Allied Green Ammonia (New Project added March 2024)
Allied Green Ammonia
Feasibility and pre-FEED studies have been completed and FEED studies are planned to commence around mid-2024 on a large-scale, renewables-based hydrogen and ammonia production project to be located at Gove in the Northern Territory.
| Main proponents:
Allied Green Ammonia |
Main end-use classification:
Industrial process – ammonia production, export focussed |
Status:
Under development |
Estimated cost:
US$15 million (feasibility and pre-FEED studies) US$6.55 billion (total project cost) |
| Other involvement:
|
Production details:
Producing 912,000 tonnes per annum of green ammonia from 450 tonnes per day of renewables-based hydrogen based on an average electrolyser capacity of 1 GW per hour and overall average site power demand of 1.1 GW per hour |
Location:
Northern Australia, Australia |
Announced funding:
|
Project description
Project feasibility and pre-FEED studies have been completed and FEED studies are planned to commence around mid-2024 based on the scope of work to be provided to potential FEED/ EPC contractors.
The renewables-based hydrogen and ammonia production project is to be located at Gove in the Northern Territory.
The project is targeting commercial operations to begin in the first quarter of 2029.
The project proponent has advised of the following project developments:
- An interim land agreement has been signed with local landowners (GUMATJ CORPORATION)
- A process licence has been signed with HALDOR TOPSOE for use of their ammonia production technology
- A project development agreement has been signed with TECNICAS REUNIDAS of Spain
The project is planned to generate 9,500 GWh per annum from renewables-based sources to produce 912,000 tonnes per annum of green ammonia. The project would benefit from the pre-existing infrastructure of a port and desalination plant, which is projected to meet the needs of the new green hydrogen and ammonia facility adequately. A net consumption of approx. 1,750 ML/year of ultrapure water is anticipated for the electrolysers for hydrogen production.
This description has been reviewed by the project proponent.
Uploaded: March 2024