Article

Is the 26,000 TEU container vessel coming now?


by Frank Diegel - published on 12 January 2020 10358 -

Graphic by Jan Tiedemann, Alphaliner

Comment by Frank Diegel:
The last month Jan Tiedemann from Alphaliner (BRS) in Hamburg has reported, that DNV GL has awarded Hudong Zhonghua Shipbuilding (group) Co., Ltd. an approval in principle for the design of an LNG-powered 25,000 TEU container vessel. Based upon the reported vessel dimensions, he reckons that the ship could actually have a capacity closer to 26,000 TEU. Have a look at his rough calculation and his graphic.
Container ships grow with each new order and there seems to be no upper limit, although there are more and more critical voices concerning this development. Every quarter the shipping companies outbid each other with new records in the size of their ships, their cargo capacities and the volume of containers transported. It is easy to lose track of who is the current leader in a particular discipline.

The pressure on shipping companies to cut costs pushes this development
The main reason for the growth of ships is economic pressure: fuel costs and fierce competition between shipping companies give an advantage to those who are able to transport containers at the lowest cost with the largest ship.
The world's largest container ships are currently over 400 metres long and can carry well over 20,000 TEU. And more and more giants are being added. Especially on the intercontinental trade routes between Europe and East Asia, the use of ever larger ships is profitable due to the large cargo volumes.

But where will this lead us in shipping? Where will this development end?
Fact is, that there will be a shift in transport costs from sea to land. The shipping companies are saving costs by operating ever larger ships, while on land more and more investment must be made to server infrastructure. These are among others:
- Lower access routes and berths for ships
- Larger cranes
- Larger intermediate storage areas
- Larger transport capacities to the hinterland by truck, train or inland waterway vessel

Some ports have already introduced a size limit for ships because they are no longer wanting to take part in this rat race. In addition to exploding investment in land-based infrastructure to cope with the ever-growing number of containers per ship during a port call, environmental and port safety aspects are also playing an increasingly important role.

Impact on Maritime Pilots
The handling of the ship giants is becoming more and more difficult with masses over 200,000 tons. The area exposed to the wind and the ever-increasing draught of the ships with ever-increasing dimensions make safe manoeuvring in existing harbours and their access routes riskier.

Effects on port operators
The port operators have the investments described above because the existing - often still very modern - infrastructure can no longer cope with the size of the new ships. The punctual strain on ports is increasing, as a single ship moves an ever-larger volume of containers per port call, which must also be managed in the short time span in the port.

Effects on vessel insurers
The cost risk of a single ship accident rises. The complete loss of ship and cargo alone, without taking into account consequential damage to the environment, an infrastructure, an accident partner or liability for consequential damage in the logistics chain, can cause losses in the high 3-digit million-dollar range. Under certain circumstances, the limit of 1 billion dollars in damage can be exceeded. This does not make insurers feel comfortable.

Conclusion and discussion
Personally, I am taking a critical view of future ship sizes, especially regarding the rising costs at land and the growing safety risk. But this might be only a conservative view of a European with the existing infrastructure here and the growing environmental awareness of the European population.

Many thanks to Jan Tiedemann for the impulse and the great graphics to this article. I did not illuminate all the stakeholders: How do shipbuilders or tug captains see it, for example?

I like to receive numerous comments and opinions from various stakeholders on the increasing ship sizes and the associated changes for shipping.

Frank Diegel, CEO Marine-Pilots.com
Maritime software and hardware development, digitalisation
What's your opinion on this?
Login or register to write comments and join the discussion!
Read more...

Article "The 20,000 TEU Club" - The fleet of the largest container vessels.

by Frank Diegel - published on 24 June 2020

The fleets of container vessels storing more than 20,000 TEU is growing. Today the 20,000 TEU Club includes 69 vessels with a total capacity of 1,495,798 TEU.

0

Article HMM Algeciras - The world's largest Containervessel (24,000 TEU) today

by Marine-Pilots.com - published on 29 April 2020

A Korean shipbuilder built the world's largest container ship. The shipowner is HMM, Korea's only ocean shipping company. This giant vessel is expected to provide a much needed momentum for the Korean shipbuilding and shipping industries struggling from the COVID-19 pandemic.

0

Video HMM Algeciras - The world largest Containervessel (24,000 TEU) today

published on 29 April 2020

A Korean shipbuilder built the world's largest container ship. The shipowner is HMM, Korea's only ocean shipping company. This giant vessel is expected to provide a much needed momentum for the Korean shipbuilding and shipping industries struggling from the COVID-19 pandemic.

0

Video The Basics of Ship Handling

published on 17 June 2021

Join our Exclusive Community over on Patreon: https://www.patreon.com/CasualNavigation In this video we take a look at the basics of ship handling, illustrating how a cruise ship can manoeuvre in a tight space. ---------------JOIN OUR COMMUNITY---------------- We have launched a new community of maritime enthusiasts over on Patreon. ★ https://www.patreon.com/CasualNavigation When you join, you will become part of an Exclusive Community, gain Early Access to our YouTube videos*, receive...

0

Article Maritime Pilots’ Risky Operational Behavior Analysis Based on Structural Equation Model

published on 12 October 2022

In this paper, a maritime pilots’ risky behaviour related factors questionnaire is designed to identify and quantify the factors of maritime pilots’ risky operational behaviour.

4

Video “Harbor Pilot” 1960s Los Angeles Harbor Freighters & Ships Education Film

published on 25 June 2020

Harbor Pilot is a short film from 1967 that gives viewers a brief look at what a harbor pilot is and does. The film opens with footage of a sailboat sailing at sea, followed by a shot of a rocky coastline (01:10) and then an aerial view of a modern harbor — the Port of Los Angeles. A large freight ship, SS Gemstone, is out at sea. A harbor pilot stands on land at the Port of Los Angeles, looking out over the harbor. He walks into the pilot station at the entrance to the harbor to check the...

0

Article Dutch Safety Board: Stricter instructions for transfer of pilots

by Marine-Pilots.com - published on 12 August 2024

The transfer of pilots to and from seagoing vessels should not rely solely on mutual trust and good intentions.

1

Video Pilots of the Veneto Estuary Port / Venezia

published on 18 February 2021

Found on YouTube. Created by "FEDERAZIONE ITALIANA PILOTI DEI PORTI". Originally pubished on 2021-02-18.

1

Video Operation of POD Ships - Discussion on Efficiency comparing Conventional and IN-OUT POD strategy

published on 8 June 2022

In this movie the efficiency of two different pod operation strategies is compared: With azimuth propeller ships the Pods can be used in two ways to control the speed, e.g. for speed reduction: 1. by adjusting the engine orders, e.g. by reducing the RPMs to get lower speed - this means to drive the ship in the same conventional way as for twin screw vessels, 2. by turning both pods either in- or outward (TOE-IN or TOE-OUT) to reduce the forward thrust and therefore reducing the speed – the...

0

Video Ship Bridge VR Simulator

published on 6 July 2021

A look into the future of the ship's bridge with new technologies.

1