Industry Leaders in the Design and Testing of Fluid Systems
Verdantas Flow Labs’ Flow System Engineering group is a recognized industry leader in addressing complex flow challenges for the nuclear and power utility sectors through physical, numeric, or computational fluid dynamic (CFD) modeling. Our diverse team of experts, comprised of civil, mechanical, aeronautical, and chemical engineers, holds over 40 patents in fluid engineering, with significant expertise in designing advanced fluid systems and components.
Through multidisciplinary collaboration, we can integrate CFD and physical modeling concurrently, accelerating the design process and achieving the final design more efficiently and accurately. In some scenarios, a computational model is a cost-effective tool to quickly analyze model parameter sensitivity or determine physical model boundary conditions prior to constructing a physical model. Conversely, there are many situations where a physical model is constructed to confirm computational results obtained via CFD. This dual approach allows our engineers to design fluid systems quickly and efficiently while maintaining the trusted accuracy of physical testing.
With extensive design experience at both the component and system level, we provide a comprehensive understanding of how individual components interact to fulfill system requirements and meet the unique challenges faced in each of these sectors. Our dedicated laboratory allows us to create full-scale mock-ups, test loops, and experimental setups, enabling swift evaluation of key system parameters and outputs. By leveraging advanced modeling techniques alongside this comprehensive testing, we help our clients enhance system efficiency, optimize resource management, and ensure regulatory compliance across diverse fluid applications.
In addition to our work in nuclear and power utilities, we utilize these same solutions to support a variety of other industries looking to address flow challenges, including water management, oil and gas, and industrial applications.
