01 | Overview
The intelligent gas mixing and switching system is designed for complex reaction studies and in situ characterisation, enabling precise gas blending, rapid switching, and stable delivery across multiple gas lines. Integrating high-accuracy mass flow control, automated valve switching, programmable operation, and flexible gas-line management, the system creates stable and controllable reaction atmospheres for both steady-state and dynamic experiments.

02| Key Benefits
The system delivers a high level of accuracy, flexibility, and operational stability, helping improve automation and experimental reproducibility. Its precise flow control and modular gas-line design minimise atmosphere fluctuations and support reliable long-duration operation. With expandable channels and customisable configurations, it can be readily adapted to different reactors, in situ cells, and research requirements.

03 | Applications
The platform is widely used in in situ infrared studies, synchrotron experiments, plasma catalysis, thermal catalysis, photocatalysis, and electrocatalysis. It is well suited for multi-component gas mixing, programmed gas control, rapid atmosphere switching, steady-state and transient testing, and isotope-labeling studies. The system provides dependable atmosphere control for applications such as small-molecule activation, pollutant removal, CO₂ conversion, ammonia synthesis, and mechanistic investigation.