Join us for the third in a four-part series, where we will look at the comprehensive solution for hydrogen storage, from doing a quick assessment of a hydrogen tank filling using a thermal desktop to carrying out detailed 3D simulations of hydrogen leakage and auto-ignition.
The final webinar in the series will cover utilization (or consumption).
Hydrogen's success as a clean energy source depends on advancements in storage and transportation technologies. The challenge lies in justifying the cost of transporting hydrogen. Industrial-scale exploration includes pressurized tanks, cryogenic storage, and pipelines, previously employed on a smaller scale.
The inherent flammability of hydrogen poses a significant risk during handling, complicating the task for design engineers. Simulation technologies provide a crucial tool for understanding storage options, assess risks associated during leakage and conducting various kind of optimization studies.
This is the third in a four-part series where we were will cover a comprehensive solution for hydrogen storage from doing a quick assessment of a hydrogen tank filling using thermal desktop to carrying out detailed 3D simulations of hydrogen leakage and auto-ignition. We'll also delve into simulation methodologies for understanding embrittlement in hydrogen pipelines, emphasizing ways to minimize maintenance costs. Join us as we navigate hydrogen storage complexities, leveraging simulations for a sustainable energy future.
The remaining webinar in the series will cover utilization (or consumption).
To learn more about our Hydrogen Solutions visit Hydrogen Value Chain Solutions.
Vivek Kumar - Principal Application Engineer
Vivek is a Principal Application Engineer and comes with over 17 years of experience in fluid dynamics, multiphase flows and combustion. Specializing in complex areas like multiphase, high viscous flows and cryogenic flows, Vivek leverages advanced Ansys software to address real-world challenges. In his senior role, he applies his deep expertise to solve intricate problems with the use of latest simulation technologies. Beyond his daily tasks, Vivek's contributions extend to co-authoring journal papers and presenting at international conferences, where he shares insights on topics like sprays, indoor/outdoor ventilation, and different aspects of hydrogen lifecycle.
