The calcination in the clinkerization process in the production of cement is one of the biggest emission of CO2, reaching 35% by mass of the kiln feed to become this gas. The participation of the cement industry in CO2 emissions to the environment is of the order of 7% of global emissions worldwide, therefore, it is imminent for the sector to take a decisive step in reducing these emissions. In this sense, work is currently underway to indirectly reduce the clinker / cement factor through the use of supplementary cementitious materials.
To reduce the emission of this pollutant, the best solution is to replace clinker with other materials such as calcined clay, which can reach more than 50% of clinker substitution in cement production and drastically reduces CO2 emissions.
In July 15th, FICEM promoted a webinar “THE CALCINED CLAYS AND ITS PONTENTIAL IN THE CEMENT INDUSTRY” with the speaker CARLOS ARAMBURO, cement industry consultant with more than 36 years of experience in managing cement plants and managing all aspects of cement production processes.
You can see this webinar in the video below:
Carlos is a mechanical engineer at the University of Valle in Cali, Colombia, he is a specialist in business management with courses at the Kellog School of Managemant at Northwestern University, has a Phd in Innovation and Technology from the University of Madrid, Spain.
Therefore, DYNAMIS has developed several projects regarding calcined clay, be it natural or industrial, to offer the best solution for your industry, as the BIGGEST CALCINED CLAY KILN IN THE WORLD WITH 1500 TPD!
Find out more in: https://dynamis-br.com/solutions/#04-a