See what’s new in Version 1.8 of IPSE GO – Integrated Process Simulation Environment in the cloud. This release focuses on overall usability improvements in terms of visual clarity and better flowsheet connection routing. Structural and Solver Issues now help identify misconfiguration quicker before anf after a calculation and as always minor bug fixes were fixed along the way.

Organic Rankine Cycles (ORC) are gaining attention recently, as industries explore efficient and environmentally friendly power sources. ORC systems, often integrated with geothermal plants, biomass, and solar power facilities, are essential for converting low-temperature heat sources into electricity. While valuable, traditional simulation of ORC processes requires specialized local software, which can complicate collaboration and accessibility. In this article, innovative simulation features are described that empower engineers when working with ORC simulation online with the help of IPSE GO. 

Discover how model-based data reconciliation in IPSEpro and IPSE GO ensures the highest level of data accuracy for your plant's operations. Learn how advanced statistical methods can optimize performance, minimize errors, and support better decision-making. Unlock the full potential of reliable process data for more efficient and cost-effective plant management.

See what’s new in Version 1.7 of IPSE GO – Integrated Process Simulation Environment in the cloud. This release has a strong focus on usability and improved simulation use cases. Create and share flowsheet images directly via the new Image Export feature, use the restyled information boxes to move around crucial object information and use the Validation Module for data reconciliation and validation tasks.

Explore the world of IPSE, the Integrated Process Simulation Environment, designed for precise heat and mass balance calculations and advanced process simulations. Learn how this powerful tool is transforming industries like thermal power, solar power, refrigeration, and desalination with its flexible, modular design and comprehensive capabilities.

Welcome to the world of IPSE GO, a cutting-edge equation-oriented process simulation system designed to revolutionize how you approach process modelling. This post will introduce you to the IPSE GO framework and its basic functionality, ensuring you get the most out of this powerful tool.

With the current update of IPSE GO, we are excited to introduce a significant new way that enhances how you manage and interact with your projects: IPSE GO project version history.

We're excited to announce the latest enhancements to our cloud-based process simulation platform. IPSE GO supports now advanced charting capabilities.

Supercritical CO2 processes are making waves in the engineering world and SimTech's tools are designed to assist engineers and researchers to be at the forefront. We have added several sCO2 cycle configurations to our LTP_Lib library for IPSE GO and IPSEpro.

Are you looking to dive into the world of process simulation using IPSE GO? In this tutorial, we will guide you through the basics of setting up a project and creating a Steam Cycle. Each step is broken down for clarity, and we've included visuals to help you along the way. Let's get started!

Have you ever wondered what sets our flagship products, IPSEpro and IPSE GO, apart? Let's dive in and explore the key differences between the two products.

First of all, IPSE GO and IPSEpro share the modelling concept, the calculation engine and also the ready-to-use available model libraries. Project files can also be exchanged between IPSE GO and IPSEpro. Ready-to-use solutions are available for a wide range of applications including:

• Thermal Power
• Geothermal Energy
• Concentrating Solar Power
• Desalination
• Refrigeration
• Flue Gas Cleaning
• Biomass Gasification