Hydrexia Expands Magnesium-Based Applications to Revolutionize the Metallurgical Industry

Hydrexia Holding Limited, a leading entity in hydrogen technology, has announced a significant milestone aimed at transforming the metallurgical industry. On November 28, 2025, the company unveiled its collaboration with the Sinopec Research Institute of Petroleum Processing and Baowu Clean Energy Co., Ltd. This partnership focuses on engineering application demonstrations utilizing ton-scale magnesium-based solid-state equipment, marking a groundbreaking step for hydrogen applications in metallurgy.

The primary goal of this initiative is to explore hydrogen application scenarios specifically tailored for the metallurgical sector. By leveraging Hydrexia's innovative solid-state metal hydride hydrogen storage container (MHX), the collaboration epitomizes a pioneering effort to facilitate the decarbonization of traditional high-carbon metallurgical enterprises. This endeavor aligns closely with scientific initiatives under the Ministry of Science and Technology in China, concentrating on high-temperature hydrogen storage and effective hydrogen transport technologies.

Being a core contributor to this initiative, the Sinopec Research Institute is at the forefront, guiding the demonstration efforts, while Hydrexia and BWCE serve as key collaborators. This consortium is committed to setting a new foundation for hydrogen energy applications anticipated by conventional heavy industries, thus creating safe, effective, and economically viable solutions for the broader adoption of hydrogen energy.

Alex Fang, Chairman and CEO of Hydrexia, expressed enthusiasm regarding this new venture. He noted, "We are excited to enter a new market segment with a clear-focused magnesium-based solid-state hydrogen application. This initiative will not only solidify our position in the metallurgical sector but also promote the broader adoption of hydrogen technology across various industries."

The magnesium-based solid-state technology employed by Hydrexia has been honed for commercialization, showcasing a compelling readiness for diverse applications both domestically and internationally. This new focus underscores the ongoing movement towards sustainable practices within the industry, amid increasing demands for clean energy solutions. As Hydrexia actively promotes its flagship ton-scale MHX, the technology has begun leaving a mark through pan-Asia maritime shipments, further solidifying its commercial viability.

In essence, Hydrexia's newest adventure reflects a strategic pivot not only to bolster its market presence but also to possibly redefine standards within the metallurgical field. Through its innovative partnerships and technological advancements, the company aims to elevate hydrogen's role as a pivotal energy resource, contributing significantly to the global movement toward sustainable industrial practices.

As the metallurgical industry grapples with the effects of climate change and governmental regulations aimed at reducing carbon emissions, the timing of Hydrexia's pioneering demonstration of magnesium-based solid-state technology could not be more critical. It represents both a shift in operational methodologies and a step toward a greener future for heavy industries worldwide.

With the integration of hydrogen energy into traditional practices, Hydrexia is undeniably laying the groundwork for future advancements, enhancing the industry's capacity to adapt and innovate in response to environmental demands.