Live from WHNA: Engineering the energy transition: H2, digital twins and decarbonization with AVEVA
In this episode, H2Tech sat down with Roy Calder, Industry Principal of New Energies at AVEVA, to explore how industrial software is revolutionizing the energy transition. From H2 in its many colors to sustainable fuels and the circular economy, Roy shares how AVEVA’s engineering and simulation tools are enabling efficiency, collaboration and innovation in emerging energy projects. Roy dives into the power of digital twins, microgrid optimization and the role of simulation in reducing capital expenditures—while touching on exciting developments like white H2, ammonia-fueled vessels and AVEVA’s work with Topsoe.
Live from WHNA: Solid oxide technology and global H2 innovation with Ceres Power
In this episode, we sit down with Filip Smeets, Chief Commercial Officer at Ceres Power, to explore the company’s solid oxide technology and its role in the green H2 revolution. Filip shares his journey from Nel Hydrogen and Hydrogenics to Ceres, diving into the dual capability of their solid oxide platform for both electrolysis and fuel cells.
He highlights how this flexibility, combined with high efficiency and modular scalability, positions Ceres to transform hard-to-abate industries such as steel, ammonia and data centers. We discuss strategic partnerships with Shell and Denso, the importance of leveraging industrial waste heat, and how licensing accelerates global deployment. Filip also addresses the critical role policymakers play in driving infrastructure change and enabling clean energy adoption.
Live from WHNA: Scaling green H2: Quest One’s vision for a modular future
Live from World Hydrogen North America, H2Tech sat down with Jared O’Brasky, Vice President of North America at Quest One, formerly known as H-TEC Systems. In this episode, Jared provides an insider’s look into Quest One’s strategic role in the H2 value chain as part of MAN Energy Solutions and the Volkswagen Group.
They explore how Quest One is scaling PEM electrolyzer deployment through a modular H2 platform, the advantages of localized manufacturing in the U.S. and Europe, and how the company is helping developers and EPCs de-risk large-scale H2 projects. Jared also discusses industry trends, the evolution of energy use cases in North America, and the importance of real-world operational data from Quest One’s new reference plant in Augsburg, Germany.
H2 sampling systems: Benefits, safety and getting the most out of the process
H2Tech sat down with Matt Dixon, Global Technical Lead, Swagelok, to discuss hydrogen (H2) and oxygen sampling systems. The discussion included the benefits of utilizing H2 sampling systems, safety precautions during sampling, and the best pathways and technologies to optimize sampling.
Live at CERAWeek: Schneider Electric’s role in H2 innovation and decarbonization
In this episode, we sit down with Hany Fouda, Senior Vice President of Process Automation at Schneider Electric, at CERAWeek by S&P Global, to explore how the company is driving innovation in energy management and sustainability. Hany shares insights into Schneider Electric’s decarbonization strategies for heavy industry, the company’s pioneering work in H2 energy, and how the EcoStruxure platform is revolutionizing production, storage, and distribution in the H2 value chain. We also discuss the integration of AI and data analytics to boost system efficiency and take a closer look at the newly launched Technology Innovation Center in Houston—an ambitious step toward accelerating the global transition to sustainable energy.
Future-proof power: Watt Fuel Cell embraces the H2 economy
Danielle Ramelli reveals how Watt Fuel Cell is paving the way for a H2-powered future. As a core participant in the ARCH2 Hydrogen Hub in West Virginia, Watt has successfully tested its microtubular solid oxide fuel cells to operate with up to 20% H2 blended into natural gas lines—with scalable potential for higher blends. This innovation positions Watt as a critical player in building resilient, low-emissions distributed energy systems for homes, remote sites and beyond.
Navigating risk in the energy transition: A conversation with Michael Kolodner of Marsh Energy
In this episode, H2Tech sat down with Michael Kolodner, Global Renewable Energy and U.S. Power Leader at Marsh Energy, to explore how businesses can manage risk in an evolving energy landscape. From H2 infrastructure to carbon capture, Michael breaks down the unique risks facing the sector and how Marsh supports clients through policy shifts, emerging technologies, and complex supply chains. Whether you're a veteran of the power industry or a tech entrant navigating energy demands, this episode sheds light on the critical role of strategic risk management in enabling innovation and capital flow in the energy transition.
Global hydrogen analysis-Part 2: Africa
H2Tech continues its global analysis into the global hydrogen value chain. This episode provides a detailed analysis of capital spending, regulations, partnerships and the potential Africa has to boost low-carbon/zero-carbon hydrogen production.
Cryogenic liquid H2 pumps: Market demand, uses and the future of the global H2 industry
H2Tech speaks with Christopher Campos and Damini Nikumbh of Ebara Elliott Energy to discuss the latest in cryogenic liquid H2 pumps, including market demand, challenges in developing this technology, benefits and the future of this equipment globally.
Innovative hydrogen solutions at the World Electrolysis Congress
H2Tech hosts a conversation with Dennis Bauer, Area Sales Manager at Neumann and Esser, at the World Electrolysis Congress in Cologne, Germany. Dennis discusses the company’s rich 200-yr history, their role in the H2 industry, and the integration of PEM electrolyzers into H2 value chains. In addition, Michael Sweet, Director of New Energy at Rockwell, discusses the company's focus on energy transition and decarbonization. He highlights the role of automation in driving down costs for H2 production, drawing parallels to the solar industry's past challenges. Michael emphasizes the importance of scale and data-driven optimization in reducing the cost of green H2.