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The Blue Point Joint Venture
Presentation

The Blue Point Joint Venture

Henrik RasmussenLinda DempseyTeruya Asai

In April 2025, the partners made a final investment decision and agreed to a joint venture structure for the Blue Point mega-project in Louisiana: a $4 billion facility which will have a nameplate production capacity of around 1.4 million tons of CCS-based ammonia per year. Topsoe will provide its SynCOR Ammonia™ process (including autothermal technology and ammonia synthesis loop) for the project. Explore the journey to date for one of the world’s leading transitional ammonia production projects, and how all the partners have aligned for operations to commence in 2029.

Initiatives for the Safe Launch of Ammonia-Fueled Capesize Bulk Carriers in 2026
Presentation

Initiatives for the Safe Launch of Ammonia-Fueled Capesize Bulk Carriers in 2026

Takanori Mizuno

Mitsui O.S.K. Lines, Ltd. (MOL), the world’s second largest shipping company by fleet size, is set to begin operating 3 ammonia-fueled Capesize bulk carriers from 2026, transporting iron ore and coking coal. This presentation will introduce MOL’s initiatives leading up to the launch, with a particular focus on safety measures and preparations for the safe operation of these next-generation vessels.

ARISE Project Status
Presentation

ARISE Project Status

Laurent Ruhlman

Ammonia/Sea water interaction still contains critical knowledge gaps that prevent us using consistently existing consequence modelling tools. ARISE project is specially designed to improve this situation. Despite important logistic and scientific challenges, ARISE project is progressing well and should reach final deliverable Q2 next year.

Innovative Integration of Ammonia Cracking and Power Generation: Hanwha Impact’s H2ACT-HRSG Project
Presentation

Innovative Integration of Ammonia Cracking and Power Generation: Hanwha Impact’s H2ACT-HRSG Project

Tuan Hoang

The Hanwha Impact H2ACT-HRSG project introduces a novel and highly efficient flow-scheme that integrates ammonia cracking with heat recovery steam generation (HRSG), tailored for small-to-medium scale clean power applications. Developed in collaboration with KBR, this configuration leverages high-grade heat from gas turbine exhaust and duct firing to drive a series of adiabatic reactors, enabling efficient hydrogen production from ammonia while simultaneously generating steam for power. This innovative integration—termed H2ACT-HRSG—offers performance advantages over conventional stand-alone ammonia cracking systems in combined cycle power generation settings. Key benefits include enhanced hydrogen yield, improved net power generation, and reduced specific ammonia consumption, all contributing…