Green hydrogen digital twin for hystar electrolyzer excellence

On-demand webinar

Learn how gPROMS digital twins and SIMIT virtual commissioning enhance Hystar electrolyzer performance, cut time-to-market, and boost efficiency. Discover our end-to-end solutions for sustainable hydrogen excellence. Don't miss this chance to lead the hydrogen revolution and gain a green energy edge.

In this session, Hystar experts showcase how Siemens' portfolio integrates gPROMS and SIMIT to revolutionize electrolyzer design and operation. See how digital twin technology validates parameters, while virtual commissioning cuts startup time. Explore how Hystar's advanced electrolyzer, paired with Siemens' solutions, achieves top efficiency, smaller footprints, and seamless digital integration shaping hydrogen's future.

What is the content and focus of the webinar?

• Green Hydrogen production with Siemens' integrated DI PA SW Portfolio, where gPROMS and SIMIT create an unmatched digital ecosystem for innovation.
• Revolutionary Hystar Technology harnesses next-generation electrolyzer efficiency, combining alternative design with superior performance to redefine green hydrogen production standards.
• Accelerate deployment through SIMIT's advanced virtual commissioning and operator training, minimizing risks while maximizing operational readiness.

Our speakers

Jenny Østenstad – Analytical Engineer and Project Manager, Hystar
applies cell- and stack-level modeling to optimize electrolyser operation and guide component research. Holding a Master’s in Applied Physics and Mathematics (2023) from NTNU, her thesis explored advanced PEM electrolyzer modeling. Jenny’s contributions include electrolyzer development, experimental testing, and validating Hystar’s digital twin using gPROMS. Now, as Project Manager for Hystar’s new EU-backed GW Factory, set to open in 2027, she drives automated production to meet global hydrogen and climate goals. Linkedin

Dr. Knut Ringstad – Senior Analytical Engineer, Hystar
excels in advancing PEM electrolyzer technology for green hydrogen production. With a Master's (2018) and Ph.D. (2023) from NTNU, his expertise lies in computational fluid dynamics, machine learning, and sustainable design. Joining Hystar in 2021, he has contributed to the development of efficient electrolyzer systems using modeling tools like CFD and gPROMS. His work integrates digital twins, control systems, and virtual commissioning, bridging component-level insights with system performance to scale affordable green hydrogen solutions. Linkedin

Parimal Patel – Solutions Consultant, Siemens
With a background in Chemical Engineering and advanced process modelling using gPROMS Process, he has successfully driven numerous pre-sales engagements and consulting projects in the energy sector. As Technical Account Manager, Parimal partners with Hystar and other sustainability-focused industry leaders to drive innovative technology solutions and accelerate the transition to a more sustainable future. Linkedin

Register now for the on-demand webinar.