Table 3 Container-management facilities in the container terminals.
From: Evaluation of CO2 emissions and energy use with different container terminal layouts
Terminal characteristics | Container terminal A | Container terminal B |
|---|---|---|
Layout types | Parallel layout | Perpendicular layout |
Throughput | 1,596,140 TEUS/year | 637,733 TEUS/year |
Berth data | ||
Length (m) | 1640 | 950 |
Width (m) | 26.5–34.9 | 30–50 |
Depth (m) | 12–16 | 13–14 |
Container yard | ||
Area | 455,000 m2 | 252,000 m2 |
Number of equipment | ||
Container crane | 16 | 10 |
Rubber-tired gantry crane | 63 | – |
Automatic stacking crane | – | 20 |
Head truck | 103 | 50 |
Reach stacker | 4 | 4 |
Side loader | 6 | 3 |
Straddle carrier | – | 5 |
Specific characteristics | The terminal uses fossil fuel as an energy source for the rubber-tired gantry crane | The terminal uses electric power as an energy source for the automatic stacking crane |
Satellite imagery |
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Retrieved from Map Yahoo Japan on 23rd October 202047 | Retrieved from Map Yahoo Japan on 23rd October 202048 | |
