绿色肥料工业:低碳肥料

Pub Date : 2022-05-18 DOI:10.15255/kui.2021.066
Aysu Kayalıoğlu
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引用次数: 0

摘要

脱碳意味着从“低碳”的角度评估一个系统中的所有过程,从而减少或理想地消除温室气体排放。这篇综述描述了化肥工业的现状,以及对其脱碳的选择和建议。化肥工业的脱碳可以通过在原材料、能源使用和化肥生产过程中的操作条件方面的技术发展来实现。低碳肥料可以通过改善肥料的生命周期来实现,从原料的提取到最终产品的形成。如今,许多脱碳研究都处于研究阶段,这些研究使用的新技术可以用于氨生产,而氨生产是化肥行业中能源密集型最高的过程。本文综述了氢源在氨生产中的使用,实现低碳足迹的生物质气化或电解,减少硝酸生产中的温室气体排放,将碳捕获和储存技术融入肥料过程,以及提高低碳农业实践的效率。
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Green Approach to the Fertiliser Industry: Low-carbon Fertilisers
Decarbonisation means reducing or ideally eliminating the greenhouse gas emissions by evaluating all processes in a system from a “low-carbon” perspective. This review describes the current state of the fertiliser industry, and the options and recom-mendations for its decarbonisation. Decarbonisation of the fertiliser industry can be achieved with the developing technologies in terms of raw materials, energy usage, and operating conditions in the fertiliser production processes. Low-carbon fertilisers can be realised with the improvements that can be made in the life cycle of the fertiliser, from the derivation of the raw mate- rials to the formation of the final products. Today, many decarbonisation studies with new technologies that can be created in ammonia production, which is the most energy-intensive process in the fertiliser industry, are at the research stage. This paper reviews the use of hydrogen source in ammonia production and achieving biomass gasification or electrolysis with low carbon footprints, reducing greenhouse gas emissions in nitric acid production, integrating carbon capture and storage technologies into the fertiliser processes, and increasing the efficiency of low-carbon agricultural practices.
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