High-Pressure Reactor 550 bar for Geoscience Research
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.
Portfolios
HPHT Test Bench for Carbonation Studies in Corrosive Media
For a major energy group, we designed an HPHT test bench (140 bar, 130°C) for carbonation studies. The Hastelloy C-276 solution resists corrosive fluids (salt water, CO2).
1200‑bar Floating Piston Cells for HPHT Reservoir Fluid 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).
750-Bar Positive Displacement Pump for Confinement Management in Geosciences
For a major energy client, we designed this 750-bar positive displacement pump. It provides precise confinement management for reservoir fluid experiments.
System for Automated Vessel Cleaning in a Sensitive Environment
For a major defense industry player, we designed an automated tank cleaning system for ATEX environments. This solution improves productivity, ergonomics, and operator safety.
500°C / 130 bar Corrosion Test Reactors for Materials Research
For IFPEN, we designed two reactors (500°C, 130 bar) for corrosion testing. The Inconel 625 solution withstands oxidizing gases at very high temperatures.
6 mL 6000 bar UHP Pump for Water Pressurization in Food Science Research
Replaced a manual pump with an automated 6000 bar / 6 mL pump for GEPEA (ONIRIS/CNRS). Features PC control and a non-reversible drive.
Supercritical CO2 Demonstration Cell
For TotalEnergies, we designed a portable and secure demonstrator to visualize the phase transition of supercritical CO2 during a conference.
High-Precision Osmosis Test Bench for Argillite Studies
For the BRGM, we designed an osmosis test bench. It measures tiny liquid flows (20 µL/day) through argillite samples under 50 bar confinement.
HPHT Pilot Unit for Simulating Turbulent Flow with DRA Agents
For an energy major, this HPHT pilot (50 bar) simulates turbulent flow. It measures the effectiveness of Drag Reducing Agents (DRA) without shearing them, using a custom low-shear pump.