The use of a scanning calorimeter (DSC) to monitor heat-induced or cooling-induced processes in the test material and track phase transformation processes.

Thermal camera tests using the FLIR SC 660 type thermal camera. High-resolution still or moving thermal images for thermotechnical analyses of high-temperature equipment, fault detection, and building energy assessments.

Heating microscope tests using the SYLAB IF-2000G heating microscope. Examination of the melting and softening properties of fuel ashes and determination of the softening parameters of ceramics at temperatures up to 1550 °C.

Determination of flash point in closed vessels using the Pensky-Martens apparatus. Determination of the closed-cup flash point of liquids, mineral oil products, etc., with the help of the Pensky-Martens apparatus.

Simultaneous investigation of processes involving weight change and thermal effects (endothermic and exothermic) during the heating of fuels, minerals, metals, organic materials, etc., using TGA (thermogravimetric analysis) and DTA (differential thermal analysis) methods.

Dilatometric and thermal expansion testing using the Setaram SETSYS 24 thermoanalytical equipment. Detailed analysis of thermal expansion of ceramics, metals, and refractory materials based on dilatometric properties.

Determination of carbon dioxide, carbon monoxide, hydrogen, oxygen, methane, hydrocarbons C1-C5, hydrocarbon concentrations, and analysis of hydrogen sulfide concentration.

Recording high-speed videos using the FastCAM Mini UX100 camera. Resolution: 1280 x 1024 pixels, frame rate: 4000 fps, enabling detailed capture and analysis of high-speed events.

Spectrophotometric analyses using the VWR UV-6300PC instrument. Determination of inorganic and organic compounds, including phosphate, nitrate, ammonia, and phenol content, among others.

Measurement of atmospheric dust concentration using the TSI DustTrak instrument. It is used to measure PM10 and PM2.5 particles in the air, providing accurate determination of dust concentration.

Determination of dust concentration using the Dekati PM10 impactor and S-20 cyclone probe. Measurement of total dust concentration as well as PM10 and PM2.5 particles in gases flowing through channels.

The polymer melt flow indexer is essential for assessing the processability of polymer materials, measuring viscosity at a specified temperature and load.