Innovative Well Integrity Solutions

Sustainable Energy Production:

  • GHG Emission Reduction (Up to 50%)
  • Water Conservation (10 Million Gallons per Well)  
  • Environmental Monitoring / Leak Detection
  • Enhanced Geothermal Optimization

Intelligent Flow Monitoring:

  • Optimized Stimulation for Max Flow
  • Perforation Integrity Audit (C02 Sequestering /Water Injection)  
  • Flow Path Tracing 
  • Total Wellbore Auditing 

Svartsengi Geothermal Power Plant in Iceland

3D Imaging Through Solid Steel, In Real Time

Our wellbore imaging technology maps the wellbore allowing 3D visualization of the subsurface for the first time. 

Our detailed imagery provides qualitative and quantitative information to help predict, monitor, and prevent wellbore issues, including:

  • Delineates cracks in the steel and cement 

  • Flow path mapping through both perforations and behind the casing

  • Corrosion on the inside and outside of the casing

  • Location in 3D space of all object in the wellbore

  • In-situ thread inspection

News

January 17, 2023

We are proud to announce we are amongst 25 Canadian companies receiving funding from @SDTC_TDDC (Sustainable Development Technology Canada). This funding comes at a critical time as we move forward with our project to build our business and our community.

To be selected amongst other impressive candidates for funding by @SDTC_TDDC is an exciting step forward. The continued support from SDTC allows Canadian entrepreneurs to innovate and deliver solutions for a more sustainable future. #SDTCinvests 

 

Innervision (Alberta), supported by Foresight Cleantech Accelerator Centre, works to help clean up oil and gas wells through real-time, high-resolution 3D imaging that monitors wellbore issues such as steel and cement cracks, perforations, and corrosion.

 

 

September 2, 2021

Innervision is proud to announce its membership to the PEER consortium. 

Joining forces with industry leaders, operators and services providers for advancing the understanding of proppant partitioning, perforation erosion, and stress interference in horizontal well environments.

Checkout NSI’s Presentation on PEER consortium:

 

NSI Wed(NSI)Days