The Wagenborg fleet of the future
Shipping

The Wagenborg fleet of the future

How can we make sure that our fleet continues to meet the needs of our clients in times of sustainability demands? That is the central issue for the Wagenborg fleet strategy. In conversation with Theo Klimp, fleet director of Wagenborg Shipping.

“Over the past 125 years, Wagenborg has always been at the forefront of fleet innovations. That is in the family genes, a clear vision of where we want to be as Wagenborg ”, is how fleet director Theo Klimp kicks off the conversation. “That led to the construction of the Oranjeborg and Kroonborg in the 1950s, with an unparalleled cargo capacity for that time, and the construction of our first EasyMax ‘Egbert Wagenborg’ in 2017, an award-winning vessel that others are still trying to copy. They are choices that have taken us to where we are today: an important player in general cargo. We now have all the knowledge, expertise and ideas that are in the heads of our people embedded in a fleet plan.”

The existing Wagenborg fleet is characterised by largely ice-strengthened tonnage in a number of tonnage segments.
The existing Wagenborg fleet is characterised by largely ice-strengthened tonnage in a number of tonnage segments.

Standardisation

What does the fleet of the future look like? “I can't spill all the beans”, smiles Klimp. “But we need more standardisation for starters. We now have around 160 dry-cargo vessels in our fleet, spread across 46 types. That is not practical for planning, which needs to take account of the different tonnages and dimensions of the vessels. And it's far from ideal for the crew and the colleagues of technical maintenance. They need to familiarise themselves with a different vessel every time. Based on client needs, we have determined a number of types of different tonnages that we want to operate in the future.” The vessels will be characterised by the familiar Wagenborg principles, such as right-angled holds with a large hold content, a minimum engine capacity to reduce emission, ice class 1A, and dimensions in line with our sailing area.

"Based on client needs, we have determined a number of types of different tonnages that we want to operate in the future."

Time

“This won't happen from one day to the next”, emphasises Klimp. “We invested in our vessels on time. As a result, our fleet already complies with the standards and requirements of the future. That is proven by the CII, a kind of energy label for vessels. With an average of 16 years, our vessels are relatively young too. Our angle is to have the vessels sailing until they are 30 at least. We invest in that. Every five years we carry out a major overhaul and that goes beyond returning a vessel to good condition. We carry out technical updates, so that our vessels are modern and remain reliable. It all means we have time.”

 

That time comes in handy right now whilst there is so much uncertainty about the fuel of the future. “That is the biggest challenge we are faced with. We want to do more than just limit CO2 emissions, we are looking at the emission of other harmful substances across the entire cycle, it needs to be safe, available in our sailing areas, and energy density is an important criterion too. There are plenty of ideas, lots of testing is going on, but the solution hasn't been found yet. If we'd start building now, we are certain to have to convert in a few years’ time. That's why we are opting to build one EasyMax per year for the time being. The EasyMax design has room in the aft for modifications. We did the same with ballast water before. By setting aside room in advance, you create options for building in and conversions. And by continuing to build, we do have the opportunity to test things out and to innovate. When the time is ripe, we’ll scale up.”

"If we'd start building now, we are certain to have to convert in a few years time."

Efficiency

That doesn't mean that Wagenborg is complacent about sustainability. “We have reduced our relative CO2 emissions compared to 2008 by 26% already and with efficiency improvements in behaviour and technology, for example with smart investments that facilitate more economical sailing, and with just-in-time agreements with our clients so that we can adjust our sailing speeds accordingly. It is possible to achieve much more in those areas. I’ll hazard a guess that with fuel efficiency, mixing in biofuel and other savings methods, we will achieve our target of 40% CO2 reduction in 2030.”

Wagenborg fleet development overview

The second vessel of Egbert Wagenborg is commissioned as ‘Liberté’
The second vessel of Egbert Wagenborg is commissioned as ‘Liberté’
The first motor vessel "Fivel" is purchased in 1927.
The first motor vessel "Fivel" is purchased in 1927.
In 1954, the ‘Kroonborg’ is the largest coastal vessel in the Netherlands with 1,025 tonnes.
In 1954, the ‘Kroonborg’ is the largest coastal vessel in the Netherlands with 1,025 tonnes.
At the end of the 1950s, work takes place on the first long-haul vessel for Wagenborg: the ‘Balticborg’
At the end of the 1950s, work takes place on the first long-haul vessel for Wagenborg: the ‘Balticborg’
In 1959, the construction of six 500-tonne vessels started and of a second long-haul vessel, the "Bothniaborg".
In 1959, the construction of six 500-tonne vessels started and of a second long-haul vessel, the "Bothniaborg".
In the 1960s, the Wagenborg fleet is expanded further with the ‘Lingeborg’, ‘Berkelborg’, ‘Bothniaborg’, ‘Schieborg’, ‘Delfborg’, ‘Hunzeborg’ and ‘Vechtborg’ that take the number of vessels to 24.
In the 1960s, the Wagenborg fleet is expanded further with the ‘Lingeborg’, ‘Berkelborg’, ‘Bothniaborg’, ‘Schieborg’, ‘Delfborg’, ‘Hunzeborg’ and ‘Vechtborg’ that take the number of vessels to 24.
In 1966, a start is made with lowering the age of the fleet. The vessel "Egbert Wagenborg" is sold off, and the sister ships "Geulborg" and "Roerborg" are ordered.
In 1966, a start is made with lowering the age of the fleet. The vessel "Egbert Wagenborg" is sold off, and the sister ships "Geulborg" and "Roerborg" are ordered.
In 1968, the timber package trade makes its entry. Existing vessels are modified for the new loading method, such as ‘Markborg’, ‘Oranjeborg’, ‘Prinsenborg’ and ‘Nassauborg’.
In 1968, the timber package trade makes its entry. Existing vessels are modified for the new loading method, such as ‘Markborg’, ‘Oranjeborg’, ‘Prinsenborg’ and ‘Nassauborg’.
The first vessel in a new generation of wood vessels with right-angled holds comes in 1970 as ‘Scheldeborg’.
The first vessel in a new generation of wood vessels with right-angled holds comes in 1970 as ‘Scheldeborg’.
Shipyard Ferus Smit studies the need for certain vessel types. Series construction starts in 1983. Up to the end of 1985, nine 1500 tonne-vessels are built, and in 1986 three 1300-tonne vessels are added.
Shipyard Ferus Smit studies the need for certain vessel types. Series construction starts in 1983. Up to the end of 1985, nine 1500 tonne-vessels are built, and in 1986 three 1300-tonne vessels are added.
With a view to extending the shipping branch, a sizeable new-build programme is launched in 1990, consisting of four vessels of around 3000 DWT with the highest Finnish ice class and suitable for transporting voluminous goods. The vessels are given the names "Flinterborg", "Balticborg", "Eemsborg" and "Bothniaborg".
With a view to extending the shipping branch, a sizeable new-build programme is launched in 1990, consisting of four vessels of around 3000 DWT with the highest Finnish ice class and suitable for transporting voluminous goods. The vessels are given the names "Flinterborg", "Balticborg", "Eemsborg" and "Bothniaborg".
Between 1992 and 1996, shipyard Scheepswerf Bijlsma delivers 17 Bijlsma traders of 2,200 to 2,500 tonnes to Wagenborg and affiliated private shipping companies.
Between 1992 and 1996, shipyard Scheepswerf Bijlsma delivers 17 Bijlsma traders of 2,200 to 2,500 tonnes to Wagenborg and affiliated private shipping companies.
In the period between 2006 and 2013, 25 vessels are built in China, all with ice class 1A and equipped with deck cranes.
In the period between 2006 and 2013, 25 vessels are built in China, all with ice class 1A and equipped with deck cranes.
In 2013, the ‘Reestborg’ with a cargo capacity of 23,000 tonnes is launched as the largest Wagenborg.
In 2013, the ‘Reestborg’ with a cargo capacity of 23,000 tonnes is launched as the largest Wagenborg.
In 2017, the Easymax is introduced as the most efficient vessel of the Wagenborg fleet. This is underlined by the KVNR Shipping Award.
In 2017, the Easymax is introduced as the most efficient vessel of the Wagenborg fleet. This is underlined by the KVNR Shipping Award.

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