Site items in: Distributed ammonia synthesis

Webinar

University of Minnesota: world-leading demo plants to ammonia start-ups

Meet the University of Minnesota, a global leader in ammonia energy R&D. We will learn more about UMinn’s world-leading renewable ammonia demonstration plant in Morris, Minnesota, as well as exploring the ecosystem of initiatives and spin-out companies launched by UMinn, including RTI International, Power-to-X Analytics, and Aza Power.

Presentation

Ammonia Synthesis - Local, Clean and Green

Yossi Englander

GenCell has developed a novel approach to decentralized green ammonia synthesis relying on intermittent renewable energy. We will present a summary of our experience to date developing a technology and device relying on electrochemical ammonia synthesis from water and air, operating at ambient conditions and suggesting a sustainable and clean alternative to the traditional Haber-Bosch process.

Presentation

Ammisorb: Efficient Separation for Decentralized Green Ammonia

Anastasiia Karabanova

Ammisorb’s solution offers efficient seperation of product ammonia from decentralized, green ammonia production reactors. Compared to the current chiller method, Sorption Booster offers higher efficiencies, lower CAPEX costs, and is an ideal with renewable-power based systems.

Article

ABB to support development of floating ammonia production

Julian Atchison October 13, 2025

ABB will engineer and supply automation and electrification technology solutions for SwitcH2’s under-development floating production, storage and offloading (FPSO) vessel.

Article

GEGHA project in regional Australia reaches FID

Julian Atchison July 27, 2025

Hiringa Energy, Sundown Pastoral Company and the NSW Government announced that financial close has been reached on the Good Earth Green Hydrogen and Ammonia (GEGHA) project in Moree, regional NSW. Project financing was provided by the National Australia Bank, with funding from the NSW state government.

Presentation

Partnering to create one of the world’s first decarbonised value chains

Andrew Clennett

This presentation explores progress on the Good Earth Green Hydrogen & Ammonia (GEHGA) project in Moree, NSW, including the recently-achieved Final Investment Decision. Not only will green ammonia be able to be used as a direct-injection fertiliser, but can also be used to decarbonise irrigation pumps, farm equipment, and transport trucks: a full value chain solution.

Presentation

Enhancing project viability with carbon services

Carl Richardson

Life Cycle Assessments, Commodity Certificates, and Emission Reduction credits (VCM) are all examples of carbon services that can enhance a project’s bankability. These have particular implications for ammonia-related projects, with strong opportunities on offer in the Australian setting.

Article

Tsubame to deploy distributed production technology in Brazil

Julian Atchison April 14, 2025

Tsubame BHB and Brazilian biofuels company Atvos have signed a letter of intent to deploy Tsubame’s smaller-scale ammonia production technology in Brazil, replacing fossil-based fertilizers applied to surrounding agricultural areas.

Article

Landus and TalusAg: domestic renewable ammonia production for fertiliser use in North America

Geofrey Njovu March 11, 2025

Partnering with Landus, TalusAg has deployed its containerised, modular, anhydrous ammonia production system for commercial renewable ammonia production in Boone, Iowa, unlocking a new domestic fertiliser supply chain in the US.

Presentation

Jupiter Ionics – scaling Lithium-mediated nitrogen reduction for Green Ammonia

Julian Atchison

The Lithium-mediated pathway is one of the most promising avenues to Green Ammonia production at near-ambient temperatures and pressures, lending itself to a more decentralized production model than traditional chemistries. In this talk Dr Day will provide an update on the scale-up and commercialization of Jupiter Ionics’ electrochemical ammonia process, which builds on the foundational research of Prof Douglas Macfarlane at Monash University.