Reaction Equipment
Equipment used to carry out chemical reactions, involving temperature, pressure control, etc.
| References | Authors | Abstract | DOI |
| Feasibility study of electromagnetic induction tubular reactor for chemical reaction equipment | Qing Dayong, Tang Yuhu, Zheng Qiulu, Chen Xi | Electromagnetic induction heating has the characteristics of fast heating speed, high energy utilization efficiency, and real-time and accurate temperature control. The tubular reactor using electromagnetic induction heating treatment is compared with the traditional electric heating tubular reactor for experimental research and data simulation. According to the characteristics of electromagnetic induction tubular reactor such as long service life, simple maintenance, adjustable and controllable power, and safe use, the feasibility of electromagnetic induction tubular reactor for chemical reaction equipment is discussed. | CNKI:SUN:WGTX.0.2019-10-159 |
| Machine learning clustering algorithms for the automatic generation of chemical reactor networks from CFD simulations | Matteo Savarese, Alberto Cuoci, Ward De Paepe, Alessandro Parente | Predicting the thermal and environmental performances of combustion systems can be difficult and computationally expensive. Chemical Reactor Networks (CRN) represent an appealing solution for performing faster numerical simulations since they can carry out calculations with detailed kinetics in a significantly reduced amount of time. However, the design of such models is challenging, as it usually requires a considerable amount of expertise from the user. | 10.1016/j.fuel.2023.127945 |
| Advancements in droplet reactor systems represent new opportunities in chemical reactor engineering: A perspective | Meng Zhang, Asher E. Vokoun, Boyuan Chen, Weichen Deng | Traditional chemical reactors, such as batch reactors, continuous reactors, and semi-batch reactors, have been extensively studied and frequently act as central components of modern chemical plants. Recently, various advances in reaction times, surface-to-volume ratios, required amounts of reagents, and throughput have led to new directions in the design of miniaturized chemical reactors. In this Perspective, we provide an overview of the progress from traditional to miniaturized chemical reactors by summarizing the characteristics and applications of different types of reactors. | 10.1002/cjce.24897 |
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