• 28 de agosto de 2024
  • Market: Crude, Freight

From 1967 until the oil crisis of 1973 there were orders for about 80 very large crude carriers (VLCC) and 40 ultra large crude carriers (ULCC), according to engine manufacturer Wartsila. This boom was followed by the total collapse of the newbuild market for these tankers until the middle of the 1980s. Since then, over 400 VLCC have been ordered, but it took more than 20 years before the next ULCC contract was signed.

The new TI class of ULCCs were delivered in the early 2000s, but within a decade most had been converted to floating production, storage and offloading (FPSO) vessels (FSOs) for use in the Mideast Gulf and southeast Asia. Prizing quantity over flexibility, these ships were wider than the new Panama Canal locks (begun in 2007 and completed in 2016), and could not travel through the Suez Canal unless on a ballast voyage.

Their massive capacity of more than 3mn barrels of crude oil reflected climbing global oil demand – almost double what it was in 1973 – and China’s arrival as the world's largest importer of crude oil. Some forecasters now predict oil demand will peak in 2030, reducing the need for supertankers, but other forces have seen shipowners and others return to newbuilding markets for VLCCs in recent months.

Pandemics, infrastructure projects, price wars and actual wars have moved and lengthened trade flows in the last four years, making larger vessels more attractive because of their economies of scale. These have impacted the make-up of the global tanker fleet in other ways as well, such as prompting a small recovery in interest in small Panamax tankers, which have long been sliding out of existence.

The role of vessel size in tanker freight markets is sometimes underappreciated. In the wake of the G7+ ban on imports of Russian crude and oil and products, and attacks on merchant shipping in the Red Sea and Gulf of Aden by Yemen’s Houthi militants, flows of crude oil have had to make massive diversions. Russian crude oil is flowing now to India and China rather than to Europe, while Europe’s imports of oil, diesel and jet fuel from the Mideast Gulf are taking two weeks longer, going around the Cape of Good Hope to avoid Houthi attacks. This has pushed up tonne-miles – a measure of shipping demand – to record levels. Global clean Long Range 2 (LR2) tanker tonne-miles rose to a record high in May this year, data from analytics firm Kpler show, while tonne-miles for dirty Aframax tankers rose to a record high in May last year. It has also supported freight rates.

 

 

High freight rates have brought smaller vessels into competition with larger tankers, at the same time as long routes have increased the appeal of larger ships. The Atlantic basin appears to be key site for increases in production (from the US, Brazil, Guyana and even Namibia), and an eastward shift in refining capacity globally will further entrench these long routes and demand for economies of scale.

Aframax and LR2 tankers are the same sized ships carrying around 80,000-120,000t of crude oil or products. LR2 tankers have coated tanks, which allows them to carry both dirty and clean cargoes, and shipowners may switch their

LR2/Aframax vessels between the clean and dirty markets, with expensive cleaning, depending on which offers them the best returns. But an unusually high number of VLCCs – at least six – have also switched from dirty to clean recently. Shipowner Okeanis, which now has three of its VLCCs transporting clean products, said it had cleaned up another one in the third quarter.

A VLCC switching from crude to products is very rare. Switching to clean products from crude is estimated to cost around $1mn for a VLCC. It takes several days to clean the vessel's tanks, during which time the tanker is not generating revenue. But a seasonal slide in VLCC rates in the northern hemisphere this summer has made cleaning an attractive option for shipowners, while their economies of scale make the larger tankers more attractive to clean charterers as product voyages lengthen.

Argus assessed the cost of shipping a 280,000t VLCC of crude from the Mideast Gulf to northwest Europe or the Mediterranean averaged $10.52/t in June, much lower than the average cost of $67.94/t for shipping a 90,000t LR2 clean oil cargo on the same route in the same period. It is likely these vessels will stay in the products market, as cleaning a ship is a costly undertaking for a single voyage.

Typically, a VLCC will only carry a clean cargo when it is new and on its inaugural voyage, but just one new VLCC has joined the fleet this year, further incentivising traders to clean up vessels as demand for larger ones increases. This year has seen a jump in demand for new VLCCs, with 29 ordered so far. There were 20 ordered in 2023, just six in 2023 and 32 in the whole of 2021, Kpler data show. But the vast majority of these new VLCCs will not hit the water until 2026, 2027 or later because of a shortage of shipyard capacity.

Last year and 2024 also saw the first substantial newbuilding orders for Panamax tankers, also called LR1s, since 2017. Product tanker owner Hafnia and trader Mercuria recently partnered to launch a Panamax pool. The rationale may be that Panamax vessels can pass through the older locks at the Panama Canal, and so are not subject to the same draft restrictions imposed because of drought that has throttled transits and led to shipowners paying exorbitant auction fees to transit.

 

Aframaxes and MRs will remain the workhorses of crude and product tanker markets respectively, but the stretching and discombobulation of trade routes (which appear likely to stay) has already driven changes in which vessels are used and which are ordered. When these ships hit the water, they will join a tanker market very different to the one owners and charterers were operating in just four years ago.

Compartilhar

Related news

News
04/12/25

Brazil increases 2025 coffee crop outlook

Brazil increases 2025 coffee crop outlook

Sao Paulo, 4 December (Argus) — Brazil is set to produce its third-largest coffee crop ever this year, despite it being a low productivity year in the crop cycle, according to national supply company Conab's last crop estimate for this cycle. Brazil will produce almost 56.5mn 60kg bags of coffee this year, up from the previous forecast released in September of 55.2mn bags. The upward revision was driven by higher average national productivity, reflecting a better performance of Conilon coffee crops, one of the two major types of coffee grown in Brazil. This is above the 51.8mn bags first projected for the season and surpasses the 2024 crop, which produced 54.2mn bags. Droughts, irregularly distributed rainfall and high temperatures severely hampered yields in the prior cycle, despite initial expectations for a high-producing one. Coffee cycles occur biennially in Brazil, with larger volumes produced in alternating years. During the lower producing years — known as negative years — plants replenish their nutritional reserves, leading to reduced output. The 2025 cycle is considered a negative year, with the current estimate representing an all-time high for a negative year, topping the record registered in the 2023 crop, when Brazil produced nearly 55.1mn bags. It is expected to rank as the third-largest in the nation's history, only behind the positive cycles of 2020 and 2018, which produced 63.1mn bags and 61.7mn bags, respectively. Conab revised the outlook for the current cycle based on an increase in expected yields to 30.4 bags/hectare (ha) from 29.7 bags/ha in the prior forecast. That is up by 5.5pc from 28.8 bags/ha in the positive 2024 year and compares with 29.4 bags/ha in the negative 2023 cycle. Brazil grows two types of coffee: the higher-grade Arabica coffee and the Conilon grade coffee, also referred to as Robusta. These varieties have different taste, caffeine content and productivity levels, as well as distinct producing regions and harvesting calendars. Arabica coffee production is forecast at around 35.8mn bags, ahead of the nearly 35.2mn bags projected in September, but down from 39.6mn bags in 2024. There has been significant vegetative recovery in crops, mainly in southeastern Minas Gerais state, Brazil's largest producer, which contributed to an increase compared to the previous estimate, according to Conab. Yields rose to 24.1 bags/ha from 23.7 bags/ha in September. That is behind the 26.2 bags/ha in 2024. Conilon coffee output should reach an overall record of 20.8mn bags, up from 20.1mn bags in the previous outlook following the consistent weather conditions in major producing states Espirito Santo and Bahia that promoted good conditions for areas and resulted in high yields. That compares with 14.6mn bags in the prior cycle. Yields are up to 55.9 bags/ha, from 53.8 bags/ha estimated in September and 39.2 bags/ha yielded in 2024. Conab continues to expect the total area allocated to both coffee grades to reach approximately 2.25mn ha this cycle, 0.9pc above on the year. The area set aside for coffee is split between space for production and new crops. Areas allocated to crops in production fell by 1.2pc on the year to nearly 1.86mn ha. New areas account for around 396,428ha, up by 12pc, as is usual for negative years. Coffee exports fall on year Brazil exported 34.2mn bags of coffee in January-October, around 17.8pc below the total shipped in the same period a year before, according to trade ministry Mdic data. This reduction in volume exported in the first ten months of 2025 is mainly because of limited domestic stocks at the beginning of the year, following a record shipment of 50.5mn bags in 2024. Tariffs imposed by the US from April onwards, a major buyer of Brazilian coffee, also contributed to the reduction in exports. Brazil exported coffee to 150 countries in the first ten months of 2025. The US and Germany accounted for the largest share of shipments, with 14.1pc and 14pc, respectively. Italy received 8.1pc of exports, Belgium and Japan 6.3pc each. By João Petrini Send comments and request more information at feedback@argusmedia.com Copyright © 2025. Argus Media group . All rights reserved.

Saiba mais
News

Funds’ Ice gasoil long position down from 45-month high


04/12/25
News
04/12/25

Funds’ Ice gasoil long position down from 45-month high

London, 4 December (Argus) — Sharp swings in European diesel prices in November were driven in part by entities with no physical exposure, as money managers briefly held their largest long positions in Ice gasoil futures in nearly four years. Funds have looked to gasoil futures because of increasing volatility in the contract when compared with Ice Brent crude futures, according to a senior participant in oil paper markets. The daily change in the value of front-month Ice gasoil has averaged 1.66pc so far this year, compared with 1.32pc for front-month Ice Brent. Money managers — hedge funds and pensions funds, along with other entities managing on behalf of clients — have increased their long positions in Ice gasoil futures as the year has progressed. This reached a 45-month high of 153,689 lots in the week to 18 November, according to Ice's Commitment of Traders report. Ice gasoil futures hit $777.50/t on 18 November, the third-highest of the year. Money managers trimmed 10pc of that position the following week, to 137,971 as of 25 November. Ice futures fell below $700/t on that date, pressured by reported progress on a plan to end the conflict in Ukraine. This led market participants to consider what peace would mean for diesel markets: a slow down in Ukraine's drone campaign against Russian energy infrastructure and, in the longer term, a possible European return to importing Russian diesel. Funds' long position is still almost double the 74,015 held at the start of 2025, and the average 75,398 held in 2024. Long and the short of it Before peace talks started to progress, money managers' net long positions were the highest in more than three-and-a-half years. An analyst said funds have probably taken an overall position of being long diesel cracks — taking long positions in gasoil futures and short ones in Brent. Permanent cuts to refining capacity in Europe, as well as extensive temporary outages this year, have contributed to a disconnect between gasoil and Brent price movements. As gasoil prices rise, refiners can hit capacity limits, which has capped their crude buying and kept Brent steadier. Managed money held the biggest short position in Brent since at least 2015 on 21 October at 190,639 lots. This has fallen since, but did rebound to 163,975 on 25 November, the eighth shortest since 2015. Funds' involvement in futures has further increased volatility, as they tend to buy and sell futures more quickly than entities with physical exposure. That volatility increases potential losses as well as potential gains. Some funds may have made very large losses this year because of unexpected swings, the paper market participant said. European diesel often prices on a exchange-of-futures-for-physical (EFP) basis, using Ice gasoil futures, meaning the futures price can be an influence on the physical price. European physical diesel cargoes priced at a $45.64/bl premium against North Sea Dated on 19 November, the highest in nearly three years. The following week, when money managers were cutting their long positions, the physical diesel premium fell to $27.15/bl. Ice gasoil futures is a physically-delivered contract, so any price dislocation is generally soon closed as traders look to work an arbitrage between the futures and physical. By Josh Michalowski and Benedict George Send comments and request more information at feedback@argusmedia.com Copyright © 2025. Argus Media group . All rights reserved.

News

Golden Pass LNG approved to receive cool-down cargo


04/12/25
News
04/12/25

Golden Pass LNG approved to receive cool-down cargo

Houston, 4 December (Argus) — QatarEnergy and ExxonMobil's 18.1mn t/yr (2.4bn ft³/d) Golden Pass LNG export terminal in Texas received federal approval today to unload a cool-down cargo, a key step in commissioning the plant. The Federal Energy Regulatory Commission granted the project's request to introduce hazardous fluids into various systems and receive the cool-down cargo. The 174,000m³ Imsaikah has been holding offshore Texas' Port Arthur since 29 November after departing QatarEnergy's 77mn t/yr Ras Laffan export terminal with a cargo on 27 October. The vessel's LNG will be used to cool down Golden Pass' equipment for its start-up process. The three-train project also has federal approval to introduce fuel gas to train 1 and train 1's gas turbine. Feedgas flows to Golden Pass have yet to materially rise. Pipeline nominations on 4 December were just over 8mn ft³, in line with daily flows since mid-October. Flows to LNG plants can be revised later in the day. The project's developers anticipate the facility will start production by the end of the year or in early 2026, with each of its three trains coming on line in six-month intervals. By Tray Swanson Send comments and request more information at feedback@argusmedia.com Copyright © 2025. Argus Media group . All rights reserved.

News

Arab region warming at twice the global average: WMO


04/12/25
News
04/12/25

Arab region warming at twice the global average: WMO

London, 4 December (Argus) — The Arab region is warming at twice the global average, with temperatures increasing by 0.43°C per decade from 1991 to 2024, a report from the World Meteorological Organisation (WMO) found today. The world experienced the hottest year on record in 2024. The average temperature across the Arab region in 2024 was 1.08°C higher than the 1991-2020 average, the WMO said. The Arab region saw "intense heatwaves and droughts as well as extreme rainfall and storms", the WMO added. The WMO's report, the inaugural State of the Climate in the Arab Region , covers 22 countries across north and east Africa and the Middle East and was compiled with the Economic and Social Commission for Western Asia and the League of Arab States. The Middle East and north Africa "are among the hottest regions in the world, and climate projections indicate a continued intensification of summer heat extremes in both subregions", the WMO said. The report also included regional climate projections from the UN Intergovernmental Panel on Climate Change. "If the current warming rate continues, mean temperature increase in the Arab region could reach 1.8°C with respect to the 1991-2020 average by 2050", the report found. A handful of climate plans — known as nationally determined contributions (NDCs) — submitted recently by Arab region countries underline the challenges that climate change poses for the region. NDCs submitted over the past few weeks by Bahrain, Qatar and Yemen all note the countries' vulnerability to climate change, including water scarcity. Of the 20 most water-scarce countries globally, 15 are in the Arab region, and climate change is compounding this, the WMO said. Qatar and Bahrain flagged in NDCs their water sectors as a source of emissions , including through power-intensive desalination processes. Bahrain this week noted its "water vulnerability as a challenge that is further intensified by climate change impacts", in its third NDC. By Georgia Gratton Send comments and request more information at feedback@argusmedia.com Copyright © 2025. Argus Media group . All rights reserved.

News

Qatar presents 2040 climate target to UN


04/12/25
News
04/12/25

Qatar presents 2040 climate target to UN

Edinburgh, 4 December (Argus) — Qatar has pledged to reduce its emissions by 42mn t of CO2 equivalent (CO2e) by 2040 from a 2019 baseline, with the oil and gas sector "at the forefront of national mitigation efforts". Qatar does not provide its total greenhouse emissions for 2019, but said its climate plan encompasses CO2, methane and nitrous oxide gases. It covers the energy sector — oil and gas, power and water — construction and industry, transport, waste and agriculture, forestry and other land use. Parties to the Paris Agreement were required to submit climate plans, known as nationally determined contributions (NDCs), for 2035 to the UN climate body UNFCCC this year. Qatar had previously targeted emission reductions of 25pc, or 37mn CO2e, by 2030, compared with a business-as-usual (BAU) scenario. BAU scenarios typically assume emissions based on current policies, leaving room for potential increases. The country's emission cuts in its oil and gas sector will rely on "deploying cleaner fossil fuel technologies, developing engineered sinks to store emissions, diversifying the energy mix, and driving operational excellence across existing facilities and infrastructure", according to its climate plan. Qatar is the world's largest LNG producer, with a production capacity of 77mn t/yr, according to QatarEnergy, and its economy is heavily reliant on hydrocarbon revenues. The country's climate plan highlights the country's vulnerability to response measures to mitigate climate change, resulting from its economy's reliance on hydrocarbons. "Qatar is actively working to reduce the socio-economic effects of global climate action," the plan said, adding that it seeks to balance climate goals with national sustainable development. "Despite many efforts and considering its role as a leading producer and exporter of natural gas, Qatar remains significantly vulnerable to climate response measures," it said. Qatar is part of the Arab Group, a negotiating group in UNFCCC climate talks, which is seeking to focus on cutting emissions from fossil fuels, rather than hydrocarbon production and consumption, through increased adoption of carbon capture technologies. The country said it plays "a pivotal role" in supporting other countries' targets by "reliably supplying them with a cleaner alternative to coal and oil and providing a critical backup for intermittent renewables". Qatar's climate plan sees the secure and affordable supply of lower-carbon energy as well as the deployment of carbon capture and storage (CCS) and the management of emissions of energy production as the focus to pursue sustainable development and climate action. The country considers itself to be among the leaders in CCS with its Ras Laffan project, and aims to capture 11mn t/yr of CO2 by 2035. Engineering firm Samsung C&T was recently awarded a contract to build a 4.1mn t/yr CO2 facility to process and store emissions from Qatar's LNG liquefaction plants. Qatar, in its climate plan, highlighted the country's water supply vulnerability to temperature increases and heat. The power and water sector accounts for a large share of the country's emissions. Water scarcity is also responsible for increasing greenhouse gas emissions (GHG) in Bahrain through desalination, although its energy sector remains the main source of emissions, according to the country's new climate plan. The country is heavily reliant on fossil fuels for its energy and revenues, while "limited land availability and competing land-use demands constrain large-scale deployment" for the development of solar energy. Rising demand over the peak summer months this year meant that Bahrain had to import LNG for the first time since commissioning its 800mn ft³/d onshore LNG receiving and regasification terminal in 2020. But it is looking at renewables options and is in talks with Saudi Arabia for a link to a large-scale solar facility. Bahrain said that response measures to climate change "may lead to economic losses that, in turn, hinder Bahrain's ability to pursue effective climate action and achieve broader sustainable development objectives." By Caroline Varin Send comments and request more information at feedback@argusmedia.com Copyright © 2025. Argus Media group . All rights reserved.