Calgary, Alberta

Downhole Consulting
& Engineering

From initial tool design to prototype testing and field optimization — we provide end-to-end engineering services for the oil and gas completion sector.

Deep Harbour operates as a downhole consulting and tool design firm serving operators globally. We deliver Design for Assembly, prototype manufacturing, and optimization analysis — each project scoped to the client's specific well conditions and operational requirements. Our work spans complex Completions, Subsea Robotics, and Downhole Electrification.

01
Consulting

Downhole
Tool Design

We provide downhole consulting across a range of completion sectors. Every project is scoped to fit the client's specific operational requirements — whether that's a new tool concept, a design iteration, or a full qualification program.

  • Concept-to-manufacture tool development
  • FEA and tolerance stack analysis
  • HP/HT and sour-service design compliance
  • API / ISO qualification support
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02
Engineering

Design for
Assembly

Providing Design for Assembly (DFA) is fundamental to maintaining safety and operability across every project. Whether the application is in the Electrical or Environmental sector, DFA ensures that all engineering deliverables are safe, stable, and built to last.

  • Assembly sequence optimization
  • Component standardization and part-count reduction
  • Manufacturing tolerance review
  • Field assembly and rig-up documentation
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03
Manufacturing

Prototype
Manufacturing

Our engineering team delivers prototype manufacturing and physical testing of downhole tools. We apply our in-house machining and testing capability to iterate rapidly on new designs — reducing time-to-qualification without compromising dimensional or performance standards.

  • In-house CNC machining in alloy steel and specialty materials
  • First-article inspection and dimensional reporting
  • Pressure and functional testing at operating conditions
  • Test documentation for qualification programs
Request Prototype Scoping →
04
Analysis

Optimization
Analysis

We leverage our engineering knowledge to reduce operational risk and improve completion performance. Through structured optimization analysis, we identify failure modes, evaluate design alternatives, and apply data to find the most effective solution for each application.

  • Failure mode and effects analysis (FMEA)
  • Completion program design review
  • Well-specific tool selection and configuration
  • Post-job performance reporting
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Ready to Build

Start Your Project

Tell us your well parameters and project scope. Our engineers will respond within 2 business days.