The Welding, Corrosion and Fluid Systems Engineering teams at Devon provide expert-level consultation on productivity and quality enhancement for the energy, manufacturing, fabrication, and construction industries. Typical services include hydrodynamic analysis, instrumentation evaluation, corrosion monitoring and mitigation, welding consumable and/or equipment evaluations, comparisons, demonstrations and recommendations for welding, materials testing, and correlation of wear rates to process conditions.  These services support Oil and Gas, Transmission Pipeline, Water Treatment, and suppliers to these industries. Our research combines bench-top and pilot-scale experiments, field results, and numerical simulation to study, predict, and evaluate mechanisms, parameters, and performance.

Technology Evaluation

  • Evaluate pipeline materials, fittings, and instrumentation
  • Prototype development and evaluation
  • Assess additive dosing and decomposition
  • Recommend candidate welding processes and equipment for application-specific evaluation, with an aim to improve your  quality and productivity

Laboratory Scale

  • Solid particle size and shape analysis
  • Mechanical testing including tensile, bend, Charpy Impact, hardness mapping
  • Metallography and image analysis
  • 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


Field Support

  • Pipeline process condition monitoring, wear analysis and material selection optimization
  • Non-destructive evaluation (UT, PAUT, Laser, Radiography)

 Computational Fluid Dynamics (CFD)

  • Multiphase flow simulation
  • Thermal-hydraulic analysis

 Pilot Scale Flow Loop Services and Capabilities

  • Qualification of hydrodynamic properties of multi-phase 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
  • Bench top and large scale apparatus available
  • Pipeline operation simulation with controlled flow rate and temperature
  • Pipeline inspection gauge (Pig) design evaluation
  • Chemical inhibitor evaluation
  • Real time corrosion rate monitoring
  • Flow loops for evaluating corrosion-monitoring technologies and corrosion-mitigation strategies

 Sour Service Testing Facilities

  • 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 (5,000 psi)
  • Autoclaves for mechanical loading in environments up to 320°C, 200 bar (2,900 psi)
  • Rotating cage capabilities for corrosion inhibitor evaluations (ASTM G184)
  • Hydrogen permeation measurements under mechanical loading sour environment

 Industrial Scale Equipment

  • Arc welding systems, many with waveform-controlled welding capability for GMAW, SAW, EGW, GTAW and SMAW process variants
  • Mechanized welding systems for pipe and plate
  • Modern welding health and safety equipment (Snorkels, PAPR, downdraft table)
  • Automatic degaussing (demag) system for pipe and plate
  • Plasma cutting systems
  • Versatile and configurable 3D fixturing table and tool set
  • Material handling and workpiece manipulation equipment (up to 122cm/48” diameter)
  • Induction and flame heating equipment and heat treatment furnaces
  • Six-axis robotic GMAW cell
  • Virtual reality arc welding training systems

 Client Testimony

“The level of expertise and background knowledge the Welding Engineering Program provided was truly invaluable, enabling us as a company to do complete, in-depth, unbiased comparisons of the different orbital machines. The pros and cons of each machine were evenly weighted and we were able to select the best machine for our use.”

Sean Carnegie – ClearWater Fabrication