by using RFID technology at port terminals. The operational benefits are related to the reduced costs of inventory Management Labor and equipment, faster and safer container checkouts, the collection of infrastructural data to use in Big Data analytics for system optimization, and enhancement in accuracy of inventory.

The use of RFID technology in a port environment can also lead to several non-operational benefits, as listed below:

  • The decrease in the time of handling activities results in the reduction of both the labour costs and fuel consumption. As a consequent, it leads to an increased productivity and also to a better service level both to customers.
  • Reduction of the time spent by the trucks waiting in the queue at the entrance of the container ports will reduce the air pollution caused by the trucks’ exhaust gas emissions with the relevant decrease of the health costs on the people in the area.
  •  intangible benefits which are easily observed, but difficult to quantify. Some relevant intangible benefits are the automatic identification of the containers, less human errors, container visibility and traceability, enhanced security, the reduction of the illegal trade, and the reduction of the administrative costs.

In spite of all benefits, however, the application of the RFID technologies has faced some challenges. First, the RFID technology, including both software or hardware, is costly in terms of initial capital cost and operational maintenance through the life of the solution. Furthermore, there is a technical limitation in the use of RFID working areas among liquids and metals, as both make it harder to get proper reads on assets. With metal, the problem stems from the radio waves bouncing all over the place. Liquids play havoc with RFID in that it can absorb signals sent from a tag.  There are other challenges coming from the interface of human and RFID technology. One is called the “RFID collision” course where a worker might come across interference from another reader in the field. “Tag collision” is a little different, in that workers with readers face issues in reading an abundance of tags at one time.  It happens when more than one tag reflects a signal, and it confuses the reader.

Good practices of RFID technology application

There are a lot of RFID projects carried out across the container terminal around the world. Circle Srl is an Italy-based consultancy company that conducted two different RFID projects. Circle provides process and management consulting services, innovative technological and digital solutions in ports, maritime and intermodal logistics market.  MILOS is the innovative modular solution developed by Circle for digitalizing, automating and optimizing transport and logistics operations.   MILOS allows logistics terminals, shippers and port authorities to speed up their procedures, enhancing their visibility of goods and reducing transit time along the entire supply chain.

MILOS IoT allows authorized companies and authorities (shippers, Port Authorities, logistics terminals, Customs Administrations, etc.) to access status information of monitored units (such as container, cars, trainers, etc.), matching logistics data with security information, supporting the related changes in business processes and the opportunities for process automation. MILOS IoT has a special focus on the integration of GPS, RFID active and passive technologies (tags and eSeals) into the full logistic chain business processes.

One of the Circle projects is the “B2MOS Project” that uses RFID e-seal in an RO-RO transport from Rades (Tunisia) and Leghorn (Italy) with a Preclearing customs procedure. The pilot involved an international RoRo transport of trailers between the ports using passive eSeals and a Corridor Management Platform was tested for the first time, integrating logistics and Customs aspects.

A wide range of stakeholders in Private sectors such as Port Terminals of Leghorn and Rades, Importers; Exporters; Shipping Company; Shipping Agency; and Freight Forwarders are involved. The Public Institution engaged are Leghorn and Rades Port Authority, Italian Port Captaincy, and Italian Customs Agency. The order of the operative flow is eSeal apposition, association Truck plate & e-Seal number, customs pre-clearing, interoperability framework, check of customs status, and Gate-out/customs control.

The other project of Circle Srl is the ongoing “Italian Car Manufacturer Company Project “. The project involved an international export transport of new vehicles with RFID tags inside, between the production plant and the ports of Salerno and Civitavecchia, to the final destination. A fast export procedure using passive RFID Tags and a Corridor Management Platform was implemented, integrating logistics and Customs aspects.  The operative flow starts with installing of RFID tags inside the production plant, and continues by transportation by truck or rail of new vehicles to the port of departure, then Loading of the transported units on the board of the ship, and finally ends with Automatic Gate-in inside the port area thanks to RFID antennas.

The application of RFID innovation,  as examples of IoT in logistics, in the two above-mentioned projects resulted in not only more security and visibility of goods for both private and public operators but also in reduced transit time and dwell time at the various checking points. Furthermore, it provided the possibility to exploit the benefits of simplified Customs procedure.

Further Perspective

In the future, item-level RFID could play a larger role in the Internet of Things because RFID tags could contain sensors capable of transmitting operational, location and situational data that could help improve manufacturing and supply chain operations.  Governments should encourage research and analysis on the economic and social impacts of the use of RFID in conjunction with other technologies and systems. Because of continuous technical innovation and its impact on the economy and society, monitoring developments and detecting trends early are essential to identify new opportunities to be seized, new challenges to be addressed, and to adjust policies. Potential developments of RFID   to be monitored include their combination with sensor-based systems, their cross-border use, the convergence of these technologies on the Internet, and their potential pervasiveness.

Author:  R.Karimpour

by & filed under Port infrastructure.

Port equipment manufacturer Liebherr has developed a new low-voltage frequency converter system which promises significant reduction in energy consumption and emissions.

Liduro Marine LCU 300 has been developed for vessels with a drive power of up to 5,000 kW allowing for variable-speed and stepless electric drive to achieve higher manoeuvrability in ports. It can also be used for in winches and drives on maritime cranes.

Reduced energy

Electrification is playing an increasing essential role for the reduction of energy consumption in maritime applications.

One advantage of an electric drive is higher manoeuvrability, particularly for docking manoeuvres in ports.

The new LCU 300 series. The high-efficiency, liquid2 cooled modules feature a remarkable performance due to their extraordinary power density of up to 13.5 MW/ m³ and an extensive power range from 110 kW to 2,000 kW in just two sizes.

The power modules can be configured as drive or regeneration units. They can be used in parallel operation with a common DC voltage bus for high total output, or for a partially-redundant system design.

Another considerable benefit of this system design is the high flexibility with which individual drive solutions can be realised even in compact installation spaces. This offers a wide range of possibilities for integration and layout within a control room or distribution station.

Liebherr energy storage systems, motors and generators can be simply connected to frequency converter cabinets, thereby increasing system efficiency.

Source: Maritimejournale

by & filed under Port-city relations.
PortEconomics member Michael Dooms presented the results of a survey conducted along with Bruno Moeremans (Vrije University Brussels) during the 16th World Conference of AIVP held on 11-14 June 2018 in Quebec, Canada.
Measuring the social license to operate for ports
With his presentation, Michael discussed the following issues:
a. Challenges of port managing bodies in terms of SDGs:
  • Stakeholder inclusion (needs to move from ad-hoc involvement to continuous inclusion)
  • Integrated planning (from node-based to supply chain): an efficient supply chain will be a green supply chain!
  • Adaptability and flexibility of asset utilization (shortening economic cycles, circular economy…)
b. Strategies / policies / investments
  • Smart & digital : develop and invest in transparent performance indicators (joint performance management cfr. PORTOPIA project), innovation challenges, hackathon
  • Sustainability reporting: make compulsory (cfr. legislation in some countries)
  • Review of the current business model of port development (from tonnes to investment)
c. Processes / actions
  • Develop toolkit for sustainability reporting (cfr. IAPH/PIANC WG 174; WPSP initiative)
  • Set-up joint research and innovation projects (g’ment, industry, applied academics) –develop joint business models to better understand port and stakeholder dynamics
  • Develop social license to operate the measurement

To download Michael’s presentation & see the results of the survey follow the link.

Source: PortEconomics