Detect3D

Detect3D

Insight Numerics is dedicated to building a complete suite of the most advanced, visually intuitive software for safety analysis in the oil and gas industry. As a former consultant to the oil and gas safety industry, we became frustrated by the repetitiveness of the processes and tools available. We were confident that providing easy-to-use software that could be run on a standard laptop would empower engineers to perform their own computational analysis in-house. We combined, and modified, existing technology from a variety of fields, including engineering, visualisation, and gaming to solve challenging safety problems.
Detect3D is now the most used fire and gas mapping software in the industry, with 100% customer satisfaction. In January 2018, the Insight Numerics’ team built on its success with Detect3D, and released in:Flux, allowing anyone to perform ventilation and dispersion simulations without the need of outsourced expertise. in:Flux is an advanced Computational Fluid Dynamics (CFD) software that simulates ventilation and dispersion in complex geometries by solving the 3D Reynolds-Averaged Navier Stokes (RANS) equations.

It includes a level of automation virtually unheard of in traditional CFD software. All domain sizing, meshing, numerical set-up and solution monitoring is handled automatically, meaning that the software can be used by CFD experts and non-experts alike. With just a few clicks, hundreds of CFD simulations can be scheduled to run. Thanks to the compact mesh adaption, simulations are usually complete in just a few minutes, even for highly-complex geometries.

Insight Numerics remains committed to its original goal of providing the safety industry with the most modern and innovative technology to solve complex challenges. The success of its innovative products has proven its status as a key player in the industry. With several more products in the pipeline, our team is hopeful for the future, and will continue to partner with our clients to provide unique solutions to meet their requirements.