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    Toyo to build AN plant

    Gujarat Narmada Valley Fertilizers & Chemicals (GNFC) has announced a contract award worth approximately $40 million to Toyo Engineering India Pvt Ltd for the supply of a second ammonium nitrate on an LEPC (Lump Sum Engineering, Procurement and Construction) basis. The plant will have a capacity of 480 t/d (160,000 t/a), and is projected to be built over a 20 month project timescale. The project received board approval during GNFC’s most recent board meeting. Toyo Engineering India has established a strategic tie-up with Spain’s INCRO SA for the technology license and supply of process knowhow. The new ammonium nitrate plant represents a substantial expansion for GNFC, with the company stating that this installation will enhance their capacity by 94%. GNFC says that it will better position the company to serve India’s growing demand for AN, while leveraging advanced international technology through the Toyo-INCRO partnership.

    Contract awarded for nitric acid plant

    NextChem has also announced that its nitrogen technology licensing division Stamicarbon, has been a licensing contract and the project development process for a new nitric acid plant in China. The project entails the application of Stamicarbon’s state-of-the-art mono-pressure technology, part of NX STAMI™ Nitrates series, which uses oxygen instead of air as feed for the process, enabling high energy recovery and low operational costs. NextChem says that the award builds on the Group’s longstanding expertise in nitrogen technologies and reflects its commitment to industrialising efficient, low-emission solutions for the agricultural supply chains.

    Agreement on gas-based ammonia plant

    The Jordan Free and Development Zones Group (JFDZ) says that it has signed a memorandum of understanding (MoU) with Nitrogen Jordan for Fertilisers to develop a gas-based ammonia plant within the Kingdom. Under the MoU, an area of around 200 hectares within the Al Karameh Free Zone on the Jordanian-Iraqi border will be allocated for the establishment of an ammonia production plant. The announcement follows positive developments at the Jordanian Risha Gas Project, located near the Iraqi border and major Jordanian crossings, approximately 30 kilometres from Al Karameh Free Zone, according to a JFDZ statement.

    Development funding for green ammonia plant

    The African Development Bank has approved a $10 million loan to Hyphen Hydrogen Energy, a Namibian green hydrogen development company, to support a green ammonia project valued at more than $10 billion, and with the potential to position Namibia as a pioneer in the global green hydrogen economy. The loan, sourced from the Sustainable Energy Fund for Africa (SEFA), will support frontend engineering design (FEED) studies for solar and wind generation, battery energy storage systems, and electrolyser capacity and desalination infrastructure, aiming to de-risk the project and attract the financing required for its realisation.

    Proton Ventures joins Barents Clean Ammonia project

    Barents Blue AS has announced Proton Ventures as a new partner in the Barents Clean Ammonia Project (project formerly known as the Barents Blue project). Barents Blue says that the Dutch engineering and project development company, a pioneer in the clean ammonia industry, “will bring significant resources and industry expertise to the project and the value chain for clean ammonia, important for the realisation of Europe’s largest clean ammonia production plant located in Finnmark, Northern Norway”.

    MHI successfully produces hydrogen at ammonia cracking pilot plant

    Mitsubishi Heavy Industries says that it has succeeded in producing 99% pure hydrogen by cracking ammonia using steam as the heating source. The production of hydrogen at pilot scale using the steam heating was conducted at the company’s pilot plant in the Nagasaki District Research & Innovation Centre, marking a world first. By contrast to technologies that use heat from burner combustion, MHI’s steam heating system operates at lower reaction temperatures, reducing operating costs. In addition, because a combustion furnace is not required, the system offers excellent features such as the potential for miniaturisation.