Innovative Green Hydrogen Project Revolutionizes Ceramics Industry in Italy
Key Ideas
- Iris Ceramica Group and Edison Next are collaborating on a pioneering project to produce the world's first 4D technical ceramic slab using a blend of green hydrogen and natural gas.
- The project aims to decarbonize the ceramics industry and contribute significantly to Italy's energy transition goals.
- The H2 Factory in Castellarano is equipped with cutting-edge technologies to use 100% green hydrogen, showcasing a commitment to sustainability and innovation.
- The partnership between the companies is expected to lead to a 50% reduction in natural gas usage and 900 tonnes per year of avoided CO2 emissions once the final green hydrogen production plant is operational.
The Iris Ceramica Group and Edison Next are conducting a test phase at the H2 Factory in Castellarano, Italy, where they are using a blend of green hydrogen and natural gas to produce 4D technical ceramic slabs. This initiative represents a significant step in the decarbonization of the ceramics industry and aligns with Italy's energy transition objectives. The collaboration between the two companies aims to revolutionize the manufacturing process by incorporating sustainable practices and innovative technologies.
The project involves the design and installation of a bespoke green hydrogen production plant, which will enable the H2 Factory to operate with higher percentages of green hydrogen. By utilizing renewable energy sources and advanced infrastructure, the partners are paving the way for a more sustainable future in the ceramics sector.
Key figures from both organizations, including Giovanni Brianza from Edison Next and Federica Minozzi from Iris Ceramica Group, have emphasized the importance of this initiative in driving positive change and fostering a culture of sustainability within the industry. The successful completion of the test phase will lead to the industrialization of ceramic slab production using green hydrogen, ensuring the maintenance of quality and aesthetics.
In addition to reducing natural gas consumption by up to 50%, the final green hydrogen production system is set to cut 900 tonnes of CO2 emissions annually. The implementation of a 1 MW electrolysis plant will further enhance the capacity for green hydrogen production, facilitating the transition towards a more environmentally friendly manufacturing process. Overall, the project represents a groundbreaking advancement in the ceramics sector, showcasing the potential for sustainable innovation and industry-wide transformation.