DocumentCode
1903013
Title
New cooler installed at Lafarge Alpena Plant: fuller controlled flow grate (CFG) clinker cooler [cement plant]
Author
Bump, Jeffrey A.
Author_Institution
Lafarge Corp., Alpena, MI, USA
fYear
1996
fDate
14-18 Apr 1996
Firstpage
131
Lastpage
140
Abstract
The decision to replace a major piece of industrial process equipment is not easily arrived at. The short-term needs of the facility must be satisfied as well as the long-term strategies of the organization. The Lafarge Corporation Alpena Plant was faced with such a decision regarding their Kiln 19 clinker cooler. A change in raw materials was expected to increase production rates by 10%. The existing oscillating grate cooler did not have the capacity to handle the additional capacity. Other factors involved in the decision to replace the clinker cooler were escalating maintenance costs, obsolete parts, and poor operational efficiencies. The new clinker cooler utilizes air beam technology and has proven to meet all the requirements of the plant. The anticipated production increase was exceeded without negatively impacting the performance of the air beam cooler. Audited cooler losses were excellent at 207 MJ/tKK (49 kcal/kgKK ). Power consumption results were 6.6 kWh/tKK. Clinker discharge temperatures after the breaker are lower than 56°C above ambient. The fuel consumption reduction resulting from the cooler installation was approximately 3%
Keywords
cement industry; cooling; industrial power systems; maintenance engineering; power consumption; project engineering; capacity; cement plant; clinker cooler; industrial process equipment; power consumption; relacement project; Acceleration; Cement industry; Cooling; Costs; Feeds; Fuels; Heat recovery; Propulsion; Springs; Temperature control;
fLanguage
English
Publisher
ieee
Conference_Titel
Cement Industry Technical Conference, 1996. XXXVIII Conference Record., IEEE/PCA
Conference_Location
Los Angeles, CA
ISSN
1079-9931
Print_ISBN
0-7803-3014-5
Type
conf
DOI
10.1109/CITCON.1996.506019
Filename
506019
Link To Document