MUNICIPAL SOLID WASTERECYCLING AND COST EFFECTIVENESS -- MUNICIPAL SOLID WASTERECYCLING AND COST EFFECTIVENESS -- CONTENTS -- PREFACE -- INTRODUCTION -- WASTE GENERATION -- WASTE COMPOSITION -- WASTE REGULATIONS -- RECYCLING -- 5.1. THE RECYCLING PROCESS -- How Does a Sorting Plant Work? -- 5.2. EXAMPLES OF WASTE RECYCLING -- 5.2.1. Paper -- 5.2.2. Metal -- 5.2.3. Plastics -- 5.2.4. Glass -- 5.2.5. End-of-Life Vehicles -- 5.2.6. Waste Electrical and Electronic Equipment (WEEE) -- 5.2.7. Bio Waste1 -- 5.2.8. Other Methods of MSW Recycling -- 5.3. Contamination Effects -- 5.3.1. Plastics -- 5.3.2. Paper -- 5.3.3. Metal -- 5.3.4. Glass -- 5.3.5. Biowaste -- 5.4. THE BENEFITS OF MUNICIPAL SOLIDWASTE RECYCLING -- 5.5. LIFE CYCLE ASSESSMENTOF MATERIALS RECYCLING -- 5.6. FACTORS INFLUENCING THE PERFORMANCEOF SOLID WASTE RECYCLING PROGRAMMES -- 5.7. KERBSIDE RECYCLING PROGRAMME DESIGN -- 5.7.1. Kerbside Recycling Enhancement -- COST-EFFECTIVENESSOF MSW RECYCLING -- 6.1. ECONOMIC CONDITION OF MSW RECYCLING -- 6.2. AN ECONOMIC ANALYSISOF COST-EFFECTIVENESS OF MSW RECYCLING -- 6.3. ECONOMIC PROFITABILITY OF THE WASTEUTILIZATION AS A SUBSTITUTE OF RAWMATERIALS - CASE STUDY -- The Model -- 6.4. ECONOMIC PROFITABILITY OF WASTETO ORGANIC FERTILIZER PROCESS - CASE STUDY -- The Model -- CONCLUSION -- REFERENCES -- INDEX.