Transcript
Page 1: Fire Detection Methods for Coal Pulverizer Systems...The ball mill is a slow speed mill and has two primary areas where coal pockets can exist and create fires: the inlet/ outlet ductwork

© Riley Power Inc., 2012 www.babcockpower.com

Fire Detection Methodsfor Coal Pulverizer Systems

by

R. C. CariniManager Engineering Administration

RILEY POWER INC.a Babcock Power Inc. company

(formerly Riley Stoker Corporation)

D. R. BroskiProject Manager

Coal Combustion Systems DivisionElectric Power Research Institute

Palo Alto, California

Presented to Coal Technology 1986

Pittsburg, PennsylvaniaNovember 20, 1986

Technical Publ icat ion

RST-60

Page 2: Fire Detection Methods for Coal Pulverizer Systems...The ball mill is a slow speed mill and has two primary areas where coal pockets can exist and create fires: the inlet/ outlet ductwork
Page 3: Fire Detection Methods for Coal Pulverizer Systems...The ball mill is a slow speed mill and has two primary areas where coal pockets can exist and create fires: the inlet/ outlet ductwork
Page 4: Fire Detection Methods for Coal Pulverizer Systems...The ball mill is a slow speed mill and has two primary areas where coal pockets can exist and create fires: the inlet/ outlet ductwork
Page 5: Fire Detection Methods for Coal Pulverizer Systems...The ball mill is a slow speed mill and has two primary areas where coal pockets can exist and create fires: the inlet/ outlet ductwork
Page 6: Fire Detection Methods for Coal Pulverizer Systems...The ball mill is a slow speed mill and has two primary areas where coal pockets can exist and create fires: the inlet/ outlet ductwork
Page 7: Fire Detection Methods for Coal Pulverizer Systems...The ball mill is a slow speed mill and has two primary areas where coal pockets can exist and create fires: the inlet/ outlet ductwork
Page 8: Fire Detection Methods for Coal Pulverizer Systems...The ball mill is a slow speed mill and has two primary areas where coal pockets can exist and create fires: the inlet/ outlet ductwork

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