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Container Terminal Efficiency

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Running head: CONTAINER TERMINAL EFFICIENCY

Container Terminal Efficiency
Joshua K. Hodgin
American Military University

CONTAINER TERMINAL EFFICIENCY With a projected 186% [ (The Agile Port Efficient Marine Terminal) ] increase of containers moved through ports by 2025, terminals are forced to relook at how efficient cargo is being handled. Even though there are required methods by law, container terminals can be more efficient by more effective inspection processes and container handling improvements. Container terminals of today consist of robust equipment and processes that enables cargo to be transported throughout the world. Using intermodal transportation practices, the terminals very effectively transfer cargo between three different modes of transportation; ship, train, truck. The question now what improvements are being made to make processes more efficient and effective while staying in line with current laws? We will explore different innovations of terminal processes, future designs of transportation equipment and enhanced cargo inspection processes. Container terminals have the responsibility to move cargo as quickly and efficiency as possible and the Agile Port System is helping ports do just that.
Innovations of Terminal Processes “An Agile Port is a marine terminal or system of terminals capable of accommodating varying cargo quantities and types while minimizing operation interruptions within the terminal” (US Department of Transportation Maritime Administration). The concept is to shift storage facilities from the ocean harbors to inland facilities. These ports have the flexibility of handling commercial throughput capacity and infrastructure for military loading operations. The Agile Port System incorporates immediate transfer of containers between the Efficient Maritime Terminal (EMT) and Intermodal Interface Center (IIC), discussed later in this essay, to handle as many containers as possible between vessels. The system uses trains to transport containers immediately between EMT and IIC which greatly reduces the dwell time of containers at the terminal to 1.5 to 2 days [ (The Agile Port Efficient Marine Terminal) ]. In addition, an Agile Port can accommodate a variety of vessel types such as container, breakbulk, roll on-roll off or high speed sealift. As stated before, the Agile Port System is designed to transfer containers between the EMT and IIC. Allow me to explain the EMT.

“The EMT as proposed by the US consortium operates like a conventional marine terminal, but features a rail interface instead of a conventional yard” [ (Elgar, 2008) ]. Vessels at the EMT are unloaded much like they are in conventional ports, but the containers are then loaded directly on trains in the yard. There will buffer space provided, but most would leave the terminal directly. The idea behind the EMT is to load and unload vessels in a reduced area of land. Another notable feature is the use of yard transfer vehicles is not required, saving a bundle of machinery and labor that usually comes with high costs. Once the containers leave the EMT, they are transported to the IIC located at various points outside the terminal. The IIC is like a conventional rail terminal, performing train to truck transfers or rail transshipments. Additionally, the IIC features “a combination of semi-automated cantilevered rail-mounted gantry cranes and again a box mover as it is to be used in the EMT” [ (Elgar, 2008) ]. A huge advantage of this concept is that it eliminates shunting, increasing the handling speed remarkably. Utilizing both EMT and IIC concepts will greatly reduce the need for additional real-estate, machinery and labor; however, there is still a demand for improved equipment.
Future Designs of Transportation Equipment
Container terminals use a vast amount of equipment to transport cargo between the different modes of transportation. There are two pieces of equipment that container terminals use and are particular to the Agile Port System that I would like to discuss; ship-to-shore cranes and cantilevered rail-mounted gantry cranes (RMG). Ship-to-shore cranes have seen many developments through over the years, the latest being the “Super-Post Panamax”, designed for vessels 22 containers wide. The cranes have “twin pick” capabilities (lifting two 20 foot containers simultaneously) and a lifting range of up to 126 feet above the piers (Port of Americas, Puerto Rico, 2010). The Super-Post Panamax is the largest operating crane today, but there are talks of new designs for cranes that can handle vessels 23 and 24 containers wide. RMGs have been used in many different configurations and are very versatile how they operate. The Agile Port configuration calls for RMGs to operate under the portal of the ship-to-shore cranes, overseeing maybe 4 rail lines and a three-lane wide box mover. One of the duties of the RMG while serving a vessel is to transfer containers rail cars. This allows the containers to be shuffled and set aside to ensure that are in the sequence order without interrupting the ship-to-shore import-export cycle saving both time and space. Combining new cranes with RMGs as a part of the Agile Port System enables the containers to be immediately placed on rails cars which eliminate port-side container storage areas. It also drastically reduces machinery and laborers required to service vessels and transport the containers both importing and exporting. Speaking of importing and exporting, allow me to explain the innovations made on the different modes of transportation that greatly enhances container terminals capabilities.

The way of the future for the ship mode of transportation is the Maersk's Triple-E ships. “Four-hundred meters long, 59 meters wide and 73 meters high, the Triple-E is the largest vessel of any type on the water today. Its 18,000 TEU (twenty-foot container) capacity is 16 percent greater (2,500 containers) than today’s largest container vessel, Emma Maersk” [ (Maersk's Line, 2011) ]. With the amount of containers coming off the new vessels is a cause for concern with sorting the containers along the trains. This brought about the Linear Motor-Based Transfer Technology (LMTT) that classifies as an innovation for the rail mode of transportation. The LMTT consists of a system of tracks running parallel and at right angles to one another with shuttle cars running lengthwise and crosswise. “The shuttle cars move at 3 m/s with an acceleration of 0.3 m/s2 and can be positioned with an accuracy of +/- 3 mm” (Elgar, 2008). This technology ensures the cargo is sorted properly in the most rapid way possible. With cargo moving through the terminal so quickly leaves a lot of room for smuggling illegal items.
Cargo Inspection Processes
Developments in technology and the demand for enhanced ability to see inside of containers without opening them has brought upon cargo scanning or non-intrusive inspections (NII). In the U.S. the Department of Homeland Security heads these inspections. There are two different technologies that allow the completion of NIIs. One is Gamma-ray Radiography system, which is capable of scanning trucks, is made up of a radioactive source and a vertical tower of gamma detectors. The horizontal image is produced by moving either the truck of scanning hardware. These scanners can penetrate up to 15-18 cm of steel (Cargo Scanning). The images the system provides are good quality and used to validate the manifest. It also can identify areas to thick to penetrate, which would raise concerns of smuggling. The other technology is X-ray radiography which is similar to the Gamma-ray but uses a high-energy Bremsstrahlung spectrum created by a linear particle accelerator. These X-ray systems can “penetrate up to 30-40 cm of steel in vehicles moving with velocities up to 13 km/h” [ (Cargo Scanning) ]. They are able to penetrate more than double the thickness or Gramma-ray but also cost more to buy and operate. Using both types of scanners reduce the time it takes to perform inspections and the manpower required while overall enhancing national security. Cargo scanners are another innovation bringing container terminals more efficient ways to do business.

The constant struggle for land and ever increasing demand for cargo movement has called for innovations in efficiencies. Even though there are required methods by law, container terminals can be more efficient by more effective inspection processes and container handling improvements. The Agile Port System has already demonstrated multiple advantages to meet the challenges faced by older ports with limited real-estate. With plans in place to incorporate EMT and IIC processes, ports will soon take advantage of reduced transport machinery to maintain as well as labor costs. The Super-post Panamax, integrated RMGs, and LMTT will be able to load and unload cargo vessels at a more rapid pace and will soon grow to handle the Maersk's Triple-E ships. Cargo scanners, both Gamma and X-ray, will ensure all containers are inspected without slowing the process down. As the demand grows for transporting cargo, the better we get in moving it.

References

(n.d.). Retrieved February 05, 2012, from The Agile Port Efficient Marine Terminal: http://aapa.files.cms-plus.com/SeminarPresentations/07_OPSAFIT_Beckett_Jeanne.pdf

Cargo Scanning. (n.d.). Retrieved February 26, 2012, from Wikipedia: http://en.wikipedia.org/wiki/Cargo_scanning

Elgar, E. (2008). The Future of Intermodal Freight Transport. Northampton: Edwrd Elgar Publishing, Inc.

Hilmola, O.-P., & Szekely, B. (2006). DEREGULATION OF RAILROADS AND FUTURE. Retrieved January 22, 2012, from Kouvola: http://www.kouvola.lut.fi/files/download/Tutkimusraportti169_OP_B.pdf Maersk's Line. (2011, June 11). Retrieved February 26, 2012, from Making Waves: http://www.worldslargestship.com/ Muller, G. (n.d.). Intermodal Freight Transportation. Government Regulation and Deregulation , p. 46.

Port of Americas, Puerto Rico. (2010). Retrieved February 26, 2012, from About The Project: http://www.portoftheamericas.com/about.project/overview.htm

Slack, D. B. (n.d.). THE GEOGRAPHY OF TRANSPORT SYSTEMS. Retrieved January 22, 2012, from http://people.hofstra.edu/geotrans/eng/ch9en/appl9en/ch9a1en.html

US Department of Transportation Maritime Administration. (n.d.). Retrieved February 5, 2012, from Agile Port Systems:
http://www.marad.dot.gov/ports_landing_page/infra_dev_congestion_mitigation/intermodal_transport_networks/intermod_trans_net_agile_port/agile_port.htm

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