Clinker Formation

II!smIDTH·

DNSTUTIUJTE

TABLE OF CONTENTS I.

CLINKER fORMATION AND CLINKER GRANULOMETRY ..,..,.., ,

II.

IMPORTANCI'; OF COOLER EFFICIENCY FOR HEAT CONSUMPTION

m.

COOLER TYP-ES A, B. C. D.

(b) (c)

(0

(e)

(jj (g) (h) (i)

0) 2, 3, 4, 5,

Third I.

2, 3,

,

1 3

,

.4 ,

,

, ,

, ,

Pundamcntal Design Features of Second Generation (Air-Beam) Orate Coolers " , ([I)

IV,

,

P!l\!1t;!~ry Cooler. '" , RP!'!Q' Cooler. , " First Generation Grate Cooler S.~

~oo

Horizontal Cooler

\

, .--1'10

0

3 0 Slope Cooler

:

-,

Inclined Cooler

FIGURE 12B

374

I,

COMPARATIVE METHODS FOR GRATE LINE CONFIGURATION

Fuller

DIFFERENT METHODS FOR OBTAINING AN 10° PLATE INCLINATION TO GIVE AN OVERALL HORIZONTAL GRATE LINE

Fa/ax FIGURE 12C

375

INTERNAL WHEELS WITH GUIDE ROLLERS

FIGURE 13A

376

~~~-----

FLS-STYLE INTERNAL WHEEL DESIGN

C""", pie!.

Oust see I

Grates,

Cross beam Longitudinal girder

Supporting roller

Guide roller

FIGURE 13B

377

Second Generation GRATE COOLER IKN PENDULUM SUSPENSION SYSTEM

PEN'DULuMSU5PEN[)ED FRAME

FIGURE He

378

~

~----

--~~-------:---------------...,....-----------------------------:-

Second Generation GRA TE COOLER CLAUDIUS PETERS COMPACT SWING SYSTEM

II

I .

,I,

FIGURE 13D

379

EXTERNAL SPILLAGE VALVES

FIGURE 14

380

REDUCED FALL THROUGH GRATES

FIGURE 15

381

Second Generation GRATE COOLERS HYDRAULIC GRATE DRIVE

Fuller Hydraulic Drive

CPAG Hydraulic Drive FIGURE 16

382

CLINKER BREAKER

FIGURE 17

383

ROLL-TYPE CLINKER BREAKER

FIGURE 18

384

AUTO AIR FLOW CONTROL LOOP

Vari-Speed Drive

® @ @

Pressure Transmitter Pressure Indicating Controller Speed Actuato r

FIGURE 19A

385

KILN HOOD DRAFT CONTROL.

Kiln Hood

Vari-Speed Drive Heat Exchanger Cooler Vent Fan

~

Cooler

~ @

Pressure Transmitter