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Japan’s Mol starts operating LPG-fuelled VLGC

  • Market: Fertilizers, LPG
  • 26/04/24

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.


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31/10/24

Rise in phosphoric acid price to hit Indian producers

Rise in phosphoric acid price to hit Indian producers

London, 31 October (Argus) — Higher phosphoric acid prices for the fourth quarter will push India to rely more heavily on DAP imports and domestic production using imported phosphate rock and sulphur to build its DAP stocks. The Indian government said in a document issued in September that it will cover the losses incurred on imports over September 2024-March 2025, but it has not committed to covering the losses incurred on domestic production. Domestic DAP producers using imported phosphate rock and sulphur are achieving profits, but those using imported phosphoric acid are facing negative margins. Phosphoric acid price hike lifts cost of production Indian fertilizer importer and producer Coromandel this week agreed to a price of $1,060/t P2O5 cfr India for phosphoric acid in the fourth quarter with Jordanian supplier JPMC, which is up by $110/t P2O5 from the third-quarter phosphoric acid contract price. No other producer or importer has yet confirmed settling their respective phosphoric acid contract requirements for the fourth quarter. Argus calculates that importing phosphoric acid at $1,060/t P2O5 cfr and ammonia at $460/t cfr will bring the total cost of DAP production up to $647/t. Adding variable costs brings the total to about $684/t. This means that domestic DAP producers using imported phosphoric acid and ammonia will face negative margins of $64-65/t given the current maximum retail price (MRP) of 27,000 rupees/t ($321.12/t), nutrient-based subsidy (NBS) of Rs25,411/t — including the Rs3,500/t special additional package — and US dollar to rupee exchange. Without the Rs3,500/t special additional subsidy — due to expire at the end of December — the loss would rise to about $106/t. Meanwhile, with the delivered price at $635/t cfr, importers of DAP would currently face a loss of about $92/t, given the current MRP, NBS and exchange rate, and without the additional government support. Domestic DAP producers importing 67 BPL (30.66pc P2O5) phosphate rock at $145/t cfr and sulphur also at $145/t cfr will make a profit of about $47/t in current conditions. Firm interest in phosphate rock and disruptions to Syrian exports have supported prices for Jordanian product. Indications for 66-68 BPL (30.2-31.1pc P2O5) phosphate rock are now in the $130s/t fob Aqaba. By Tom Hampson Send comments and request more information at feedback@argusmedia.com Copyright © 2024. Argus Media group . All rights reserved.

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India's RCF issues tender to buy 15-15-15, 10-26-26


30/10/24
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30/10/24

India's RCF issues tender to buy 15-15-15, 10-26-26

London, 30 October (Argus) — Indian fertilizer importer and producer RCF has issued a tender to buy 30,000t each of NPK grades 10-26-26 and 15-15-15. The tender is to close on 8 November. RCF requests shipment from the loading port or ports by 20 November and delivery to India's east coast. The importer is also currently seeking 20-20-0+13S and/or phosphate rock in a tender that closes on 5 November. By David Maher Send comments and request more information at feedback@argusmedia.com Copyright © 2024. Argus Media group . All rights reserved.

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LPG bunker demand lags despite competitive pricing


29/10/24
News
29/10/24

LPG bunker demand lags despite competitive pricing

New York, 29 October (Argus) — LPG is seen by shipowners as one of the least expensive fuels for meeting new low-carbon emission rules, but spotty safety rules, a lack of bunkering infrastructure or four-stroke engines able to use it is holding back demand. LPG has been price-competitive with LNG and at a significant discount to B30 biodiesel, bio-methanol and blue ammonia and green ammonia this year, according to Argus . ( see chart ). Taking into account the cost of CO2 traded on the EU emissions trading system (ETS), northwest Europe LPG was pegged at $577/t from 1-28 October compared with LNG at $614/t average ( see chart ). The EU's ETS for marine shipping started this year and requires ship operators pay for 40pc of their greenhouse gas (GHG) emissions generated on voyages in the EU. Next year, ship operators will have to pay for 70pc of their CO2 emissions. LPG is one of the fuels that can help ship operators comply with the FuelEU for the next ten years. Starting on 1 January 2025, the EU's FuelEU regulation will require a 2pc cut in the lifecycle greenhouse intensity for bunker fuels burned in EU territorial waters compared with 2020 base year levels. The reduction jumps to 6pc from 2030 and gradually reaches 80pc by 2050. LPG's lifecycle GHG emissions footprint varies depending on its production pathway. It is pegged at about 81.24 grams of CO2-equivalent per megajoule (gCO2e/MJ), according to technical support documentation from the California Air Resources Board. At this carbon intensity level, LPG is compliant with FuelEU's GHG limit set at 85.69 gCO2e/MJ through year 2034, similar to LNG. There are 151 operational ships with LPG-burning engines, with another 109 vessels on order by 2028, according to vessel classification society DNV. LPG bunker demand more than doubled to 242,292t in 2023 compared with 101,447t in 2022, according to the latest International Maritime Organization (IMO) data collected from vessels of 5,000 gross tonnes and over. But LPG bunker demand was dwarfed by comparison with LNG bunker demand, which was at 12.9mn t in 2023, up from 11mn t in 2022, according to the IMO. There were over 700 LNG burning vessels operational this year, with the number growing to 1,162 by 2028, according to DNV data. LPG accounted for 0.1pc and LNG for 6.1pc of global marine fuel demand from vessels with 5,000 gross tonnes and over in 2023. LNG as a marine fuel has been around longer than LPG. The World Liquid Gas Association, a trade association, began exploring the use of LPG as a marine fuel in 2012. The first LPG-fueled very large gas carrier BW Gemini was retrofitted to burn LPG in 2020. By comparison, LNG for bunkering by LNG carriers have been around since the 1960s. The first LNG-powered container ship was delivered in 2015. The bulk of the global LPG bunker demand came from LPG carriers. LPG carriers outfitted with LPG-burning engines can burn their own cargo, taking advantage of the ships' existing infrastructure and safety systems and minimizing their operating costs. But LPG demand from other major types of bunker-consuming vessels, such as container ships, dry bulk carriers and oil tankers, is lagging. One reason is only two-stroke LPG-burning marine engines are commercially available, says vessel classification society Lloyd's Register . Typically, large vessels use two-stroke engines for propulsion and four-stroke engines as auxiliaries, meaning auxiliary engines on vessels would need to be decarbonised through an additional fuel, says Lloyd's Register. LPG has a well-developed global network of import and export terminals. But LPG for bunkering port infrastructure, such as dedicated bunkering storage tanks and LPG bunkering barges, is mostly lacking. Unlike LNG for bunkering, LPG for bunkering regulatory guidelines are currently patchy. If leaked onto water, LPG rapidly vaporises and then sinks to the surface of the water given it is heavier than ambient air. If it ignites, it can create a "pool fire" that can spread and cannot be extinguished, continuing to burn until all the LPG is consumed, Lloyd's Register says. By Stefka Wechsler NW Europe selected alternative marine fuels $/t VLSFOe NW Europe, 1-28 Oct avg $/t VLSFOe Send comments and request more information at feedback@argusmedia.com Copyright © 2024. Argus Media group . All rights reserved.

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Brazil's LPG market seeks alternatives: Correction


29/10/24
News
29/10/24

Brazil's LPG market seeks alternatives: Correction

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European firms get ‘Moroccan Offer’ for green NH3


29/10/24
News
29/10/24

European firms get ‘Moroccan Offer’ for green NH3

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