Is plasma burner technology the future for high-temperature kilns?
The ceramics industry is not far behind as the global community increasingly focuses on sustainability and zero carbon emissions. The next generation of firing technology is at the heart of this innovation – the plasma burner.
Traditionally, most ceramic kilns rely on fossil fuel burners, using natural gas or LPG to generate the high temperatures required for ceramic production. However, these conventional methods have a significant carbon footprint. Could plasma burners redefine the rules by offering a more environmentally friendly, efficient, and adaptable heating alternative? CTB has partnered with PyroGenesis to develop a plasma burner specifically for the next generation of carbon-neutral kiln systems.
The benefits of plasma burner technology are clear:
1. Net zero target: Plasma burners significantly reduce greenhouse gas emissions, in line with industry and global targets to achieve a zero-carbon footprint.
2. Flexibility in the gases supplied: One of the most revolutionary aspects of plasma burners is their ability to use any gas or air for convective heat generation. This eliminates dependence on fossil fuels and offers a wide range of gas or air sources specifically designed for efficient firing in the ceramics industry.
3. Eliminating CO2 emissions: Unlike fossil fuel burners, plasma burners produce no carbon dioxide, contributing to a cleaner and healthier environment.
If plasma burners could replace conventional burners, the ceramics industry could reduce its carbon footprint, increase operational efficiency, and open up new opportunities for sustainable production.
Tomorrows Kiln Technology Today