The demand for sustainable energy sources, like biomass, solar energy, hydro and wind power, is connected to challenges like energy storage and fluctuating energy supply. Regarding the second challenge, industry has to evolve their existing processes from steady state processes to dynamic ones. This work is concerned with the conception of an inline spectroscopy‐based optimization routine for chemical reactions under dynamic process conditions, which implements the search for a well applicable optimization algorithm. The studied reaction to reach this goal is a nitroaldol condensation.

中文翻译：

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考虑动态过程条件的基于在线光谱的化学反应优化

对生物质，太阳能，水力和风能等可持续能源的需求与能源存储和能源供应波动等挑战相关。关于第二个挑战，行业必须将其现有流程从稳态流程转变为动态流程。这项工作与动态过程条件下化学反应基于在线光谱的优化程序的概念有关，该程序实现了对适用性最佳的算法的搜索。为达到该目的而进行的研究反应是硝基醛缩合。