Researchers at the Max Planck Institute report that ammonia was successfully used as a reductant to convert iron ore to sponge iron in a laboratory-scale reactor. The direct use of ammonia effectively offers a “process shortcut” in green steelmaking, removing the need for ammonia cracking or the extra costs associated with the transport & storage of hydrogen.
Peak industry body Hydrogen Europe has released a new report on the potential of clean ammonia production & utilisation in Europe. Although the introduction of renewable hydrogen feedstock presents an obvious opportunity to decarbonise the ammonia industry in Europe, the potential downstream applications of ammonia energy are being neglected by policymakers - particularly power generation and maritime fuel.
ADNOC, Currenta GmbH and the North Rhine-Westphalia state government will cooperate on the production, transportation to Germany and subsequent application of low-carbon ammonia fuel. Industrial-scale testing of ammonia fuel for power generation will take place at one of Currenta’s chemical manufacturing sites in the region.
The second phase of the NoGAPS project is well underway. Led by the Maersk Mc-Kinney Møller Center for Zero Carbon Shipping, a detailed plan for the design, operation and business case for the future MS NoGAPS vessel will be developed. Construction and delivery is expected in 2024-25. Also in Scandinavia, Viridis Bulk Carriers has been awarded AiP from Bureau Veritas for its ammonia-fueled, short-sea, bulk carrier design.
In cracking technology updates this week:
Through its ammonia FPSO vessel project, SwitcH2 expects to start producing ammonia offshore 2028, while Louis Dreyfus Ports and Logistics’s “FRESH” mobile ammonia terminal concept is expected to become commercial by 2025. Recently awarded AiPs affirm the technical feasibility of both designs.
