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Argus Fertilizer Europe welcomes you to Lisbon!
This year’s Argus Fertilizer Europe Conference is taking place at the EPIC SANA Lisboa Hotel, Lisbon, Portugal, 17-19 October 2023.
This year’s Argus Fertilizer Europe Conference is taking place at the EPIC SANA Lisboa Hotel, Lisbon, Portugal, 17-19 October 2023.
Ag Growth International (AGI) is a leading manufacturer of fertilizer blending systems. Robert Fitzpatrick, AGI’s product segment manager, highlights the latest innovations in fertilizer blending equipment and explains how these contribute to operational efficiency and agricultural productivity.
Håkon Reistad Fure stepped down from Yara International’s board of directors in mid-November due to new professional commitments, the company has announced.
The Argus Fertilizer Europe Conference returns as an in-person event at the Hotel RIU Plaza España, Madrid, Spain, 17-19 October 2022.
The fourth SulGas Conference organised by Three Ten Initiative Technologies took place 1-4 February as a virtual event. Selected highlights from some of the presentations from SulGas 2022 are given below.
Sour gas processing presents a number of unique challenges, especially at high levels of hydrogen sulphide and carbon dioxide content.
Alzbeta Klein will become the new director general (DG) of the International Fertilizer Association (IFA) on 11th January 2021. She succeeds Charlotte Hebebrand who resigned in May to become Nutrien’s chief sustainability officer and executive vice president (EVP) for stakeholder relations. Patrick Heffer is currently acting as IFA’s interim DG.
The last three years has seen a renaissance in fertilizer production and blending in sub-Saharan Africa. We highlight the expansion of capacity in Nigeria and other countries within the region.
J. C. Bourdon, F. H. Brown and P. J. Photos of Streamline Innovations Inc. present the development and commercialisation of the Valkyrie™ process, which employs new chemistries and advanced control systems to remove H2 S from natural gas at size scales ranxging from single wells to entire fields, providing an operationally sustainable and commercially attractive alternative to standard H2 S removal technologies.