Smarter fertilizer handling
From ship to storage, Bruks Siwertell aims to ensure safe, reliable, high-capacity fertilizer transfers.
From ship to storage, Bruks Siwertell aims to ensure safe, reliable, high-capacity fertilizer transfers.
Ukraine has mounted several strikes on the Russian Black Sea port of Tuapse, hitting oil infrastructure with airborne and seagoing drones and missiles. Tuapse is a tanker loading terminal, one of two main oil export facilities on Russia’s Black Sea coast, with the capacity to transship around 17 million t/a of oil products. A raid on November 2nd reportedly damaged two tankers, halted fuel exports and refinery operations for days, caused an oil spill and forced tankers to abandon the port. Russia’s national rail company has halted rail shipments to Tuapse port, citing insufficient train car handling capacity.
Nippon Kaiji Kyokai (ClassNK) has granted approval in principle to SRC for ‘methanol superstorage’, an innovative tank design concept that uses a sandwich plate system technology to almost double shipboard storage capacity for both methanol and ethanol. The approval confirms that methanol superstorage is feasible for the intended application in accordance with the society’s 'Guidelines for Ships Using Alternative Fuels’.
Ammonia producer CF Industries says that it has shipped its first cargo of low-carbon ammonia from its Donaldsonville, Louisiana facility. The 23,500 tonne shipment was purchased by commodities specialist Trafigura to be used in Antwerp, Belgium by engineering materials firm Envalior in the production of low-carbon caprolactam.
Shipping classification society ClassNK has formed a consortium with IHI Corporation, JFE Steel, Tohoku University, and Institute of Science Tokyo to participate in Japan’s Feasibility Study Program on Energy and New Environmental Technology. The consortium will promote the development of stress corrosion cracking (SCC) probability evaluation tools for fuel ammonia storage tanks and transportation equipment. Initially, the consortium will conduct a detailed study of the SCC mechanism involved in steel cracking due to the combined effects of mechanical stress and corrosion caused by liquid ammonia. Thereafter, the consortium plans to develop tools for easily and accurately assessing SCC probability. Finally, opinions will be solicited from stakeholders to formulate risk-based maintenance procedures for fuel ammonia storage and transportation facilities, and marine fuel tanks ultimately to promote the expanded use of fuel ammonia.
Cryogenic storage company INOX India Ltd has launched its first ultra-high-purity (UHP) ammonia T-50 ISO tank container. The container, designed, engineered and manufactured by INOX India is engineered to withstand high pressure levels, and complies with international standards including ASME Sec VIII, Div-1 with U-designated construction. Its core feature is a high-precision internal finish with […]
NH3 Clean Energy, Pilbara Ports Authority, and Oceania Marine Energy have established a Joint Development Agreement (JDA) in order to establish hydrogen-derived, low-emission ammonia bunkering operations at the Port of Dampier in Australia by 2030. Under the terms of the JDA, the partners will collaborate to deliver the necessary infrastructure, regulatory approvals, and commercial frameworks […]
As well as a recent US Chemical Safety Board report on an ammonia release incident, the past year has seen considerable focus on safety of ammonia at sea, in preparation for its possible use as a clean burning maritime fuel.
The production of methanol from waste offers a groundbreaking solution for sustainable urban waste management as well as producing an alternative renewable fuel for maritime transport. Giacomo Rispoli, Andrea Angeletti and Alessia Borgogna of Nextchem provide an overview of the waste conversion process and its application.
No longer viewed as only a chemical feedstock, methanol is increasingly being regarded as a low-carbon energy carrier. Zinovia Skoufa of Johnson Matthey discusses the role of sustainable methanol as a multi-pathway fuel for the energy transition.