The designability of a polymeric photocatalyst is the main factor that facilitates the modification of its physical properties, such as porosity, solubility, and processability, allowing the entry of a polymeric photocatalyst into a flow reactor. Here, we provide a quick overview of recent investigations into how polymeric photocatalysts have been utilized in flow systems through observations in structural engineering and polymerization techniques. We also show representative examples of how the design of a flow setup can lead to improvements in the performance of polymeric photocatalysts. This paper provides insights for choosing the best reactor options for polymeric photocatalysts, depending on the properties and synthetic protocols of the polymers.

聚合物光催化剂的可设计性是促进其物理性质（如孔隙率、溶解性和加工性）改性的主要因素，允许聚合物光催化剂进入流动反应器。在这里，我们通过对结构工程和聚合技术的观察，快速概述了聚合物光催化剂如何在流动系统中使用的最新研究。我们还展示了流动设置的设计如何提高聚合物光催化剂性能的代表性示例。本文为根据聚合物的性质和合成方案选择聚合光催化剂的最佳反应器选项提供了见解。