Overview

The ammonia market is undergoing a period of rapid and dramatic change. Conventional or ‘grey’ ammonia is traditionally produced almost exclusively for its nitrogen content. However, the urgent need to decarbonise the global economy and meet ambitious zero-carbon goals has opened up exciting new opportunities.

Ammonia has the potential to be the most cost-effective and practical ‘zero-carbon’ energy carrier in the form of hydrogen to the energy and fuels sectors. This has led to rapid growth of interest in clean ammonia and a flurry of new ‘green’ and ‘blue’ ammonia projects.

Argus has many decades of experience covering the ammonia market.  We incorporate our multi-commodity market expertise in energy, marine fuels, the transition to net zero and hydrogen to provide existing market participants and new entrants with the full market narrative.

Our industry-leading price assessments, powerful data, vital analysis and robust outlooks will support you through:

  • Ammonia price assessments (daily and weekly), some of which are basis for Argus ammonia futures contracts, Ammonia forward curve data and clean ammonia cost assessments and modelled weekly prices
  • Short and medium to long-term forecasting, modelling and analysis of conventional and clean ammonia prices, supply, demand, trade and projects
  • Bespoke consulting project support

Latest ammonia news

Browse the latest market moving news on the global ammonia industry.

Latest ammonia news
10/05/24

Lack of infrastructure to hamper VLAC development

Lack of infrastructure to hamper VLAC development

London, 10 May (Argus) — Development of a very large ammonia carrier (VLAC) market could be delayed by a lack of terminal infrastructure to allow discharge of 40,000-60,000t cargoes, said Steem1960 ammonia shipbroker Lisa Maria Assmann at the Argus Clean Ammonia conference in Tokyo. Around 40 VLACs are scheduled to hit the water between 2026 and 2028, when an uptake in clean ammonia trade is likely to be pushed by public tenders from South Korea and Japan. "VLACs cannot discharge these large volumes using the existing infrastructure," Assmann said. "We have storages that are much smaller than that, terminals with draft issues, LOA (length overall) issues. With all these problems, I do not see these large volumes being discharged in a speedy manner in the short-term, not before 2035-40 at least." In the larger segment of gas carriers, the very large gas carriers (VLGCs) built between 2009 and 2022 cannot carry ammonia cargoes, according to the shipbroker. These vessels were built when there were no expectations of carrying ammonia at such volumes, and the capability was not included to save costs at that time. "By 2030 we may have about 150 VLGCs available to carry ammonia, either at 86pc or 95pc capacity, but that is still a discussion for the future because we still do not have the infrastructure in place for the discharge," Asmann said. Ship-to-ship transfers from larger to smaller vessels could be a solution in the medium term, Assmann said, but she pondered that even then there are regulation issues that would hamper its widespread use. By Yohanna Pinheiro Send comments and request more information at feedback@argusmedia.com Copyright © 2024. Argus Media group . All rights reserved.

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Latest ammonia news

Japan’s J-Power steps up coal-fired power phase-out


10/05/24
Latest ammonia news
10/05/24

Japan’s J-Power steps up coal-fired power phase-out

Osaka, 10 May (Argus) — Japanese power producer and wholesaler J-Power is stepping up efforts to halt operations of inefficient coal-fired power plants, while pushing ahead with decarbonisation of its existing plants by using clean fuels and technology. J-Power plans to scrap the 500MW Matsushima No.1 coal-fired unit by the end of March 2025 and the 250MW Takasago No.1 and No.2 coal-fired units by 2030, according to its 2024-26 business strategy announced on 9 May. It also aims to decommission or mothball the 700MW Takehara No.3 and the 1,000MW Matsuura No.1 coal-fired units in 2030. The combined capacity of the selected five coal-fired units accounts for 32pc of J-Power's total thermal capacity of 8,412MW, all fuelled by coal. While phasing out its ageing coal-fired capacity, J-Power is looking to co-fire with fuel ammonia at the 2,100MW Tachibanawan coal-fired plant sometime after 2030 and ensure it runs on 100pc ammonia subsequently. The company plans to increase the mixture of biomass at the 600MW Takehara No.1 unit, along with the installation of a carbon capture and storage (CCS) technology after 2030. The CCS technology will be also applied to the 1,000MW Matsuura No.2 unit, which is expected to co-fire ammonia, after 2030. J-Power plans to use hydrogen at the 1,200MW Isogo plant sometime after 2035. The company is also set to deploy integrated coal gasification combined-cycle and CCS technology at the 500MW Matsushima No.2 unit and the 150MW Ishikawa No.1 and No.2 units after 2035. The company aims to cut carbon dioxide emissions from its domestic power generation by 46pc by the April 2030-March 2031 fiscal year against 2013-14 levels before achieving a net zero emissions goal by 2050. This is in line with Tokyo's emissions reduction target. The company aims to expand domestic annual renewable output by 4TWh by 2030-31 compared with 2022-23, along with decarbonising thermal capacity. Its renewable generation totalled 10.4TWh in 2023-24. Tokyo has pledged to phase out existing inefficient coal-fired capacity by 2030, which could target units with less than 42pc efficiency. The country's large-scale power producers have reduced annual power output from their inefficient coal-fired fleet by 13TWh to 103TWh in 2022-23 against 2019-20, according to a document unveiled by the trade and industry ministry on 8 May. It expects such power generation will fall further by more than 60TWh to 39.700TWh in 2030-31. Global pressure against coal-fired power generation has been growing. Energy ministers from G7 countries in late April pledged to phase out "unabated coal power generation" by 2035 or "in a timeline consistent with keeping a limit of 1.5°C temperature rise within reach, in line with countries' net zero pathways". By Motoko Hasegawa Send comments and request more information at feedback@argusmedia.com Copyright © 2024. Argus Media group . All rights reserved.

Latest ammonia news

Low US natgas prices help ammonia economics


08/05/24
Latest ammonia news
08/05/24

Low US natgas prices help ammonia economics

Houston, 8 May (Argus) — Nitrogen fertilizer production costs in the US are primed to hit historically low levels through the third quarter, potentially creating favorable margin and arbitrage opportunities during the offseason as bloated natural gas inventories depress key feedstock prices. Estimated ammonia production costs for most US producers tied to Henry Hub natural gas prices have spent the last 12 consecutive weeks below $100/short ton (st) on sub-$2/mmBtu feedstock prices. They should benefit from sub-$3/mmBtu natural gas costs through October, based on the 7 May Nymex futures curve. A mild winter stemmed seasonal withdrawals from natural gas storage and mitigated heating demand. US natural gas inventories exited the 2023-24 winter at the highest seasonal levels in eight years. High inventories help contain US gas prices by easing concerns about spikes in demand or supply shortfalls. Slackened natural gas demand has continued through April and has maintained downward price pressure, even as producers curtail output. The US Energy Information Administration (EIA) said that it expects inventory growth to lag average levels in the coming months as producers cut output in response to lower prices. But inventories were still expected to exit the injection season, when gas stockpiles are replenished to meet winter heating needs, at an all-time high above 4.1 Tcf, the EIA said. Natural gas is the primary feedstock for US ammonia producers, comprising on average 60-70pc of total production costs at current prices. Ammonia production costs have not spent this long below $100/st since May-July 2020, according to Argus data. Ammonia is a key feedstock for urea and UAN manufacturing. Sinking feedstock ammonia costs lowers the cost floor for upgraded nitrogen alternatives and fosters favorable margin opportunities. US producer CF Industries said during its first quarter results the energy curves between North America and Europe — with the latter a higher-cost ammonia production hub — remain wider than historical levels, creating potential arbitrage scenarios. Ammonia production costs based on the Dutch TTF natural gas day-ahead contract, which serves as the European benchmark, have averaged more than three-times more than those tied to Henry Hub since January, according to Argus data. "Longer term, we expect the global energy cost structure to continue to provide significant margin opportunities for our North American production network," CF chief executive Tony Will said during the company's earnings call. By Connor Hyde Send comments and request more information at feedback@argusmedia.com Copyright © 2024. Argus Media group . All rights reserved.

Latest ammonia news

Yara first-quarter gas consumption higher on year


29/04/24
Latest ammonia news
29/04/24

Yara first-quarter gas consumption higher on year

London, 29 April (Argus) — Europe's largest fertiliser producer Yara's European gas consumption in the first quarter was up by 26pc on the year, but remained far lower than in the second half of last year. Norway-based Yara's gas consumption across Europe in January-March totalled 29.2 trillion Btu, well above the 23.1 trillion Btu a year earlier, but drastically down from 37.5 trillion Btu in the fourth quarter last year, the company's latest quarterly report shows. Yara did not report its European ammonia production for the first quarter, but the company's global output totalled 1.74mn t, up from 1.38mn t a year earlier. Yara's first-quarter European gas consumption fell from the preceding three months, despite its average European gas costs falling to $11.70/mn Btu from $13/mn Btu. The firm's European gas costs have declined sharply since peaking at $34.50/mn Btu in the third-quarter 2022, when European wholesale prices hit all-time highs ( see price graph ). Yara's quarterly spending on European gas supplies fell to $343mn in January-March, the lowest since at least summer 2021 when the company began reporting this data, and around one third the $1.08bn peak in April-June 2022. Yara's European gas consumption also fell despite a 37pc annual increase in total fertiliser deliveries in Europe . Lower curtailments, improved production economics and "volume catch-up" had supported output, Yara said. But while European deliveries improved on the year, they remained "below normal" — particularly for nitrates — and Yara sourced a larger share of its European deliveries from its global plants, the company's chief financial officer Thor Giaever said. Yara had hinted earlier this year its ammonia assets might run at 90pc or more of capacity as the company expected to boost production this year . But one explanation for the lower gas demand compared to the previous quarter is Yara may be maximising production at more efficient plants like Sluiskil in the Netherlands and Brunsbuttel in Germany, while ramping down less efficient plants, allowing the company to maintain or increase production while consuming less gas. Yara last year curtailed 19pc of its European ammonia capacity , turning towards greater imports of ammonia to replace the lower production. And that remains key to Yara's business plans , which the company said last week focused on "further strengthening operational resilience and flexibility". Argus assessed European ammonia production prices based on the TTF front-month price at roughly a $100/t discount to northwest European import prices in its last weekly assessment on 25 April, suggesting a still-significant financial incentive to produce ammonia domestically. The European fertiliser market remains under pressure by large volumes from Russia, meaning Europe has swapped an energy dependency on Russia for a food dependency, chief executive Svein Tore Holsether said, echoing previous statements . Comparing global assets Yara consumed 54.4 trillion Btu of gas globally in January-March, down from a multi-year high of 61.9 trillion Btu in October-December ( see consumption graph ). European consumption accounted for roughly 54pc of Yara's global gas demand in January-March, well down from 61pc in the previous quarter. And Yara spent $485mn on gas worldwide in January-March, 71pc for European supply, a lower proportion than at any other point since 2021. Yara's global average gas cost was $8.90/mn Btu in January-March, 24pc below its reported European cost. That discount has been a significant driver for Yara and others to increase production abroad rather than in Europe over the past two years. Yara forecasts its European gas costs at $9.70/mn Btu and $10.50/mn Btu in the second and third quarters of this year, respectively, holding well above its global average gas costs of $7.70/mn Btu and $8.40/mn Btu during those same periods. Globally, the firm aims to produce 8.6mn t of ammonia in 2025, significantly up from 7.8mn t in 2023, it said. By Brendan A'Hearn Yara European vs global gas costs $/MMBtu Yara European vs global gas consumption million MMBtu Send comments and request more information at feedback@argusmedia.com Copyright © 2024. Argus Media group . All rights reserved.

Latest ammonia news

Japan’s Mol starts operating LPG-fuelled VLGC


26/04/24
Latest ammonia news
26/04/24

Japan’s Mol starts operating LPG-fuelled VLGC

Tokyo, 26 April (Argus) — Japanese shipping firm Mitsui OSK Line's (Mol) Singapore-based subsidiary Aramo Shipping started operating today a new LPG-fuelled LPG and ammonia carrier for domestic importer Gyxis. The 87,119m³ very large gas carrier (VLGC) Aquamarine Progress 2 was built by Japanese shipbuilder Namura Shipbuilding at Namura's Imari shipyard in south Japan's Saga prefecture. The vessel is equipped with a dual-fuel engine, which can burn LPG and conventional marine fuel. Mol expects use of LPG to reduce carbon dioxide (CO2) and nitrogen oxide emissions by 20pc and sulphur oxide and particulate matter emissions by 90pc compared with a heavy oil-dedicated vessel. The VLGC is also designed to be able to carry ammonia, eyeing potential demand growth for decarbonisation. Japanese shipping firms and shipbuilders have boosted construction of LPG carriers that can also ship ammonia, as demand for the cleaner fuel is expected to increase in future. Japan plans to co-fire ammonia at coal-fired power plants to reduce CO2 emissions, while aiming to use ammonia as a hydrogen carrier. Shipbuilders Kawasaki Heavy Industries and Mitsubishi Heavy Industries each delivered a VLGC, which can carry LPG and liquefied ammonia. Mol, in partnership with shipbuilders Tsuneishi Shipbuilding and Mitsui E&S Shipbuilding, completed risk assessments to design a mid-size ammonia-fuelled ammonia and LPG carrier , targeting to finish construction by 2026. By Nanami Oki Send comments and request more information at feedback@argusmedia.com Copyright © 2024. Argus Media group . All rights reserved.