SOLID WASTE INCINERATION

0,72

MB

96

stron

5029

ID

UNITED STATES ARMY CORPS OF ENGINEERS

1998

rok

Table of Contents

CHAPTER 1. INTRODUCTION

1-1. PURPOSE 1-1

1-2. SCOPE.1-1

CHAPTER 2. PROJECT PLANNING

2-1. PROJECT MANAGEMENT.2-1

2-2. ENVIRONMENTAL AND TECHNICAL COORDINATION2-1

2-3. DESIGN TEAM .2-1

2-4. FEDERAL REGULATIONS .2-1

2-5. RESOURCE RECOVERY MANAGEMENT MODEL .2-2

2-6. TECHNOLOGY EFFECTS ON FEASIBILITY2-2

2-7. EXISTING SOLID WASTE PROGRAM SURVEY .2-2

2-8. DOCUMENTS.2-3

CHAPTER 3. BASICS OF INCINERATION

3-1. DEFINITION AND DESCRIPTION OF INCINERATION PROCESS3-1

3-2. CLASSIFICATION AND CHARACTERIZATION OF WASTE3-1

3-3. HEATING VALUE OF WASTES AND FUELS.3-1

3-4. OXIDATION3-2

3-5. MECHANISM OF COMBUSTION .3-4

3-6. COMBUSTION PROCESS CONTROL. 3-9

CHAPTER 4. INCINERATOR TECHNOLOGIES

4-1. GENERAL DESCRIPTION4-1

4-2 PACKAGED INCINERATOR.4-2

4-3. MODULAR INCINERATOR.4-2

4-4. FIELD-ERECTED INCINERATOR 4-5

4-5. ROTARY KILN INCINERATOR.4-6

4-6. FLUIDIZED-BED COMBUSTOR (FBC) INCINERATOR.4-8

4-7. CO-FIRING OF REFUSE-DERIVED FUEL IN A COAL-FIRED BOILER .4-9

4-8. MEDICAL WASTE INCINERATOR.4-9

4-9. TECHNOLOGY SELECTION GUIDANCE.4-10

CHAPTER 5. POLLUTION CONTROL AND ENVIRONMENTAL PERMITTING

5-1. POLLUTION CONTROL CONSIDERATIONS . 5-1

5-2. POLLUTION CONTROL EQUIPMENT5-1

5-3. TYPICAL STACK EMISSIONS AND CONTROL STRATEGIES5-3

5-4. OTHER PLANT DISCHARGES.5-7

5-5. ENVIRONMENTAL PERMITTING.5-8

CHAPTER 6. INSTRUMENTATION AND CONTROLS

6-1. PURPOSE 6-1

6-2. BASIC DESIGN GUIDELINES 6-1

6-3. BASIC DESIGN CONCEPTS6-1

CHAPTER 7. INCINERATOR PLANT DESIGN

7-1. STANDARD BUILDING TYPE 7-1

7-2. WASTE RECEIVING AND PRETREATMENT 7-1

7-3. ENERGY RECOVERY7-3

7-4. ASH SYSTEM.7-4

7-5. POLLUTION CONTROL EQUIPMENT7-5

7-6. OPERATION AND ASSOCIATED COSTS7-6