Materials and Systems Integrity - InnoTech Alberta


The Corrosion and Fluid Systems Engineering teams at the Devon Research Centre provide expert-level consultation on the development, demonstration, operation, and improvement of corrosion issues and fluid flow and heat transfer systems. Typical services include hydrodynamic analysis, instrumentation evaluation, corrosion testing and mitigation, pipeline and assets integrity, process evaluations, material qualifications, and correlation of wear rates to process conditions.  These services support Oil Sand producers, Transmission Pipeline, and suppliers and service providers to these industries. Our advanced research and testing combines bench-top and pilot-scale experiments, field results, and numerical simulation to study, predict, and evaluate mechanisms, parameters, and performance.


  • Evaluate pipeline materials, fittings, valves, and instrumentation
  • Prototype development and evaluation
  • Assess additive dosing and decomposition


  • Solid particle size and shape analysis
  • Mechanical testing including tensile, bend, Charpy Impact, hardness mapping
  • Under deposit corrosion (UDC) in aqueous and hydrocarbon environments
  • Microbiologically influenced corrosion (MIC)
  • Evaluation of systems using electrochemical approaches to determine corrosion susceptibility
  • Assessing corrosion under mechanical stress to simulate environmental cracking
  • Chemical mitigation testing (e.g., inhibitors, biocides, wax dispersants, asphaltene dissolvers, etc.) for oil and aqueous systems
  • Corrosion resistance, anti-fouling properties and integrity of coatings
  • Testing according to various NACE, ISO, ASTM and CSA standards.


  • Pipeline process condition monitoring, wear analysis and material selection optimization
  • Non-destructive evaluation (UT, PAUT, Laser, Radiography)
  • Data acquisition, interpretation, and modeling
  • Technology demonstration and test method development
  • Project management and logistics


  • Multiphase flow simulation
  • Thermal-hydraulic analysis


Pilot-scale Slurry Flow Loop

  • Qualification of hydrodynamic properties of multiphase flows
    • Pressure drops, friction factors, flow regimes, deposition velocities, particle concentration and velocity profiles
    • Characterization and monitoring of solid particle degradation (PSD, CAMSIZER)
  • Measurement of wall loss and wear profiles in slurry transport equipment
    • Pipe, liners, elbows, valves, and fittings
    • Methods include ultrasonic, laser, and gamma based measurements
    • Severe service conditions with up to 2” diameter rock and flow velocity up to 8 m/s in 10” diameter piping
  • Pipeline product demonstration (ex. Inhibitors, flocculants, mixers, pumps, valves, and drag reducing agents)
  • Flexibility to change configuration to suit client needs
  • Slurry sample analysis including rheology, viscosity, solids content and PSD.
  • Pipeline operation simulation with controlled flow-rate and temperature

Oil/Pigging Flow Loop

  • 4” pipe sections.
  • Pipeline operation simulation with controlled flow-rate
  • Pipeline inspection gauge (Pig) design evaluation and chemical inhibitor evaluation
  • Process fluid can be Hydrocarbons or water

Water Flow Loop

  • 2” pipe sections with the ability to scale up.
  • Pipeline operation simulation with controlled flow-rate and temperature.
  • Modeling capabilities for flow assisted corrosion (FAC)
  • Evaluation of corrosion-monitoring technologies
  • Real time corrosion rate monitoring
  • Ability to customize/change configurations.
  • Dissolved gas control systems


  • Proof ring testing (NACE TM0177, Method A) with stresses up to 200,000 psi (based 0.252” diameter specimen) and 110°C
  • Stirred autoclaves for sour exposure testing up to 350°C, 345 bar (5000 psi)
  • Autoclaves for mechanical loading in environments up to 320°C, 200 bar (2900 psi)
  • Rotating cage capabilities for corrosion inhibitor evaluations (ASTM G184)
  • 25 kN mechanical test frame with slow strain-rate (SSR) and cyclic loading capabilities coupled with a pull-through autoclave for mechanical testing under environments up to 320°C and 136 bar (2000 psi)
  • Hydrogen permeation measurements under mechanical loading sour environment