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Tag: Fertilizer

Nitrogen Industry News

Casale has acquired Hong Kong-based Green Granulation Ltd (GGL), and its proprietary technologies for the design and construction of urea and calcium ammonium nitrate (CAN) granulation systems. Casale says that the takeover is part of a broader strategy aimed at strengthening its leading position in the nitrogen market by leveraging the widest integrated portfolio of efficient technologies, enabling the company to offer a ‘one stop shop’ for the entire production cycle of nitrogen-based fertilizers, from raw materials to final products. GGL’s addition to the Casale group includes the Cold Recycle Granulation process, an advanced fluidised bed technology designed to accept a lower concentration of urea feed melt (ca 96% urea and biuret), as well as a proprietary design for both granulator and scrubber, a team of experts and qualified technicians, and considerable experience in several industrial references. The CRG design has a horizontal layout, leading to lower structural costs and higher efficiency, as well as lower total investment costs and power consumption, lower power consumption and simplified operation, and higher operational flexibility in urea and CAN granulation.

War returns to Europe

Late February saw the diplomatic crisis between Russia and Ukraine abruptly devolve into all-out war, on a scale not seen in Europe since the collapse of Yugoslavia in the early 1990s – some would argue not since the end of the Second World War. At time of writing, the conflict is still barely two weeks old, but has already produced an unfolding humanitarian catastrophe, and a refugee crisis of massive proportions. But over the medium and longer term, together with the international sanctions that have swiftly followed, it also has the power to deliver an economic shock to commodities markets in particular and the world economy in general that may be as bad if not worse than the crash of 2008-9.

Plant Manager+

This case study refers to the carbamate condensers and separators in the urea recirculation and hydrolyser desorber section of a urea plant, operating under normal operation at 0.3 MPa and 75°C. After 48,000 hours of operation, during the turnaround of the urea plant, the diaphragm type instruments were sent to the original equipment manufacturer for inspection and refurbishment. In addition to damage of the diaphragm, crevice corrosion was found in the gasket area (see picture) posing a health and safety risk .