PumpSim is an efficient software for modeling, designing, optimizing, and simulating a fluid pumping network. This program is fully interactive and is based on the same three-dimensional technologies used in Ventsim software. This software allows accurate design and simulation of piping networks and pumping systems. Pumping can be used to model the pressure of pipes and the pressure applied to the pumping systems. It is also possible to model the volume and intensity of the flow, open and close pipes, and ducts, the capacity of tanks and seals, the density and viscosity of liquids, valves, and spray nozzles, etc. This program can estimate the costs and effectiveness of your network and put these two indicators in a better position by providing suggestions.

PumpSim graphical environment is advanced, dynamic, and fully interactive, and users feel comfortable working with it. The 3D engine used in this software is designed to rotate, and zoom in and out of any part of the design. Also, by using instant animations, the performance of the network can be well understood. The design of the pumping network is not just about putting the pipes together and connecting them. It takes a little creativity. You just have to be more discriminating with the help you render toward other people. One of the good features of Pumpsim is its special attention to design optimization. Wherever necessary, with warnings or suggestions, it puts you on a path where you can design the network with maximum optimality.

The program was previously offered by Chasm Consulting, which was acquired by Howden Group after its acquisition.

Features and characteristics of Pumpsim software:

• Modeling of all components of the liquid pumping network (pipes, ducts, pumps, tankers, manual and automatic valves, connections, drainage, etc.)
• Calculate speed, pressure, and other parameters
• Animated simulation of liquid movement inside pipes
• Calculating and estimating the level of optimality and the amount of final costs
• Calculation of pressure on pumps and pipes
• Analysis of tanker structure and their capacity
• Investigation of tube wall friction effects
• And …