Hazer collaborates with Veolia on graphite applications

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Image supplied by Hazer.

Hazer Group Ltd (ASX: HZR) has announced a collaboration with Veolia, a global leader in water treatment and environmental services, to explore the use of the Hazer process and its co-products in a range of applications, including water treatment, waste, and energy management.

Veolia, headquartered in France and operating in more than 100 countries, reported revenues of €21.22 billion (AUD 37.77 billion) and provides technologies and services to municipalities and industries. 

The company has an established presence in Australia through municipal and industrial operations.

The collaboration will involve testing the performance of Hazer’s graphite, a co-product from its process that produces hydrogen from methane via catalytic pyrolysis. 

Testing will be undertaken in Veolia’s European laboratories using standardised methods and equipment.

According to Hazer, the initiative supports its graphite market development strategy by examining potential offtake pathways and broadening the range of potential applications for the material in industrial, energy, and environmental sectors.

Hazer CEO and Managing Director Glenn Corrie said the partnership provides an opportunity to evaluate the technology alongside an established industry provider. 

“We are delighted to partner with Veolia, a world leading solutions provider to the water, waste and energy industries,” Corrie stated. 

“This unique collaboration will allow us to investigate how Hazer’s technology, producing low-emissions hydrogen and graphite, can solve some of the most pressing challenges facing the water and waste industry today through the integration with Veolia’s existing operations,” he noted.

The content of this article is based on information supplied by Hazer Group Ltd. For more information, please refer to the official company announcement and communications from Hazer. Please consult a licensed and/or registered professional in this area before making any decisions based on the content of this article.