Title :
Automation to Improve Quality Control
Author :
Velasquez, Luis ; D´Souza, Felix
Author_Institution :
Cementos Progreso, El Progreso
Abstract :
The Cementos Progreso plant, located in San Miguel, Guatemala gradually grew from a single line installation to the complex 3 line plant it is today. With the plant growth, the quality control and quality assurance demands also grew in both number and complexity. Currently, the plant is operating the three lines, fueled 100% by high sulphur petcoke (up to 6.5%) in its kilns. Clinker production is enhanced by mineralization, the addition of fluorine to change the clinkering dynamics. The plant produces a low clinker factor GU cement (60%) a puzzolanic type P cement among others. A lime (CaO) plant is also sharing resources for its quality control, and use of alternative fuels also demands a high degree of product uniformity.
Keywords :
cement industry; cements (building materials); factory automation; industrial plants; industrial robots; kilns; quality assurance; quality control; Cementos Progreso plant; GU cement; Guatemala; San Miguel; advanced chemical control; clinker production; kilns; lime plant; plant growth; product uniformity; puzzolanic type P cement; quality assurance; quality control; robotic laboratory cell; sulphur petcoke; Automatic control; Cities and towns; Fuels; Kilns; Laboratories; Milling machines; Production; Quality control; Robotics and automation; Sampling methods;
Conference_Titel :
Cement Industry Technical Conference Record, 2008 IEEE
Conference_Location :
Miami, FL
Print_ISBN :
978-1-4244-2080-3
Electronic_ISBN :
1079-9931
DOI :
10.1109/CITCON.2008.18
