EPCON International, a leading devolper of pipeline sizing and simulation software, has released 9.2 version of SiNET. Engineer's Aide SINET combines patented pipeline network analysis software with accurate AIChE DIPPR physical property data for the analysis of process piping and equipment in liquid, gas, and multi-phase systems.

EPCON's Process Innovator simulation interface in SiNET 9 provides Engineering Intelligence to solve root cause fluid flow and pressure drop problems at your plant facility. First Design the process flow diagram of the process or utility systems to be models and enter required input data for pipes, nodes and equipment. Next Simulate to determine all of the flows and pressures throughout the entire system. Then, Analyze to show the percent deviation from minimum and maximum design specifications for all pipes and equipment in the system. With EPCON's Engineering Intelligence, pipes and equipment above or below set minimum and maximum deviations from design are colored to directly identify the root cause of low pressures and flows in the system. The new AI is EI - Engineering Intelligence in EPCON's Process Innovator.

Design Process Innovator Diagrams
Learning the patented Process Innovator interface in SiNET 9 is quick and easy. Drag equipment icons from a pallet of over 70 process equipment icons onto the pallet and click and drag between available connection ports to place pipes in the system. SiNET 9’s patented Speed Draw creates an equipment and a connected pipe with just one click.
Simulate Liquid or Gas Systems
Many fluid flow simulators on the market require the purchase of two separate products in order to simulate liquid and gas systems, but not with EPCON's SiNET 9. No matter what stream composition, SiNET 9 can simulate it.
Pipe Flow Analysis at its Finest
After designing and simulating your Process Innovator Diagram, analyze your system in detail to ensure optimal flows and pressures, or just let EPCON SiNET do it for you with our revolutionary, patent-pending Analyze Feature.