Project Management

This initiative aims to demonstrate the safety and diverse applications of H₂ as a dependable source of electricity, focusing on Questa, NM, Penasco, NM, and the Town of Taos.

The facility, located at Fife College’s Levenmouth Campus, will train over 100 Gas Safe registered engineers this year, equipping them with the green skills needed to safely convert homes from natural gas to H₂.

There is an increasing need for industry to transition toward more sustainable and low-carbon solutions, and green H₂ is emerging as an alternative thermal source in this scenario. When used as a fuel in steam crackers, H₂ has the potential to eliminate CO₂ emissions.

Fired heaters, reformers and olefin furnaces (referred to collectively as heaters) are critical assets in the hydrocarbon and petrochemical processing industries (HPI). Refractory linings, structures and associated materials play a vital role in protecting exterior steel casing from high temperatures, flames and corrosive combustion gases, reducing thermal energy losses and fuel consumption. 

Pipelines are a highly cost-effective method of transportation, and existing pipeline infrastructures are being assessed for their suitability to transport H₂ around the globe, blended within natural gas transport or as pure H₂.

To establish a sustainable global green hydrogen (H₂) market, offtake agreements—which determine the sale, purchase and supply of green H₂ and its derivatives—are paramount.

In this episode of H₂TechTalk, we interview Ron Beck and Gerardo Muñoz from AspenTech, who shed light on the digital technologies reshaping the H₂ industry. They discuss AspenTech’s role in developing end-to-end digital solutions that enhance efficiency across the H₂ value chain—from production through utilization. Listen as they break down how simulation and process modeling are pivotal in advancing operational excellence and sustainability in H₂ projects, offering a glimpse into the future of energy systems.

As the global focus on sustainability continues, an increasing interest in hydrogen (H₂) operations has emerged. Consequently, the world has become more focused on H₂ transportation methods to support those operations.

As the world pivots toward a more sustainable future, hydrogen (H₂) stands out due to its low-carbon footprint that aligns seamlessly with international climate agreement and corporate net-zero goals.

May’s H₂Tech Tech Spotlight consists of new H₂ fuel cells, an open-source toolkit to measure H₂’s carbon intensity, iridium-free catalyst coated anion exchange membranes and an innovative direct air capture (DAC) green methanol offshore production platform.

To demonstrate the flexibility of the testbed and its ability to be built upon, and also to provide a how-to guide to developers, the company has published a reference application that showcases H₂ fuel and delivery method supply-and-demand matching.