HPHT Chip Holder
HPHT chip holder rated up to 800 bar and 200 °C for pore-scale studies, EOR screening and CO₂ storage research.
| Maximum pressure | up to 800 bar |
|---|---|
| Maximum temperature | up to 200 °C |
| Condition class | HPHT (high pressure, high temperature) |
| Chip material | glass, microfabricated |
| Optical access | transparent window for microscopy |
| Chip geometries | physical rock, uniform and random networks |
| Connection | standard fittings to pumps and thermostat |
| Applications | EOR/IOR, wettability, IFT, fluid compatibility, CO₂ storage |
The high-pressure, high-temperature microfluidic holder is the fixture that seats glass microfluidic chips and connects them to pressure, temperature and optical-recording circuits. It is designed to reproduce reservoir conditions: working pressure up to 1000 atm and temperature up to 200 °C.
A transparent viewing window allows real-time microscope observation of fluid flow, oil displacement and phase transitions inside the pore space. The holder is built for chips of the main geometries — physical rock structure, uniform and random channel networks — and connects through standard fittings to pumping and temperature-control systems.
