Batch CO₂-fluid-sample experimental equipment
University of Edinburgh
School of GeoSciences
Katriona Edlmann
+44 (0)131 650 7339

Bench scale Quickfit™ equipment allows for reaction of samples (rock, soils, metal fittings, etc.) with fluids and carbon dioxide, to investigate the role of CO₂ in leaching metals and metallic elements from samples.

The equipment has previously been used to determine extent of steel corrosion, but primarily for the determination of trace metal concentrations, which can be leached from CCS reservoir sandstones with CO₂. In the UK context this may pose an environmental risk, if metal leaching is significantly higher than current oil and gas activities.

Fluid:sample ratios, temperatures, and CO₂ flow rate can be adjusted, for experiments at atmospheric pressure. Fluid samples can be taken for analysis e.g. pH, dissolved inorganic carbon, cation and anion concentrations. The laboratory is self-contained with respect to sampling and storage of samples. pH measurement (in-situ, or of samples) can be undertaken within the laboratory.

  • 250mL Quickfit™ borosilicate flasks and condensers with heating elements (x4)
  • Gaseous CO₂ flow to flasks at 1atm
  • Working temperature range 20-100°C

PhD research: Trace metal mobility in UK North Sea sandstones. Investigating CO₂-mobilised metals from North Sea sandstones to determine significance of leaching compared with existing North Sea oil and gas industry.

SCCS JIP Report: Environmental Impact of CO₂-EOR (The Offshore Context). Investigating CO₂-mobilised metals from a potential CO₂-EOR reservoir, to determine whether possible environmental impacts could occur.

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