CARBON CAPTURE & STORAGE
De-Risking CO₂ Storage Through Reliable Subsurface Data
Premier Corex provides integrated laboratory testing and technical expertise to evaluate subsurface CO₂ storage performance and integrity. From storage formation characterisation to injectivity and seal integrity, our technical experts generate the data needed to reduce uncertainty and support confident storage decisions.
The Challenge
Successful geological storage requires more than identifying available pore space. Storage formation quality, injectivity, fluid-rock interactions, geomechanical behaviour and seal integrity all influence how CO₂ will behave during injection and over the long term.
Reliable, representative laboratory data is essential to understand these interactions, quantify uncertainty and support safe and effective storage development.
Safe CO₂ storage depends on understanding the complete subsurface system.
Our Solution
Integrated Laboratory Evaluation for CO₂ Storage
We deliver integrated CCUS laboratory programmes that evaluate storage formation performance, injectivity and containment under representative subsurface conditions. Through advanced rock and fluid analysis, coreflood testing, geomechanical evaluation and technical interpretation, our specialists work alongside operators to generate the data needed to characterise storage sites, optimise injection strategies and reduce subsurface uncertainty.
Carbon Capture & Storage Capabilities
-
Storage Formation Characterisation
Characterise porosity, permeability, mineralogy and geological properties to understand storage capacity, reservoir quality and the controls on CO₂ flow and distribution.
-
CO₂ Injectivity & Rock–Fluid Interactions
Evaluate CO₂ injection under representative subsurface conditions to understand injectivity, multiphase flow behaviour and rock-fluid interactions that may influence storage performance.
-
Geomechanics, Caprock & Seal Integrity
Evaluate mechanical behaviour, stress response and caprock properties to understand containment integrity, potential migration pathways and the impact of CO₂ injection.
-
Integrated Storage Assessment
Combine geological, petrophysical, flow, geochemical and geomechanical laboratory data to support robust storage characterisation, modelling and informed injection decisions.
Why it matters
Reducing Uncertainty. Supporting Safe CO₂ Storage.
Our integrated CCS programmes help clients:
Improve storage site characterisation
Optimise CO₂ injection performance
Understand long-term rock-fluid interactions
Assess containment and seal integrity
Reduce uncertainty in storage development
Why Premier Corex
Providing subsurface solutions worldwide for over 50 years
Independent testing, trusted data & unbiased technical advice
INDUSTRY LEADING EXPERTISE
QUALITY, SAFETY & SUSTAINABILITY
Trusted by operators, NOCs & service companies worldwide
Committed to quality & responsible operations
INDEPENDENT LABORATORY
50+ YEARS EXPERIENCE
Related Resources
BROCHURES
-
Carbon Capture & Storage
De-risking long-term CO₂ storage.
TECHNICAL WEBINARS
Explore technical webinars, publications and guides covering routine and special core analysis, reservoir characterisation and best practices for laboratory testing.
Join over 1.7k subscribers and stay up to date with the latest technical insights from Premier Corex and industry specialists.
Featured Webinar: Core Analysis: (Super)Critical for De-Risking CCUS Projects
TECHNICAL PAPERS
-
SCA I Review of the Intercept Method for Relative Permeability Correction – A Variety of Case Study Data > Click to view
SPWLA I In-Situ Saturation Monitoring (ISSM) Recommendations for Improved Processing > Click to view
EAGE I Core Analysis Requirements for Low Salinity Waterflooding > Click to view
SCA I Drill Cuttings as an Economic Tool to Understand the Petroleum System For Exploratory and Development Wells > Click to view
Developments in Petroleum Science I Core Analysis: A Best Practice Guide - Volume 64 > Click to view
SPE I Relative Permeability Modifier (RPM): Suitability Screening With Reservoir Core Under Reservoir Conditions > Click to view
SCA I Core Sample Preparation – An insight into New Procedures > Click to view
SCA I The Preservation or Removal of Solid Bituminous Material – Core Analysis Programme on Elgin Franklin Field > Click to view
Marine and Petroleum Geology I Recommended Practice for Probe Permeametry > Click to view
SCA I High Resolution Probe Permeability – An Aid to Reservoir Conditions Description > Click to view
SCA I Core Preservation – An Alternative Approach > Click to view
Clay Minerals I Facies-Related Diagenesis In The Main Claymore Oilfield Sandstones > Click to view
Related Solutions
Assessing CO₂ Injectivity and Storage Integrity?
Discuss your CO₂ storage testing requirements with our experts and develop a laboratory programme aligned with your project objectives.