Thomas Lister
Analyst · Deutsche Bank
Thanks, Tassos. As usual, and for the benefit of listeners who are new to GSL, Slide 11 is intended to highlight the ship sizes on which our business is focused, which will help put the subsequent slides in context. GSL is focused on midsized and smaller ships, which is shorthand for ships ranging from about 2,000 TEU up to about 10,000 TEU, which is effectively the liquid charter market. The top map on the left shows the deployment of "our sizes of ship", i.e., ships under 10,000 TEU and emphasizes their operational flexibility, which is especially valuable in uncertain times. As you can see, they're deployed everywhere. The bottom map on the other hand, were the big ships, i.e. those larger than 10,000 TEU are deployed which tends to be on the East-West Mainlane or arterial trades, where the cargo volumes and shoreside infrastructure can support them. And it's important to note that over 70% of global containerized trade volumes, in fact, 72% in 2022 are moved outside the Mainlanes in the North-South regional and intermediate trades served predominantly by ships like ours rather than by the big ships. As George touched on in his opening remarks, the macro and geopolitical outlook that we're all currently facing remains challenging and uncertain. Unsurprisingly, given the Russia-Ukraine conflict, substantial inflation and negative consumer sentiment, global containerized trade volumes are estimated to have fallen year-on-year in 2022 by a little over 1%, marking only the third year of negative growth in the industry's 60-plus year history. However, to offset the bearish tone of that statistic, the comparison year of 2021 was one of extraordinary growth, driven by peak covered consumption habits. Anyway, our crystal ball is no better than anyone else's on how the force is driving consumption and thus containerized demand will play out in 2023 and beyond. So as usual, we prefer to focus on the supply side, where we do have forward visibility and against which investors and others can set containerized trade or GDP growth projections as they feel appropriate. Slide 12 then shows the metrics that tend to be used as a measure of supply-side tension. The top chart shows idle capacity which at year-end was around 1.9%, which is slightly up on where it had been for the preceding 18 months or so. Idle capacity incidentally has since risen further, reaching around 3.3% in late February of this year. The bottom chart tells a similar story of exceptionally tight supply through 2021 and 2022. Containership recycling, scrapping was very limited in 2021 and almost non-existent in 2022 when fewer than 4,000 TEU of capacity was scrapped out. I would note, however, that scrapping activity is now beginning to pick up a bit and should rate normalization continue, the deferred scrapping of the last two years or so would imply a sizable segment of lower specification, older ships in the global fleet that would in, again, "normal conditions" be expected to be retired. Let's turn to Slide 13, which looks at the order book. Here, you can see on the left, the composition of the order book by size segment, covering all deliveries currently scheduled to take place not only this year in 2023 but also in 2024, 2025 and 2026. The overall order book-to-fleet ratio as at December 31, 2022, was 29.4%. However, it continues to be heavily skewed towards the bigger ships, over 10,000 TEU, for which the ratio is 51.8%. Meanwhile, our focus segments of 2,000 to 10,000 TEU highlighted in the red box have a significantly lower ratio of a little over 14%. And there are two important points to keep in mind when assessing the order book. One, that the relevant metric here is the net change to the absolute size of the fleet. That is the deliveries minus prospective scrappings; and two, that when we talk about the supply of ships in the global fleet, we're ultimately using that as a shorthand for how those ships are actually used, how many boxes can be moved over a given distance over a given timeframe and slowing the speed of container ships within the system decreases effective supply and vice versa. On the first point, the midsized and smaller containership fleet is aging. As you can see from the chart on the right, if scrapping were to continue to be deferred by the end of 2026, which is the delivery horizon of the existing order book, a substantial slice of the sub-10,000 TEU capacity on the water, almost [2 million] TEUs worth would be at least 25 years old and potential candidates for the recycling yards in a softening market. However, if you net this out against the total order book of sub-10,000 TEU vessels due to be delivered over the same period, you would get implied net growth in these sizes of just 1.1%, which itself would be spread out over the coming three or four years. By the way, performing the same exercise for 2023 in isolation would imply a net 1.3% reduction of sub-10,000 TEU fleet capacity. On the second point, 2023 marks the implementation of new decarbonization regulations from January 1, 2023, which, according to broad industry consensus is expected to cause a slowing down of the global fleet to reduce emissions, reducing effective supply. The year is still young, and the implementation of the relevant rule is gradual and titans over time, but we have already seen the operating speed of our fleet reduced by around about 8% versus the same period in 2022, and I'll come back to this in a couple of slides' time. In the meantime, let's look at Slide 14, the charter market. As you can see from the chart, the charter market continued its spectacular rise through the first few months of 2022, plateaued through the second quarter and much of the third and then fell sharply. Furthermore, charter durations are currently shortening with recent fixtures of only a few months to a year or so at best. And the forward fixture market is effectively on hold. Having said all that, availability of ships in the charter market remains comparatively limited, especially for larger sizes as nearly all of the ships that would ordinarily have come into the market in recent months had already been forward fixed or extended before coming open. So hard representative data is still a bit thin, but few would dispute that a normalization of charter rates and logically also of asset values is currently in progress. And that's a neat segue to Slide 15, which provides an update on decarbonization, which is expected to have a favorable impact for our charter owners on supply side fundamentals over time. Working through the slide. In the top box is a snapshot of the evolving regulatory environment. This is by no means an exhaustive list, by the way. It admits, for example, the ever tightening regulations in California. Nevertheless, it addresses the regulations which are most imminent, broadest in their application and on which there is currently most clarity. Let's start with EEXI, the Energy Efficiency Existing Ship Index. This is tied to ship's technical characteristics and is binary in nature, pass or fail. A non-EEXI-compliant ship will not be permitted to trade past its first annual IAPP survey, which is an air pollution survey after January 1, 2023. Next is CII, the Carbon Intensity Indicator. This is an operating measure and is to be determined annually on a backward-looking basis by the ship's actual operating performance. CII is calculated as a function of actual CO2 emissions divided by vessel deadweight times distance traveled. The first assessments will be performed in 2024 based on 2023 data with CII ratings ranging from A to E. E-rated ships, although is rated D for the first 3 years in a row will require corrective action. And it's worth noting that CII parameters will tighten progressively over time. Next up is EU ETS, the European Union Emissions Trading System. This will attribute a cost to greenhouse gas emissions from ships trading to, from or within the EU. Phase-in is scheduled to begin in 2024, but detailed regulatory guidelines have yet to be published. In the next box, we have laid out some of the high-level implications of decarbonization regulations expected for the global containership fleet. These are reduced operating speeds to reduce emissions. Vessel operating speed has a disproportionate impact on CO2 emissions as the relationship between speed and fuel consumption, and thus, emissions is logarithmic. An important byproduct, as we've already mentioned, of slowing the global fleet down is a reduction in effective supply. And to put this in context, a reduction in average operating speed of 1 knot is estimated to reduce effective supply by around about 6%. Vessel operations will be optimized for the CII algorithm and ratings. In addition to slowing ships down, efforts will be made to improve their operational efficiency. So an overall smoothing of operations and increased incentive to utilize well-specified, fuel-efficient and well-maintained vessels. Increasing investments will be made in energy-saving technologies and retrofits in developing clean or at least cleaner fuels and propulsion and in carbon capture and mitigation technologies. So what are the actions we GSL, are taking to preserve and improve the commercial positioning and trading flexibility of our fleet in a decarbonizing world? Our first priority, naturally enough, is to ensure regulatory compliance. For EEXI this is relatively straightforward. Where needed, we're installing engine power limiters, EPLs on our ships at a cost of just under $100,000 per ship, which will ensure compliance. CII is a bit more complex as it's determined not only by the inherent efficiency of the underlying ship, but also actually primarily in truth by how the ship is operated by the charterer. Consequently, we're applying technologies and protocols to enhance cooperation between owners and charterers to facilitate CII optimized vessel operations. Indeed, cooperation and partnership between owners and operators will be key to successful decarbonization. We're well positioned in this respect as a partnership approach with our charterers has long underpinned the GSL business model. Consistent with this approach, we're also retrofitting Energy Saving Technologies or ESTs, to our ships, subject to commercial agreement and in cooperation with the charterers. These agreements are commercially sensitive and vary on a case-by-case basis. But the underlying rationale is that we will only invest in discretionary ESTs that will enhance the value and the earnings of the corresponding ship. So that's the crux of it. But for those of you who would like to know more, may I refer you to the Climate Strategy section of our latest ESG report, which is available on our corporate website. And with that, I'll turn the call now back to George to wrap up.