In this episode, we sit down with Scott McKay, Senior Vice President, Division Manager - Americas at ABB, to explore how ABB’s partnership with Charbone Hydrogen is shaping the future of clean energy in North America and beyond. Scott shares insights on the advantages of modular green H2 production sites, the role of Québec’s Green H2 and Bioenergy Strategy in accelerating progress, and the potential for similar policy support in other regions. We discuss how digital technology, automation, and cross-industry collaborations can drive the transition from grey to green H2, optimize existing energy systems, and lay the groundwork for next-generation energy solutions.
In this episode, we sit down with Thomas Bertsch, Head of Process Industries in North America for Festo, to explore how automation is transforming the H2 sector. Thomas shares insights on why automation is essential for scaling production, reducing costs, improving safety, and speeding time-to-market. We dive into the role of modular skid-based systems, the safety considerations of working with H2, and how Festo’s SIL 3-certified solutions are advancing operational reliability. From the benefits of valve manifolds over traditional DCS systems to the innovations poised to shape the next decade, this episode offers a deep dive into the future of H2 automation.
In this episode, we sit down with Will Latta, Vice President at BrightLoop, a division of Babcock & Wilcox (B&W), to explore B&W's chemical looping technology. Will provides an in-depth look at BrightLoop, a flexible and scalable solution designed to produce low-carbon H2 and syngas while capturing carbon more efficiently than traditional methods.
In this episode of H2TechTalk, we welcome Natasha Kostenuk, CEO of Ayrton Energy, to explore how their breakthrough electrified liquid organic H2 carrier—e-LOHC™—is tackling some of H2's toughest infrastructure hurdles. Natasha introduces us to Ayrton's innovative approach to H2 storage and transport, explaining how e-LOHC™ is designed to integrate seamlessly with existing fuel infrastructure, from pipelines to trucks and ships.
Sponsored by: Swagelok
Understanding hydrogen fluid dynamics involves studying the unique nature of the fluid, the mechanical parameters that drive the fluid, and the mechanics at which the flow is operating.
Line sizing in hydrogen systems design is one big factor affecting overall system efficiency. There are many approaches designers use to calculate pressure drops and size their lines accordingly, but not all approaches are adequate.
If ...
Sponsored by: Honeywell
Discover how Honeywell Protonium™ is leading the way in reducing LCOx, emissions with innovative strategies, including managing power and cost variability, significantly cutting energy expenses.
Explore how optimizing the entire Power-to-X value chain, including hydrogen and its derivatives, boosts operational efficiency & equipment life.
Delve into methods for managing the carbon intensity of ...
As the world engages in an energy transition, low-/zero-carbon hydrogen is thought of as a gamechanger in helping countries reach their net-zero targets. This has led to a stark rise in investments along the hydrogen value chain, from renewable energy capacity builds and hydrogen production to downstream infrastructure and fueling capabilities.
Join Lee Nichols, Vice President, Content/Editor-in-Chief, Gulf Energy Information, as he presents a deep-dive analysis on the ...
The race to a zero-carbon future is on. Global oil and gas, petrochemical and chemical companies have announced ambitious carbon mitigation, plastics re-use and water conservation targets. Learn ...
Electrification is accelerating across all economic sectors as the world increases demand for resources, energy and sustainability. The shift from fossil-based systems to electric will drive ...
In extreme process industry applications, the need for accurate and reliable measurements is more important than ever in order to control critical processes and avoid plant downtime or serious ...
An energy transition is occurring where natural gas, biogas, liquid natural gas and hydrogen play an increasing role as we aim to reach net-zero carbon dioxide goals set by policy makers globally. ...