New ammonia import & export terminals

At Vlissingen in the Netherlands, Uniper & Vesta Terminals will explore the feasibility of developing a new ammonia import hub in northwest Europe, based on Vesta’s existing 60,000m3 ammonia storage facility. Also this week, Proton Ventures is currently developing a state-of-the-art ammonia export terminal for an oil & gas major in the UAE, which will feature the “biggest ammonia tanks ever built in the Middle East”.


More CCS projects announced for the US Gulf Coast

New US CCS ammonia announcements include: a new million-tonne-per-year facility for OCI in Texas, a new $2 billion production facility for CF Industries and Mitsui & Co. in Louisiana, multi-million-tonnes-per-year of production output for JERA, ConocoPhillips and Uniper on the Gulf Coast spread over multiple export projects, and FID reached for OCI’s decarbonisation project in Iowa.


Seven more projects for the Suez Canal Zone

The number of renewable hydrogen-based projects planned for the Suez Canal Economic Zone has now reached fifteen. Of the seven new MoUs signed in late August, four are targeting renewable ammonia production. Saudi-based alfanar, African energy developer Globeleq, Mediterranean Energy Partners and renewable energy developer Actis are all planning renewable ammonia production plants, with ACME Group also signing an MoU for a multi-million tonne renewable hydrogen plant in the SCZONE.


New Canadian export projects unveiled

Last month, four significant production projects were announced in Canada’s maritime provinces:

  • An export facility producing ammonia fuel at the Port of Belledune, New Brunswick. The Port Authority has also signed an agreement to create a direct trade corridor with the Port of Wilhelmshaven in Germany.
  • Two projects powered by onshore wind in southwest Newfoundland: the 100,000 tonnes-per-year Project Nujio’Qonik, and the 900,000 tonnes per year Project Lynx, with the latter being developed by Fortescue Future Industries.
  • And the Spirit of Scotia: a sprawling, GW-scale renewable hydrogen project being developed by Green Hydrogen International.


Ammonia exports from Canada to Germany

German energy giants E.ON and Uniper have signed agreements to offtake 500,000 tonnes of renewable ammonia each from EverWind Fuel’s under-development project at Point Tupper, Nova Scotia, beginning from 2025. The backdrop for these offtake MoUs was the signing of a new bilateral agreement between the Canadian and German governments to establish a Transatlantic Canada-Germany supply corridor for hydrogen.


Air Products targets ammonia imports at UK port

Air Products and Associated British Ports will develop a facility at the Port of Immingham for ammonia imports and hydrogen production (ie. cracking). Immingham is one of the UK’s largest ports and sits within Humberside: the UK’s largest industrial cluster. This follows on from a July announcement, which will see Air Products team up with Gunvor to develop an import terminal in Rotterdam, bringing ammonia from Air Products production projects around the world into Europe from 2026.


Syzygy & LOTTE join forces to deploy cracking tech in South Korea

Syzygy Plasmonics, LOTTE and Sumitomo Corporation of Americas announced they will join forces to deploy & test Syzygy’s fully-electric, photocatalytic ammonia cracking reactor at LOTTE Chemical’s HQ in Ulsan, South Korea. Syzygy’s reactor technology uses light from ultra-high-efficiency LEDs to crack ammonia into zero-carbon hydrogen, eliminating combustion emissions usually associated with chemical manufacturing. The announcement is one of several new ammonia collaborations this week, with LOTTE, ITOCHU and Sasol all announcing new agreements.


Global emissions implications from co-combusting ammonia in coal fired power stations: An analysis of the Japan-Australia supply chain

This study considers the emissions implications of co-combusting imported ammonia in coal-fired power stations. The study adopts a supply chain approach, estimating the emissions reduction potential of 20% ammonia co-combustion in coal-fired power stations in the country of use (Japan), and the emissions associated with ammonia production in the country of origin (Australia). The results show co-combustion of ammonia produced with SMR-HB provides no net benefit for the combined country emissions, as ammonia production related greenhouse emissions in Australia are equivalent to the emission reductions in Japan. In contrast, co-firing ammonia produced from fully renewable sources reduces emissions in the…