Collection: Vacuum Insulated Tubing – VIT

At Novarix, we supply advanced Vacuum Insulated Tubing (VIT) designed to dramatically reduce heat loss in Steam Assisted Gravity Drainage (SAGD) operations. By minimizing steam consumption, VIT improves well efficiency, reduces operational costs, and lowers environmental impact.

How VIT Works

VIT consists of two concentric tubing strings with the thin layer of air between them removed, creating a vacuum barrier. Since heat transfer through a vacuum is extremely limited, this design keeps steam hotter for longer as it travels downhole. The result: significantly less heat loss to surrounding formations.

Key Benefits in SAGD Applications

  • Reduced Steam Consumption – Lower fuel and water usage by minimizing the need for additional steam injection.
  • Faster Pre-Heat Times – Research shows VIT-equipped wells can require as little as 75 days of pre-heating, compared to up to five months with conventional tubing.
  • Lower Operating Costs – Decrease natural gas usage and water consumption.
  • Environmental Impact Reduction – Reduced greenhouse gas emissions through more efficient steam utilization.

Novarix VIT Features

  • Enclosed Double-Wall Construction – Welded for superior strength and insulation integrity.
  • Multi-Layer Insulation – Engineered to minimize heat transfer and energy loss.
  • Pre-Stressed Inner Tubes – Enhances performance and durability under demanding conditions.
  • Insulated Connection Area – Minimizes heat loss at joints.
  • Full Gas Absorption – Annulus getter materials ensure maximum insulation performance.
  • Premium Leak-Path Reduction – Our latest VIT design has only one leak path per connection for improved thermal efficiency.
  • Shell-Approved JV Manufacturer – Meeting stringent quality standards for performance and safety.

Specifications & Options

  • Available with semi-premium internal connections for ease of running and increased reliability.
  • Custom configurations available for specific well designs and operational needs.

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