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Automated Terminals on the Pacific Rim PPCAC Los Angeles Feb 22, 2012 Mark Sisson, PE

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Page 1: Sisson Ppcac Ms0

Automated Terminals on the Pacific RimPPCAC

Los Angeles Feb 22, 2012Mark Sisson, PE

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Overview

• Review of characteristics of terminals in Asia vs. US West Coast

• Asian Automation Examples• US automation plans• How to decide the best plan for a particular terminal

Page 2

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Characteristics of Asian Terminals

• Expensive land encourages high density operations• Moderate/high levels of transhipment, either barge or

mainline• Low level of rail• Relatively low labor cost • Relatively low concern over environmental impact

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Asian Terminals Have Historically used Aggressive Conventional Means to Achieve Industry Leading Statistics

• Tall RTGs and empty handlers• 24/7 operations• Mid-harbor barge/ship work• Multi-pick spreaders• Off-terminal container depots• High number of cranes per vessel

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Port of Singapore

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TEU per Hectare (1 Ha = 2.47 acres)

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-

10

20

30

40

50

60

70

80

90

Shan

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apor

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ong

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am

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burg

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les,

CA

Tanj

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pas

Long

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ch, C

A

Vanc

ouve

r

2010

TEU

/Ha

in T

hous

ands

* Includes 6M TEUs performed midstreams and at other wharves not included in total container terminal area

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Lifts per Meter of Berth

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0

500

1,000

1,500

2,000

2,500

3,000

3,500

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Containers Being Handled without a Berth or Container Yard!

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Ten Cranes on One Ship in China!

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Asian Innovation and Automation

• Historically density driven: very tall RMGs or Bridge cranes• Recently aided by advanced in crane control and sensors• High fuel cost is driving switch to electric yard cranes• Medium/low labor cost has kept horizontal transport

manual

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Example Automated Terminals in Asia

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Tokyo

Pusan

Kaohsiung

Singapore

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Pusan Newport, Korea

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Evergreen Kaohsiung, Taiwan

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Truck Positioning Guide on RMG in Pusan

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1-over-8 Bridge Cranes in Singapore

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Bridge Crane Operating Room

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Stacking frame for Reefers in Japan w Solar Panels on Roof Oct 2011 World Cargo News

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Characteristics of US West Coast Terminals

• Expensive labor encourages low density operations• Historic abundance of land

– Ocean fill– Conversion of breakbulk or military terminals

• Very little transhipment• High level of rail• Relatively low concern over environmental impact prior to

early 2000s• High current level of environmental concern• Powerful unions have delayed implementation of

automation

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APMT Pier 400 Los Angeles

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USWC Automation Issues

• Mix of greenfield and retrofit projects• Phasing is important• Ultra high density is not necessarily critical• High labor costs make end-loaded systems appealing

because horizontal transport can be automated

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AMPT Norfolk Landside Operation

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APMT Norfolk WharfManned shuttles are used for transport

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Euromax Rotterdam

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AGVs

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TraPac Los Angeles Layout

ASCs either parallel or perpendicular to wharf2 ASCs per row

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Terminal Planning and Analysis Goals

• Match berth and backland capacity and landside transfer capacity

• Understand equipment cost vs. productivity• Compare overall costs of options considered• Compare emissions and other environmental impacts of

options considered • Communicate planning process to decision makers via

drawings and simulation animations

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Thank You

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Contact Information

• Mark Sisson, PEAECOM2101 Webster Suite 1900Oakland CA, 94612Phone: 510-844-0549Email: [email protected] www.aecom.com

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