Computer Modeling of Chemical Processes: 19 workstations equipped with software such as CAEPIPE, Visual Vessel Design, Adina, Unisim Design, Chemcad, SC/Tetra, SolidEdge, ANSYS, and GaBi.
Chemical Engineering Operations Laboratory: HBM Quantum X data acquisition system, Certuss steam generator, ARI regulators, condensate automatic valves, sieve sets, filter press frames, spherical flask heater, furnaces.
Chemical Engineering Structural Laboratory: Equipment for testing flat plates, pressure vessels, measuring and data collection instruments, pressure test pumps, and compressors for structural testing.
We accurately determine the moisture content using just a few grams of sample. The RADWAG MA 100.R device in our laboratory enables quick and efficient measurements.
Wind tunnel laboratory: Closed, open, and forced convection wind tunnels, CTA, Schlieren optics, Infratech camera, PIV, and LDA systems.
Chemical safety laboratory: Kühner explosion chamber, DEKRA MIE, MIT, and LIT equipment, as well as an HBM Quantum X data acquisition system for comprehensive testing.
Our various load testing machines enable a wide range of material and structural testing, which is crucial for the design and evaluation of materials.
Particle size and zeta potential can be determined using dynamic light scattering across a wide measurement range with low sample volumes and high sensitivity.
Triaxial compression tests can be carried out with varying compressive forces using different loading machines. These tests comply with ISRM recommendations and the MSZ 18285/3-79 standard.
In the "Brasil test," different loading machines are used according to the tests' requirements, depending on the necessary compressive force needed to carry out the tests.
In the "vibration diagnostic examination," the Hurricane 12ch measurement system and the IMI PCB M604B31 triaxial accelerometers aid in the assessment of machines and seismic effects analysis. They are capable of ISO 17025 accredited calibration.
Pascal 140/440 mercury porosimetry: detailed porosity analysis. Provides precise and reliable examinations of the structure of solid materials.