The production of methanol from waste offers a groundbreaking solution for sustainable urban waste management as well as producing an alternative renewable fuel for maritime transport. Giacomo Rispoli, Andrea Angeletti and Alessia Borgogna of Nextchem provide an overview of the waste conversion process and its application.
No longer viewed as only a chemical feedstock, methanol is increasingly being regarded as a low-carbon energy carrier. Zinovia Skoufa of Johnson Matthey discusses the role of sustainable methanol as a multi-pathway fuel for the energy transition.
By combining oxygen-blown Lurgi™ autothermal reforming (ATR) technology with Cryocap™ H2 carbon capture technology, Air Liquide offers an innovative plant configuration to meet the need for a central production facility offering flexible product diversification with hydrogen and ammonia at a scale that satisfies extensive decarbonisation targets.
Renewable capacity statistics 2025 released by the International Renewable Energy Agency (IRENA) shows a massive increase in renewable power capacity during 2024, reaching 4,448 gigawatts (GW). The 585 GW addition last year indicates that renewables claimed a 92.5% share of the total capacity expansion in power generation, and a record rate of annual growth (15.1%). Even so, progress still falls just short of the 16.6% growth needed to be producing 11.2 terawatts of energy by 2030. Progress also reflects significant geographic disparities. As in previous years, most of the increase occurred in Asia, with the greatest share being contributed by China- almost 64% of the global added capacity. G7 and G20 countries respectively accounted for 14.3% and 90.3% of new capacity in 2024.
Agreement between Mabanaft and HIF Global for planned offtake of e-methanol for the shipping industry
NEXTCHEM (MAIRE) AWARDED A LICENSING CONTRACT BY TRANSITION INDUSTRIES FOR A 2.1 MILLION TONS PER YEAR ULTRA-LOW CARBON METHANOL PLANT IN MEXICO BASED ON ITS PROPRIETARY NX ADWINMETHANOL® ZERO TECHNOLOGY NEXTCHEM’s proprietary NX AdWinMethanol® Zero offers an innovative process combining cutting-edge solutions to minimize carbon emissions, thanks to its autothermal reforming (ATR) technology The plant […]
Days 2 and 3 of the CRU’s 38th Nitrogen+Syngas 2025 Expoconference turned to the technical sessions, organised in three parallel streams covering: green ammonia technology, nitric acid and ammonium nitrate, plant operations and reliability, urea technology, digitalisation, carbon capture, emissions reduction and sustainable fertilizer production, and fertilizer finishing.
High energy storage costs for renewable-based technologies are likely to make European long term carbon prices considerably higher than their present levels.
While there is still a considerable push for use of biomass waste as a lower carbon feedstock for chemical production via gasification to syngas, biological processes such as fermentation are increasingly gaining traction as an alternative.
Brazilian phosphate producer Galvani says that it has begun work on its major phosphate expansion in Bahia state, including a new production plant at Ceará, in partnership with Indústrias Nucleares do Brasil (INB). The company aims to reduce Brazil’s northern and northeastern regions’ reliance on imported fertilizers. The first phase includes $133 million of investment, including $76 million for new phosphate mining at Irecê, and $38 million for Luís Eduardo Magalhães factory, also in Bahia. This expansion will take capacity from 600,000 t/a to 1.2 million t/a by 2026. The expansion at Luís Eduardo Industrial Complex includes expansion of sulphuric acid capacity from 165,000 t/a to 250,000 t/a.