Travertine starts demonstration plant
Travertine Technologies has started the operation of a demonstration plant producing sulfuric acid in Upstate New York, US.
Travertine Technologies has started the operation of a demonstration plant producing sulfuric acid in Upstate New York, US.
CF Industries, Trafigura, and Envalior have announced a Shipment of certified low-carbon ammonia from CF Industries’ Donaldson, Louisiana, US, facility.
Elessent Clean Technologies has acquired Sulphurnet, supporting its mission to deliver comprehensive solutions for cleaner industrial processes.
thyssenkrupp Uhde has completed the start-up of a hydrogen recovery unit (HRU) at Fertiglobe’s Fertil plant in Ruwais, United Arab Emrites.
Pivot Bio has appointed Ag Technology expert Deepak Pillai as its Head of Digital, supporting the company’s evolving digital strategy.
Nitricity has raised US$50 million to go global with its technology for transforming almond waste into organic fertilizer.
The UK and Brazil have signed a partnership on fertilizers to tackle their environmental impact and embrace their economic opportunities.
Yara International ASA has signed a definitive 10-year offtake agreement with ATOME to purchase the entire fertilizer production from the Villeta Project in Paraguay.
Peregrine Hydrogen has signed an LoI with OCP Group for scale-up funding and offtake of its hydrogen technology.
BASF and Yara International have discontinued development of their low-carbon ammonia production facility on the US Gulf Coast.
ESGFIRE has applauded Replenish Nutrients' Beiseker facility commissioning with the facility expected to generate CAN$15.6 million in revenue.
Cemvita has signed an agreement with Government of Rio Grande do Sul to deploy industrial biofertilizer plant in Southern Brazil.
The Green Climate Fund has approved US$50 million in concessional finance to the Villeta Project.
Lucent Bio introduces Soileos Boron + Zinc, a new granular fertilizer designed to improve boron nutrient use efficiency by reducing losses from leaching and aligning nutrient availability with crop demand.
The ARS showed it can achieve its ammonia reduction targets by evaporating one-third less water than was anticipated and modelled.