DAC - Direct Air Capture

Direct Air Capture: Seizing Emissions to Achieve Climate Targets

November 8, 2022

Direct Air Capture (DAC) is a technology that captures and scrubs carbon dioxide from the atmosphere. In this blog, learn the DAC process step-by-step and how this technology can be integrated into current systems by simulating prebuilt model examples in Modelon Impact.

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When to use physical system simulation

When to use Physical System Simulation?

August 1, 2022

Engineers often explain the model-based engineering design process with a graphical representation called the “Design V.” In part 2 of our blog series, we offer a new perspective of the “Design V”, including how and when physical system simulation is essential to the development and lifecycle of a product.

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Trends in Energy Technologies for 2022

May 11, 2022

his blog describes the trends and observations of innovative energy technologies in 2022 and beyond. With over 20 years of experience in model-based engineering, Modelon’s Energy and Process Industry Director, Stéphane Velut, shares his views on energy technologies trends, observations & insights – with a focus on what he is seeing in the industry and how simulation software is enabling world-leading organizations to get ahead. 

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Modelon 2022.1 Release: Now Available

February 21, 2022

Since the release of Modelon Impact, our cloud-native system simulation platform, we’ve made constant enhancements to user productivity and experience. With this 2022.1 release, system simulation just got a lot more powerful. We’ve now released the Modelon Help Center, workspace configuration management, and quick-start example models. Here’s what those, and some more notable updates, mean for […]

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Hydrogen Power: Integrating clean fuel to support a clean future

July 22, 2020

Replacing fossil fuels with hydrogen can be a significant step in reducing CO2 emissions and mitigating climate change. This blog demonstrates how teams, using Modelon Impact, can easily create a full plant model to address technical challenges and evaluate efficient operation.

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