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Sustainable Nitrogen-Based Fertilizer Production from Sun, Air, and Water

机译:可持续的氮气肥料从太阳,空气和水中生产

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In the DuSol research project, the technology of sustainable fertilizer production is developed and demonstrated on the basis of solar thermal redox cycle processes. The focus is on the unexplored step of solar thermal air separation for the production of nitrogen. For this reaction, corresponding materials are identified by thermodynamic calculations and qualified and optimized on a laboratory scale. In combination with material development, a prototype reactor is designed based on computer-aided calculation tools. In a test campaign in the new high-performance simulator for concentrated solar radiation SynLight at the Technology Center in Julich, this reactor is being tested and the solar thermal nitrogen production demonstrated. These experimental works go hand in hand with the overall process simulation and optimization, which lead to a comprehensive economic analysis.
机译:在Dusol研究项目中,在太阳能热氧化还原过程的基础上开发和证明了可持续肥料生产技术。重点是在太阳能热空气分离的未开发步骤中,用于生产氮气。对于该反应,通过热力学计算鉴定相应的材料,并在实验室规模上鉴定和优化。结合材料开发,基于计算机辅助计算工具设计了原型电抗器。在新型高性能模拟器的测试活动中,在夏林技术中心集中的太阳能辐射定子中,正在测试该反应器,并表现出太阳能热氮生产。这些实验工程与整体过程仿真和优化携手共进,这导致全面的经济分析。

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