On December 28th, the "Advanced Ammonia-Hydrogen Zero-Carbon Combustion Technology Demonstration Project for Ceramic Slab and Tile Mass Production Line" (hereinafter referred to as the "Ammonia Hydrogen Zero Carbon Combustion Project") was officially launched at the headquarters of Monalisa Group. This is a new path explored by Monalisa in collaboration with Foshan Xianhu Laboratory, DLT, Oceano, Guangdong Anqing Technology and other companies to build ceramic zero carbon manufacturing and green development, which marks a major step forward for the industrial application of carbon-neutral technology in China's ceramics industry, and is of great significance for accelerating the green and low-carbon transformation and development of the industry.

Ammonia-hydrogen Zero-Carbon combustion technology to explore the optimal solution for the path of carbon neutrality and emission peak

With the current carbon neutrality and emission peak strategy, hydrogen energy and ammonia energy, as renewable green energy sources with high energy density, good storage and transportation convenience, clean and efficient energy, have gradually become an important part of the future energy system and are energy terminals.

At present, the ammonia-hydrogen zero-carbon combustion technology has successfully completed technical tests and demonstration production in the Oceano’s experimental kiln.In order to promote the industrial application of ammonia hydrogen zero carbon combustion technology, Monalisa has joined the industrialization research project of this technology and launched the demonstration project. Based on the developed advanced ammonia hydrogen zero carbon combustion (pilot) test and pollutant emission detection and control (pilot) test, the advanced ammonia hydrogen zero carbon combustion technology for ceramic slab and tile mass production line is developed on the 118A mass production line of Mona Lisa Group's Foshan Xiqiao headquarters base.

According to estimates, after the implementation of the ammonia-hydrogen demonstration project, if the mass production technology is applied to 160 ceramic slab and tile production lines in Foshan, it will directly reduce carbon emissions by 665,000 tons. Ff this technology can be used in high-temperature plants, ceramics factories, building materials manufacturers, etc. The manufacturing industry will directly reduce carbon emissions by 67 million tons. The carbon reduction effect is significant.