3D printable electroactive materials for organic electrochemistry

这项研究将解决与电化学反应器在反应发展的每个阶段相关的问题：发现、优化、传播和可重复性：系统将被开发出来，目前在电合成领域还没有可用的系统，并利用这些系统来发现和开发一些合成转化。基本的，可测量的目标是：a)发明合成有机电化学反应的筛选系统；b)通过评估反应器参数对不同电合成反应输出的影响来解决可重复性问题；c)为超级细胞开发优化工具，材料，打印程序和创新设计；尽管该项目的重点是小规模使用，但该项目的反应器设计和可重复性研究将直接用于规模研究，并促进电化学在工业和学术界的应用。

This research will address the problems associated with electrochemical reactors at each stage of reaction development: discovery, optimisation, dissemination and reproducibility: Systems will be developed that are not currently available in the field of electro-synthesis and exploit these systems for the discovery and development of a number of synthetic transformations. The fundamental, measurable objectives are to:a) Invent a screening system for synthetic organic electrochemical reactions b) Solve the reproducibility problem by assessing the influence of reactor-parameters on the output of different electro-synthetic reactions c) Develop optimisation tools, materials, print-procedures and innovative designs for Super-Cells: the next generation of reactors for organic electrochemistry Despite a focus on small-scale use, the reactor designs and reproducibility studies from this project will directly feed into scale-up research and facilitate adoption of electrochemistry in industry and academia.