Tag: Production

QatarEnergy has announced the construction of a new world-scale ammonia-urea production complex at Mesaieed Industrial City in Qatar.

The prospect of a drastic expansion in potassium sulphate production has been linked to a plethora of projects in Australia, Ethiopia, and Eritrea. These have sought to take advantage of market tightness and high price premiums. Yet investor interest in supposedly promising projects has waned over the last few years. In this insight article, CRU’s Alexander Chreky explains the reasons behind the high project failure rate, as well as highlighting some limited successes.

The International Fertilizer Association’s annual Global Markets Conference is an in-depth event for those tracking the market. This year’s two-day gathering in London in July lived up to its billing as a meeting of curious minds (Fertilizer International 521, p4).

We profile Ulexandes, a fast-expanding supplier of agricultural boron products with production plants in both Bolivia and Peru.

Sophisticated control of phosphates production is now possible thanks to the availability of real-time process analysers. The emergence of laboratory robots is also improving process efficiency and delivering cost savings.

Landus has invested $15 million in a 75,000 square foot fertilizer manufacturing and distribution plant in Boone, Iowa. The project was backed by a $5 million grant from the US Department of Agriculture’s Fertilizer Production Expansion Program (FPEP).

Fertiberia’s Puertollano green hydrogen plant was officially inaugurated by Spain’s King Felipe VI in May 2023. The 20MW capacity unit will produce up to 3,000 tonnes of renewable hydrogen annually.

Based on 16 years of experience, Muhammad Nabeel Shakir of Fatima Fertilizer Company outlines a methodology to achieve optimum performance of the PGM catalyst and catchment system in nitric acid plants.

As the industry pushes towards more sustainable practices, ammonia is emerging as a promising alternative fuel for ships. Effective management of by-product NOx, NH3 and N2 O emissions from the combustion of ammonia is crucial to the success of ammonia as an alternative fuel. A new catalyst has been developed by Enercat to treat these three molecules in one bed. Jean-Rémi Stephany and Emmanuel Rohart of Enercat – Alsys Group report on this new technology which has been developed in marine ammonia combustion engine conditions.

Casale’s fluid bed granulation tail gas treatment for nitrogen-based fertilizer employs double temperature scrubbing technology, which handles the granulator exhaust air separately from the cooler exhaust air. The technology can combine dust removal with ammonia abatement in the same installation to meet strict tail gas limitations such as 10 mg/Nm3 for dust and 10 mg/Nm3 for ammonia. Ken Monstrey of Casale explains the key features of the Casale scrubbing technology.