CoMo Industrial Engineering is a leading force in the design of piping, pressure vessels, storage tanks, and other relevant constructions. Its engineers focus mainly on piping flexibility analysis, strength calculations for vessels, storage tanks, civil constructions, and transient flow analysis.
CoMo-IE needed a software package capable of calculating both pressure and temperature within piping systems when designing pressure vessels, storage tanks, and other relevant systems. When they installed the FluidFlow package, they were able to learn its complete functionalities within one day and quickly began designing their incompressible flow systems. Previously, this had been a labor-intensive and time-consuming process.
FluidFlow also helped CoMo-IE design steam systems, which was a major issue with other software packages that failed to provide the relevant required information.
CoMo-IE previously used Excel and other software packages to complete the calculations when designing large-scale systems. This process was time-consuming, error-prone, extremely inefficient and prevented the ability to model the interaction of connected piping components.
CoMo-IE wanted to save time and capital costs in their piping design by using a software that allowed them to focus on system analysis and optimization rather than manual Excel calculations. FluidFlow proved to be the complete software package that met their needs.
The FluidFlow support team provided CoMo-IE engineers with the necessary materials to master the software within just one day, offering additional support for any functionality-related questions. CoMo-IE quickly adapted to FluidFlow and immediately recognized its advantages over Excel and previous methods. By consolidating their workflow into one powerful platform, CoMo-IE achieved an 80% reduction in project time, streamlining system design and optimization.
Corné Moerbeek,
Process Engineer
By using FluidFlow, CoMo-IE eliminated inefficiencies such as extensive manual data entry in Excel and reliance on outdated software. It allowed them to perform precise pressure and temperature calculations while enhancing collaboration, leading to better analysis and decision-making. FluidFlow also addressed previous challenges in steam system design, as well as other incompressible flow systems.
With increased efficiency, they can now handle large-scale projects more effectively and optimize piping systems for better overall performance.
Stop wasting time on outdated, error-prone methods—FluidFlow helps engineers design smarter, faster, and with confidence. See the difference for yourself.
