01｜Overview
The plasma catalytic demonstration system is developed for plasma catalysis research and process scale-up, enabling parallel multi-channel reactions, continuous stable discharge, and automated operation. By integrating plasma reaction modules, gas handling, and parameter control into one platform, it allows multiple experiments to be carried out simultaneously under identical or varied conditions, significantly improving experimental efficiency and data generation.
03｜Key Benefits

The system offers high-throughput capability, scalability, and stable operation, making it well suited for rapid catalyst screening, reaction optimisation, and process evaluation. Its modular design and precise control ensure coordinated operation across multiple reaction units while maintaining strong channel-to-channel consistency and reproducibility. Customisable configurations also allow flexible adaptation to different reaction types, processing capacities, and integrated research needs.
03｜Applications

The platform is widely used in CO₂ conversion, ammonia synthesis, methane activation, and other gas–solid reaction studies. It is well suited for catalyst screening, condition optimisation, mechanistic investigation, and pilot-scale validation, providing an effective bridge between fundamental research and engineering development in plasma catalysis.