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CHANGES, CHALLENGES, AND OPPORTUNITIES IN FERTILISER-MANUFACTURING PROCESSES: A PERSONAL REVIEW AND OUTLOOK

机译:化肥制造过程的变化,挑战和机遇:个人评论和前景

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Today, fertiliser-manufacturing processes are generally considered mature with no significant room for improvement. Break-through innovations are not expected. Over the last 30 years, however, most such mature fertiliser production processes have still seen small but steady developments with respect to energy and labour requirements, adaptation to state-of-the-art technology, and improvements in emission values. This paper intends to discuss some of the technological changes that have happened over the course of just one generation and gives an outlook on upcoming challenges and opportunities regarding the manufacturing processes of mineral fertilisers. The paper will start at the beginning of the manufacturing sequence, with the synthesis of ammonia and nitric acid, as well as phosphates, as raw materials for finished fertilisers. It will then continue to consider issues such as safety in production and storage, the characteristics and behaviour of single nitrogen and multi-nutrient NPK solid fertilisers, the particulation and cooling in the course of the production process, and environmental improvements in production plants. Finally, an attempt will be made to identify possible future developments both in product requirements, production, and maintenance, as well as in specific work-force related challenges. In conclusion, this paper will argue that while fertiliser-manufacturing processes today are indeed rather mature, new technological as well as legal and social demands will require further technical innovation in the future.
机译:如今,肥料制造过程通常被认为是成熟的,没有重要的改进空间。预计休息创新是预期的。然而,过去30年来,大多数这种成熟的肥料生产过程仍然看到了关于能源和劳动要求,适应最先进的技术的小而稳定的发展,以及排放值的改进。本文打算讨论一代人发生的一些技术变革,并展望即将到来的挑战和有关矿物肥料制造过程的机会。本文将在制造顺序开始时从氨和硝酸的合成,以及磷酸盐,作为成品肥料的原料。然后,它将继续考虑生产和储存的安全性,单氮和多营养NPK固体肥料的特点和行为,在生产过程过程中的颗粒和冷却,以及生产植物的环境改善。最后,将尝试确定产品要求,生产和维护的未来发展,以及特定的劳动力相关挑战。总之,本文旨在讨论今天的肥料 - 制造流程确实相当成熟,新技术以及法律和社会需求将来需要进一步的技术创新。

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