The importance of cooling equipment
Plant operators require effective and efficient equipment for cooling the solid materials generated during fertilizer production. The main options include fluid bed coolers, rotary coolers and bulk flow coolers.
Plant operators require effective and efficient equipment for cooling the solid materials generated during fertilizer production. The main options include fluid bed coolers, rotary coolers and bulk flow coolers.
An industry-wide push for greater environmentally accountability is driving the need for improved fertilizer cooling methods. Not only is indirect cooling technology more environmentally-friendly, says Igor Makarenko of Solex Thermal Science, it also provides fertilizer manufacturers with a better product.
Bodo Albrecht, BASF writes: Among the many sad news of 2020 is the passing of Alan Heywood, a leading authority in the advancement of nitric acid catalysts and recovery systems. At the time I first met Alan in 1997, he already had 6 patents to his name ranging from improved aircraft gas turbine igniters and “ZGS” grain stabilized precious metal composite materials to PGPs “cartridge” catalyst, arguably the first true catalyst system ever produced.
Copenhagen Infrastructure Partners (CIP) has unveiled plans to build Europe’s largest power-to-ammonia facility at the Danish port of Esbjerg, based on electricity from offshore wind turbines. The company said the plant will consist of 1GW of electrolysis capacity, capable of supplying sufficient hydrogen to produce 300,000 t/a of ammonia, and that the ammonia will be used as both as agricultural fertiliser and as fuel for the shipping industry. Excess heat generated in the process would be used to provide heating for around one third of local households in communities around the plant, to be sited on the west coast of Denmark. The company has signed a memorandum of understanding for the project with companies from both the agriculture and shipping sectors, including Danish Crown, Arla, DLG, Maersk and DFDS Seaways. CIP anticipates that it would cost approximately $1.2 billion to build the facility. They are currently seeking investors for the project and expect that the investment decision would be reached by 2023. The plant could enter commercial operations in 2026.
During the 10th Russian Corporate Governance Forum, Andrei Guryev, PhosAgro’s CEO and a member of the company’s board, was declared the winner in the category: “Contribution to the Development of ESG Culture”. PhosAgro’s Corporate Secretary, Sergey Samosyuk, was named the winner in the category “Corporate Governance Director/Corporate Secretary”.
A complete listing of all articles and news items that appeared in Nitrogen+Syngas magazine during 2020.
A complete listing of all articles and news items that appeared in Sulphur magazine during 2020.
A complete listing of all articles and news items that appeared in Fertilizer International during 2020
Fertilizer coatings play an integral role in minimising the degradation of fertilizers during transport, handling and storage. Increasingly, customers also want to know if the coatings they buy are sustainable too. But what exactly is a sustainable fertilizer coating – and how can its sustainability be properly defined and measured? Lucas Moore , director of coatings technology at Arkema-ArrMaz, weighs up these thorny questions and provides some clear-cut answers.
Nouryon is introducing a new anionic ‘gemini’ collector for phosphate flotation under the product name Phospholan G10. These novel dimeric reagents offer distinct performance advantages over conventional fatty acid collectors.