SR-series Static reactor for rock-CO2-brine interactions
Description
The aim is to study geochemical reactions when CO₂ is stored in geological reservoirs and their effect on rock properties. This evaluation is key to understanding the CO₂ injection impact on storage structures and ensuring long-term safety. Rock or cement samples are placed in the SR-series reactor, immersed in CO₂-saturated brine, and set under conditions simulating underground storage for a specified duration. The reactor's conditioning phase prepares the rock samples for subsequent advanced analytical techniques, like X-ray diffraction, scanning electron microscopy, and energy dispersive spectrum, enabling precise identification of mineralogical changes and the impact of CO₂ on rock petrophysical and mechanical properties. The reactor includes manual valves for CO₂ and brine control, a pressure manometer, and a burst disc for safety. The reactors can be heated using either an air bath or an electric heating mantle. Multiple sizes are available.
Features
Maximum pressure: 3,000 psi
Working temperature: Ambient to 150°C
Reactor dimensions: 2” x 4” (small size)
4” x 6” (medium size)
5” x 9” (large size)
Material: Hastelloy
Electrical: 110-220 VAC, 50 or 60 Hz
Benefits
* The reactor maintains a homogenous and steady-state exposure of the samples with respect to both pressure and temperature parameters.
* Available in multiple sizes
* Can be heated in two different ways, either using a heating mantle or an oven.
* Can be used with rock and cement samples
