CMA CGM MISSOURI 300m Container Ship grounded in Suez Canal

Efforts to free the giant container ship are continuing after the 400m-long vessel became stuck in the Suez canal. Local authorities attempted to dislodge the 220,000 ton vessel from the banks of the canal using tug boats, but the megaship remains stuck more than one day after it ran aground.

Container ship CMA CGM MISSOURI ran aground in Suez Canal while transiting in southern direction, at around 0930 UTC Oct 14. As of 1745 UTC, probably refloated or moved, several Suez Canal tugs attending. Traffic probably suspended, but it’s not confirmed. No information on what caused grounding.
Container ship CMA CGM MISSOURI, IMO 9679919, dwt 115600, capacity 9448 TEU, built 2016, flag Liberia.
Thanks to Marine Traffic and Nolan Dragon.

On Mar 23, 2021, at around 0500 UTC, Ultra Large Container Vessel EVER GIVEN ran aground in the Suez Canal north of Suez. The incident caused a blockage of the Suez Canal, extensive vessel traffic jams, and disruptions in the maritime supply chain. Watch a 3D video simulation of the last 90 minutes of her journey before the accident happened. The video is based on AIS vessel position data received by FleetMon.
FleetMon is one of the world’s leading AIS vessel tracking providers offering...

The CMA CGM JACQUES SAADE, our new flagship, is the first of a series of nine sister ships, a homogeneous LNG-powered fleet.
An innovation-packed feat, a pioneering choice that aims at preserving air quality.
The result of 7 years of research and development.
More than a flagship, a vision.

Technology group Wärtsilä will supply its latest simulator technology for a new maritime training centre in Finland.

PTR Holland Group partners with RightShip to elevate pilot transfer safety through the Zero Harm Innovation Partners Program.

In this issue:
- Feauture Article - Performance Standards for Marine Simulation
- Presidents Report
- The Changes in Piloting over 18 years
- Facts & Furphies about Portable Pilot Units

A study of increasing competition in ports and the underlying pressure to improve port performance. This thesis is the final deliverable for the completion of the degree of Master of Science in Transport, Infrastructure and Logistics (TIL) at the faculty of Civil Engineering and Geo-sciences at the Delft University of Technology.