Baghdad, Iraq – Iraq’s Ministry of Industry and Minerals has initiated a comprehensive feasibility study into the application of green hydrogen generation for decarbonizing the nation’s cement production facilities. This strategic move underscores Iraq’s commitment to its nascent clean energy policy and aims to significantly reduce the substantial carbon footprint associated with one of its most energy-intensive industries.

The cement sector is a major global emitter of carbon dioxide, primarily from the calcination process of limestone and the combustion of fossil fuels in kilns. Traditional cement production can account for up to 8% of global anthropogenic CO2 emissions. By exploring green hydrogen, produced via electrolysis powered by renewable energy sources, Iraq seeks to replace conventional fossil fuels in cement kilns, thereby drastically cutting greenhouse gas emissions and improving air quality.

“This study is a pivotal step in our national strategy to diversify Iraq’s energy mix and achieve sustainable industrial growth,” stated a spokesperson from the Ministry of Industry and Minerals. “We are evaluating the technical viability, economic feasibility, and environmental impact of integrating green hydrogen into our existing cement plants, with a focus on creating a scalable and replicable model for industrial decarbonization.”

The feasibility assessment will encompass various critical aspects, including the availability of renewable energy resources (solar and wind potential), water supply for electrolysis, the logistical challenges of hydrogen transport and storage, and the necessary modifications to existing cement plant infrastructure. Preliminary estimates suggest that a successful transition could reduce CO2 emissions from a typical Iraqi cement plant by 60-80%, depending on the hydrogen blend and application method.

Globally, several pilot projects are exploring green hydrogen for cement production, with companies like Heidelberg Materials and Cemex investing in similar initiatives in Europe and North America. Iraq’s entry into this specialized field positions it among the early adopters in the Middle East, a region with abundant solar resources ideal for cost-effective green hydrogen production. The initiative also seeks to attract international partnerships and technology transfer, leveraging global expertise in hydrogen production and industrial application.

This study represents a tangible effort by Iraq to align its industrial development with global decarbonization targets, moving beyond traditional oil and gas revenues to embrace a more sustainable economic future. The findings of this assessment are expected to inform future policy decisions and investment strategies, potentially paving the way for significant green infrastructure projects across the country.