Hyrasia One is one of the world’s largest green hydrogen projects, set to generate up to 2 million tons of green hydrogen from a 40-gigawatt wind and solar-powered plant. This revolutionary initiative is primarily led by the SVEVIND Energy Group, a Europe-based company renowned for its work in the renewable energy field.
Notably, the project has a robust partnership with Genesis, a subsidiary of the French engineering and technology powerhouse, Technip Energies. The pre-FEED phase, which started with the commencement of the first geological drilling, seeks to accomplish a variety of objectives. Central among these is the technological decision-making process concerning the types of electrolyzers to be used for converting green electricity into green hydrogen via water splitting. In addition, this phase will determine all required technical utilities including desalination plants, air separation units, and water management.
The project has been met with notable acclaim, signified by the presence of the German Federal President Frank-Walter Steinmeier and the Kazakh Prime Minister Älihan Smaiylov during the initiation of the drilling process. Wolfgang Kropp, CEO of SVEVIND Energy Group, emphasized the significance of this support, referring to the project as “real pioneering work” and acknowledging the critical role of experienced partners like Genesis and Technip Energies.
According to the schedule, Hyrasia One is progressing on time, with the environmental social impact assessment beginning shortly. The project aims to reach the final investment decision by 2026, and construction is slated to begin in 2027, with production and first deliveries anticipated by 2030. By 2032, full capacity utilization is expected.
The Hyrasia One project is positioned to harness the vast renewable resources of Kazakhstan, particularly the country’s ideal wind and sun conditions. Moreover, the project benefits from the backing of both the Kazakh and German governments, as well as strong European political will, which bolsters the initiative’s ambitious goals.
In addition to its primary focus on green hydrogen production, the Hyrasia One project is also poised to stimulate significant economic activity in the Mangystau region of Kazakhstan, primarily by creating thousands of jobs, 90 percent of which are projected to be filled by local workers during the operational phase. To foster talent and train locals for these jobs, the SVEVIND Energy Group has initiated the Mangystau School for Sustainable Engineering, an academic collaboration between German and Kazakh universities.
The potential impact of the Hyrasia One project is immense. The facility will not only produce hydrogen or ammonia at an industrial scale, with potential to supply large amounts to European or Asian markets, but it also seeks to significantly contribute to the green transition of the Kazakh economy.
The Hyrasia One project, thus, represents an innovative approach to green energy production, leveraging the considerable renewable resources of Kazakhstan while contributing to the country’s green transition and economic growth.
