The test rig was designed to conduct experimental studies on burner operations under conditions replicating real-world environments. The system enables the testing of burners mounted in three independent ports with variable positioning and angular orientations, allowing for a wide range of research configurations. Testing is carried out within specified operating envelopes and for selected fuel mixtures, such as hydrogen and methane.

The combustion process takes place under controlled conditions within a specially engineered test chamber, where the operator mounts the selected burner and delivers the fluid mediums. Each fuel line is equipped with features to regulate key parameters, including pressure and flow rate, enabling precise definition of test conditions and ensuring the repeatability of the conducted experiments.

In addition to the mechanical architecture, the rig is equipped with an automation and data acquisition (DAQ) system that provides continuous monitoring of operating parameters, process control, and logging of measurement results. The implemented solutions enable real-time data integration and analysis, enhancing both the efficiency and reliability of the ongoing experiments.