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    Section: CRUNS Industry News

    Petrobras to resume construction at Tres Lagoas

    Petrobras PBR has said that it plans to restart construction of the long-delayed UFN-III fertilizer plant in Três Lagoas, Mato Grosso do Sul, with work at the site expected to resume by September. UFN-III, with a planned capacity of 2,200 t/d of ammonia and 3,600 t/d of urea, was partially completed in the 2010s, but the site has been inactive and unfinished since 2015. Petrobras now intends to complete the project with an estimated investment of $1 billion, targeting commercial operations by 2029. The site was chosen as it was strategically positioned near several of Brazil’s largest agribusiness regions, including Mato Grosso, Mato Grosso do Sul, Goiás, Paraná and São Paulo.

    Kazakhstan to build nitrogen plant

    The government of Kazakhstan says that the country will build its first ammonia-urea plant at Aktau, in the Mangistau region, with a total investment cost put at $1.6 billion.The Kazakh Industry and Construction Ministry and KazAzot PRIME have signed an investment agreement for the construction of the complex, with commissioning scheduled for 2030. Plant capacity is expected to be 660,000 t/a of ammonia, 580,000 t/a of urea and 500,000 t/a of ammonium nitrate. The government says that the plant will reduce import dependence, supply domestic farmers, and strengthen export potential. By 2030, Kazakhstan’s ammonia production capacity is projected to reach 2.3 million t/a, ensuring self-sufficiency and export growth.

    Waste to energy demonstration plant completed

    Compact Syngas Solutions (CSS) says that it has completed work on a government funded demonstration project which aims to be “the next generation of waste-to-energy plants”. The new £4 million ($5.4 million) MicroHub plant, developed as part of the Department for Energy Security and Net Zero’s (DESNZ) Hydrogen BECCS Innovation Programme, produces hydrogen and electricity from biogenic waste while capturing carbon emissions using water scrubbing. Unlike traditional methods that use chemical solvents like amines, CSS’s system uses water to remove carbon dioxide from syngas, which the company says is a safer and more sustainable solution.