Steady State Simulation Software

apiMAX™ is ais a Chemical Process Simulation Software that runs on Windows. It's a desktop application written in C++. This program enables the user to design Process Flow Diagrams (PFD), which can be quickly and easily transformed to a model, if stream and equipment parameters are given. apiMAX™ can be used to design and test a new chemical plant with given constraints and functionality, so that the plant will operate as close to design specifications as possible, while minimizing additional expenses. apiMAX™ can also be used to simulate existing chemical plants and help to identify the benefits from possible process modifications.

Yes, you need a valid license even for TRIAL version.

Create an account on our site, download the setup and then request a license. After you login into your account, you can maanege your liceses and versions. Use the Login button from the header menu.

apiMAX™ is a Chemical Process Simulation Software. This program enables the user to design Process Flow Diagrams (PFD), which can be quickly and easily transformed to a model, if stream and equipment parameters are given. apiMAX™ can be used to design and test a new chemical plant with given constraints and functionality, so that the plant will operate as close to design specifications as possible, while minimizing additional expenses. apiMAX™ can also be used to simulate existing chemical plants and help to identify the benefits from possible process modifications. apiMAX™ can be used to simulate chemical processes in general, and it specializes in pulp and paper industry related processes. apiMAX™ was the first simulator on the market which models pulp and paper and ethanol together. Unlike point solutions that only address specific process areas, apiMAX™ addresses inefficiencies throughout the plant, resulting in millions of dollars in monetary savings and increased customer satisfaction. apiMAX™ is used for Steady State modeling. That means it can be used for the representation of a chemical process during a specific period/instance of time via the use of various equations/algorithms/process knowledge. In steady-state modeling, time is not a variable. American Process International uses this software for strategic analysis studies and engineering/design work.

After you create a model you can export it as .pdf and or export the values as DDE/RTD links to Excel to better integrate your model with further analysis.