Wide-Range Gas Permeability Test Bench and Triaxial Cell for Geomechanics
Wide-range gas permeability bench ($10^{-21} m^2$) with triaxial cell for the University of Shandong. An IRIAN MECATRONICS solution for tight rock characterization.
As a specialist in the custom design of HPHT scientific equipment, IRIAN MECATRONICS showcases on this page an overview of our expertise through a selection of advanced reactors and high-pressure cells. Each system is a unique solution, engineered to master the extreme conditions required for advanced processes and scientific research, enabling our clients to gather critical data with unparalleled reliability.
Our expertise covers a wide range of applications and materials:
Wide-range gas permeability bench ($10^{-21} m^2$) with triaxial cell for the University of Shandong. An IRIAN MECATRONICS solution for tight rock characterization.
50 mL / 500 bar Titanium variable volume cell. Features magnetic stirring, safety worm gear drive, and double-flange sapphire.
6000m flowmeter for marine research. A HP housing protects a non-intrusive sensor for reliable deep-sea measurement.
For the BRGM, we designed an HP reactor (550 bar, 250°C) made of Alloy 625. It resists the most corrosive fluids, including H₂S, for rock sample studies.
We built 1200 bar HPHT floating piston cells (up to 5L) for reservoir fluid studies. Made of Super Duplex F53, they resist corrosive fluids (brines, CO2).
For IFPEN, we designed two reactors (500°C, 130 bar) for corrosion testing. The Inconel 625 solution withstands oxidizing gases at very high temperatures.
For the BRGM, we designed an X-ray transparent triaxial cell (200 bar, 150°C). Made of PEEK and titanium, it allows for in-situ 3D analysis of rocks under stress.