Tag: Johnson Matthey

Maire SpA subsidiary Tecnimont, together with Orascom Construction SAE, have been awarded a lump sum turn-key engineering procurement and construction contract for new nitric acid and ammonium nitrate plants by the Egyptian Chemical Industries Company (‘Kima’). The contract value is approximately $300 million, of which about $220 million relates to Tecnimont activities. Finalisation of the contract is subject to successful execution of the financing package. The scope of work includes mainly engineering, supply of all materials and equipment – to be performed by Tecnimont – as well as construction activities, to be carried out by Orascom Construction.

Yara International is to build a major new speciality fertilizer and biostimulant production plant near York.

Johnson Matthey (JM) has signed an LCH™ technology licence with Equinor and Linde Engineering for H2H Saltend, one of the UK’s largest low carbon hydrogen projects. JM was selected alongside EPC partner Linde Engineering for the major FEED contract by Equinor. The licence counts towards JM’s milestone of winning more than ten additional large-scale projects by 2023/24.

Combining a deep scientific knowledge, engineering and field experience with state-of-the art technology, Johnson Matthey is proud to introduce its next generation of digital simulation tools via its JM-LEVO™ digital portals to further support customers in achieving their operational and sustainability targets.

Advances in clean hydrogen and ammonia production is fuelling worldwide interest in a new market for hydrogen and ammonia to provide a reliable low-carbon energy future. Ammonia cracking, the dissociation of ammonia back into hydrogen, delivers a pathway to large-scale sustainable hydrogen production. In this article KBR, Johnson Matthey, thyssenkrupp Uhde, Duiker, Proton Ventures and Casale report on their technologies and approaches to ammonia cracking in a low carbon economy.

Continuing growth in energy uses indicate robust demand for methanol over the coming years, but the current slate of new projects does not look sufficient to meet it. Is methanol approaching a supply crunch?

CRU’s Nitrogen + Syngas conference convened at the Hyatt Regency Barcelona Tower in Barcelona, from March 5th-8th.

ExxonMobil has awarded the contract for front-end engineering and design (FEED) of what it describes as the world’s largest low-carbon hydrogen production facility. A final investment decision for the project is expected by 2024, subject to stakeholder support, regulatory permitting, and market conditions. Technip Energies will conduct the FEED for the Baytown integrated complex, which will produce up to 1 bcf/d of low carbon hydrogen, while capturing more than 98% of associated CO2 emissions, totalling around 7 million tCO2 e/year. Offtake agreements are reportedly under discussion with third party customers. Start-up is planned for 2027-2028. The carbon capture and storage network being developed for the project will also be made available for use by third-party CO2 emitters in the area in support of their decarbonisation efforts.

The steam methane reformer is at the heart of most world-scale synthesis gas plants for ammonia, methanol or hydrogen production, and its optimum performance will maximise plant production and efficiency. This article studies the wide variety of parameters that need to be considered if a steam methane reformer is optimised.

Fulcrum BioEnergy says that it has successfully produced low-carbon synthetic crude oil using landfill waste as a feedstock at its Sierra BioFuels Plant, the world’s first commercial-scale landfill waste-to-fuels plant. Located outside of Reno, Nevada, Sierra will produce approximately 11 million gallons of renewable, low-carbon transportation fuels each year from approximately 175,000 t/a of landfill waste.