Up to €1.5m per year: understanding the implications of EU ETS

The European Union (EU) has proposed an Emissions Trading Scheme (ETS) including maritime emissions. The hope is to reduce maritime pollution from greenhouse gas emissions by forcing emitters to buy emission certificates. The current cost of the certificates is about 90 Euros; futures can be tracked here. The first monitoring year will be 2024, and will cover:

  • all emissions from vessels above 5000 GT calling at EU ports for voyages within the EU
  • 50% of emissions from voyages that start or end outside the EU
  • all emissions when berthed at an EU location.

The rules will apply to smaller vessels in the following years. The basis for the requirement will be an EU Monitor, Report and Verify (MRV) analysis.

The emissions certificates are going to make ocean shipping more expensive. That’s exactly what is intended. The idea is to internalize the cost of pollution rather than have it be a factor exogenous (in economic terms) to the negotiated rates for shipping. Essentially shippers and carriers will no longer be able to ignore their emissions; they will need to pay enough to cover the cost of the certificates, or use clean ships.

Some carriers have already announced plans to pass the charges through to the shippers. Whatever happens, the emissions cost, measured by the certificate value, will be added to the cost of the product. This should influence shipping markets to reduce emissions. It’s an important stem, and one virtually all economists support.

One can argue whether the price is fair, or enough to completely cover the cost. And one can argue that passing through the cost to shippers stokes inflation. And there’s a question whether a charterer or owner should pay for the certificate, since the charterer has control of the factors on voyages that generate the emissions. But these are smaller points compared to getting action on reducing emissions. And now competition will be extended to reduce emissions for voyages, since ships that don’t pollute will be favored with lower costs.

The Managing Director of software company zero44 interviewed here, Frederike Hesse, says that the cost could well be substantial in the next few years. So shipowners had better prepare. Her company seems to be supplying software for charter planning. Emissions will play a definite role in charter planning and pricing for ships visiting the EU.

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Friederike Hesse | Mar 02, 2023

Up to €1.5m per year: understanding the implications of EU ETS

Vision for wireless-charging electric harbor craft fleet in Singapore

Read the description of an approach to keep electric ships in Singapore’s harbor charged. Some of the ideas, like wireless ship charging, have not yet been tried.

Singapore is one of the leaders in the race to decarbonize its harbor. By 2030 only clean vessels will be allowed.

Having a charging infrastructure is central to the strategy. The Coastal Sustainability Alliance (CSA) in Singapore is leading the technology initiative.

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Marcus Hand | Mar 15, 2022

Vision for wireless-charging electric harbour craft fleet in Singapore

Wing to launch unique new drone delivery model

Wing, a subsidiary of Alphabet (think Google), is pioneering a new delivery model. Drones pick up packages and deliver them via a network of landing pads and charging stations. They can handle multiple deliveries point-to-point without returning to the base. It’s because the standardized landing and charging stations are also near to the start point of their next run.

The CEO indicates that the model is a lot more like a computer message network than a last-mile logistics network. The software they’ve written matches the delivery demand with the available drones. Any nearby drone can pick up and make the delivery, then scout via software for another nearby pickup.

It’s another ingenious solution to the problems of thin demand. If there’s not enough, drones will be unoccupied. Pooling demand for package rides will make the system work better.

Another advantage of drones for delivery is their zero-emission properties. Drones are electric-powered, and emit lots less than local delivery trucks. They are also lots cheaper. There are limits on the size of packages they can carry, but if you look at typical deliveries to an apartment complex, for instance, you see that most packages are small.

Perhaps drone delivery is the future of last-mile package service.

Jack Daleo·Thursday, March 09, 2023

Wing to launch unique new drone delivery model – FreightWaves