Visuray was born out of a simple desire to help oil companies see inside their wells, where each moment of uncertainty translates to thousands of dollars lost. Conventional imaging in wells is impossible in most cases because well fluids are usually opaque. The solution is to use X-rays that pass through all types of well fluids and can produce 2D and 3D images of downhole hardware, even in the most opaque well environments.
With start-up funding from Statoil, BP and Shell, the technology was proven in the lab and then, in 2007, in the Ullrigg test well outside Stavanger. In early 2015, the VR90 Downhole X-Ray Diagnostic Tool, a 3-5/8 inch commercial wireline tool, was successfully tested in a well in Germany. Two years later, Visuray launched a second generation X-ray tool called the VR90s Advanced Diagnostic Tool, designed for slimmer, hotter wells while boasting a 50% wider field of view. In addition, a Visuray Positioning Module has been developed to ensure perfect tool placement.
Today Visuray scientists are applying the technology of the VR90 tool to develop a new tool, the VR360. The VR360 will provide accurate measurements of the state of the cement behind up to two casing strings.
STEP CHANGE FOR CEMENT EVALUATION
Currently under development is the VR360 Diagnostic Cement Evaluation tool. This radiates X-rays outward to directly evaluate cement integrity even in double casing strings. A step change for well integrity and safety, not only for new wells, but also for the decommissioning of old wells.
PROPRIETARY X-RAY TECHNOLOGY
All of Visuray’s tools share a set of common technological elements called the Downhole X-Ray Platform. A team of 30 professionals team has developed this cutting-edge proprietary technology to deliver electronically produced radiation downhole at unprecedented levels of brightness in a perfectly safe manner. Visuray technology is exclusive and unique in the industry.
A SAFER, GREENER FUTURE
All of Visuray’s X-ray products generate high-energy radiation electronically, without the use of chemical nuclear sources. This reduces the health and safety risk, improves environmental performance, and meets increasingly stringent governmental regulation arising from security concerns.