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CLOSE THIS BOOKSmall-Scale Production of Portland Cement (HABITAT, 1993, 92 p.)
VIEW THE DOCUMENT(introduction...)
VIEW THE DOCUMENTFOREWORD
I. INTRODUCTION
VIEW THE DOCUMENT(introduction...)
VIEW THE DOCUMENT1.1 Advantages of small cement plants
VIEW THE DOCUMENT1.2 Definition of a small cement plant
II. TECHNOLOGIES OF SMALL CEMENT PLANTS AND THEIR COMPARISON
VIEW THE DOCUMENT(introduction...)
VIEW THE DOCUMENT2.1 Fluidized-bed process
VIEW THE DOCUMENT2.2 Reba process
VIEW THE DOCUMENT2.3 Travelling grate (Lurgi sinter grate)
VIEW THE DOCUMENT2.4 Small rotary kiln
VIEW THE DOCUMENT2.5 Vertical-shaft kiln
VIEW THE DOCUMENT2.6 General conclusions on sourcing of technology and selection
III. SMALL CEMENT PLANTS IN OPERATION IN DIFFERENT COUNTRIES
VIEW THE DOCUMENT3.1 Small cement plants in India
VIEW THE DOCUMENT3.2 Small cement plants in China
VIEW THE DOCUMENT3.3 Small cement plants in countries other than India and China
IV. GEOLOGICAL INVESTIGATIONS AND SELECTION OF RAW MATERIALS AND FUEL
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VIEW THE DOCUMENT4.1 Geological investigations
VIEW THE DOCUMENT4.2 Quality requirements of raw materials
VIEW THE DOCUMENT4.3 Coke-breeze/low-volatile coal for VSK process
VIEW THE DOCUMENT4.4 Categories of reserves of limestone and their requirements
V. RAW-MIX DESIGN AND QUALITY CONTROL IN VSK CEMENT PLANTS
VIEW THE DOCUMENT5.1 Raw-mix design
VIEW THE DOCUMENT5.2 Quality control
VI. SYSTEM DESIGN AND SELECTION OF PLANT AND MACHINERY
VIEW THE DOCUMENT6.1 System design
VIEW THE DOCUMENT6.2 Equipment selection criteria
VIEW THE DOCUMENT6.3 Plant lay-out - EOT grabbing crane system vs tunnel systems for material handling
VII. PLANT DESCRIPTION
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VIEW THE DOCUMENT7.1 Plant flow-sheet
VIEW THE DOCUMENT7.2 Instrumentation and process control
VIII. OPERATION OF A VERTICAL-SHAFT KILN
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VIEW THE DOCUMENT8.1 Pre-lighting-up checks
VIEW THE DOCUMENT8.2 Lighting up the kiln
VIEW THE DOCUMENT8.3 Normal kiln operation
VIEW THE DOCUMENT8.4 Kiln controls
VIEW THE DOCUMENT8.5 Kiln disorders
IX. ENVIRONMENTAL CONTROL IN SMALL CEMENT PLANTS BASED ON VSK TECHNOLOGY
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VIEW THE DOCUMENT9.1 Dust-generation sources and characteristics
X. A METHODOLOGY FOR THE PREPARATION OF PRE-FEASIBILITY STUDY
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VIEW THE DOCUMENT10.1 Market assessment
VIEW THE DOCUMENT10.2 Availability of raw materials and fuel
VIEW THE DOCUMENT10.3 Selection of plant capacity and site
VIEW THE DOCUMENT10.4 Infrastructure
VIEW THE DOCUMENT10.5 Water resources
VIEW THE DOCUMENT10.6 Climate
VIEW THE DOCUMENT10.7 Process recommendations
VIEW THE DOCUMENT10.8 Selection of plant and machinery
VIEW THE DOCUMENT10.9 Process flow-sheet and plant lay-out
VIEW THE DOCUMENT10.10 Project cost and profitability
VIEW THE DOCUMENTXI. ECONOMICS
VIEW THE DOCUMENTXII. MONITORING PERFORMANCE OF AN OPERATING PLANT
VIEW THE DOCUMENTANNEX I: PROFORMA FOR RECORDING PERFORMANCE DATA OF VSK CEMENT PLANT
VIEW THE DOCUMENTAPPENDIX I. SALIENT FEATURES OF CRI-MVSK TECHNOLOGY
APPENDIX II. CASE STUDY - A BRIEF TECHNO-ECONOMIC FEASIBILITY REPORT FOR SETTING UP A VSK BASED CEMENT PLANT
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VIEW THE DOCUMENTAppendix II-A. Equipment recommended to be used in CRI-MVSK cement plant (up to 100 tpd)
APPENDIX III. CASE STUDY: PERFORMANCE OF A TYPICAL OPERATING VSK-BASED CEMENT PLANT
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VIEW THE DOCUMENTAppendix III-A. Data on quality of raw materials, fuel, clinker and cement, and performance of unit operations
VIEW THE DOCUMENTAPPENDIX IV. GLOSSARY OF TERMS
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