Allgemeine Informationen

IMO:
9475612
MMSI:
538003993
Rufzeichen:
V7UP3
Breite:
44.0 m
Länge:
302.0 m
DWT:
Gross Tonnage:
TEU:
Liquid Capacity:
Baujahr:
Klasse:
AIS Typ:
Cargo Ship
Ship type:
Flagge:
Marshall Islands
Hersteller:
Eigner:
Operator:
Versicherer:

Kurs/Position

Position:
AIS Status :
Moving
Kurs:
290.1° / 0.0
Kompasskurs:
289.0° / 0.0
Geschwindigkeit:
Max. Geschwindigkeit:
Status:
moving
Gebiet:
NORTH PACIFIC OCEAN
Zuletzt empfangen::
2024-12-10
vor 14 Tagen
 
Source:
T-AIS
Von:
Zielort:
ETA:
Summer draft:
Current draft:
Letztes Update:
vor 14 Tagen 
Source:
T-AIS
Berechnete ETA:

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Die letzten Häfen

Port
Arrival
Departure
Duration
2024-12-02
2024-12-03
17h 24m
2024-11-29
2024-11-30
3h 21m
2024-11-29
2024-11-29
11h 30m
2024-11-29
2024-11-29
1h 50m
2024-11-23
2024-11-24
18h 49m
2024-11-18
2024-11-21
2d 17h 19m
2024-11-14
2024-11-14
2h 4m
2024-11-14
2024-11-14
4h 53m
2024-11-14
2024-11-14
3h 29m
2024-10-21
2024-10-22
1d 5h 46m
Hinweis: Alle Zeiten in UTC

Die letzten Wegpunkte

Waypoints
Time
Direction
Balboa Approach
2024-12-03
Ankommen
Puente de las Americas
2024-11-30
Ankommen
Cololi Locks
2024-11-29
Ankommen
Colon Approach
2024-11-29
Ankommen
Colon Approach
2024-11-14
Abfahren
Cololi Locks
2024-11-14
Abfahren
Puente de las Americas
2024-11-14
Abfahren
Hinweis: Alle Zeiten in UTC

Die neuesten Nachrichten

MOL Testing New Containership ‘Windshield’ aboard MOL Marvel

Fri Sep 04 12:54:37 CEST 2015 arnekiel

Mitsui O.S.K. Lines (MOL) has started testing a new containership ‘windshield’ technology that it hopes will help cut wind resistance, leading to fuel savings and reduced CO2 emissions. The new windshield was installed on the bow of the MOL-operated containership MOL MARVEL and a demonstration test of its effectiveness in reducing CO2 emissions is under way. MOL jointly developed the technology with industry partners including MOL Techno-Trade, Ouchi Ocean Consultant, Akishima Laboratory (Mitsui Zosen) Inc., and the University of Tokyo. The project was backed by ClassNK’s “Joint R&D for Industry Program”, which is aimed at promoting wide-ranging research and development in cooperation with industry, government and academia. “With today’s larger containerships, the height of the containers loaded on their decks has increased, subjecting the vessels to greater wind resistance,” MOL said in a statement. “MOL recognized the need to address this issue in a cost-effective way.” Development of the new device began with an examination of the bow’s aerodynamics through wind tunnel testing, leading to a horseshoe-shaped design that encloses the front line of the stacked containers to maximize the wind resistance-reducing effect. The new windshield has enough strength to meet the ClassNK rules concerning wave impact pressure and, by obliquely setting the containers placed along the sides of the vessel behind the windshield, the sides of the vessel will be more streamlined, leading to even greater reduction of wind resistance.

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