History of waste management : 1.1. History of Waste management, 1.2. Introduction, 1.3. Components of Municipal Solid Waste, 1.4. Biomedical Waste, 1.5. E-Waste, 1.6. Pressure, 1.7. State situation, 1.8. Impact, 1 .9. Response, 1.10. References
Solid Waste management : 2.1. Background, 2.2. Approaches for Solid Waste Management, 2.3. Steps for Effective Management of Solid Waste
Waste Treatment / Management and Recycling : 3.1. Waste Classification, 3.2. Solid Waste Disposal, 3.3. Solid Waste Management, 3.4. Ocean Dumping, 3.6. Waste Water Treatment, 3.7. Sludge Treatment, 3.8. Water Reuse And Recycling, Questions
Reuse and Recycling of Non-Biodegradable Solid Waste : 4.1. Introduction, 4.2. Recycling of Papers, 4.3. Recycling of Plastics, 4.4. Landfill
Recycling of Waste Paper into “Pepwood” : Main features of the technology, Process followed at Nirmal Gram, Involvement of women
Pollution Prevention and Waste Management : 6.1. Introduction, 6.2. Importance of Waste, 6.3 Atom Economy, 6.4. Terms Involved in Waste Minimization, 6.5. Assessment Procedure, 6.6. Types of Wastes, 6.7. Treatment and Disposal of Industrial Waste, 6.8. Treatment of Waste or Effluents with Organic Impurities, 6.9. Treatment of Waste with Inorganic Impurities, 6.10. The Nature, Effect and Treatment of Some Important Chemical Wastes
Waste water Management : 7.1. Introduction, 7.2. Technological Options at Household Level Management, 7.3. Technological Option for Community Level Management at Public Places-On Site, 7.4. Community Level Management of Greywater from Households.
Disposal of radioactive Waste or royal waste : Introduction, Types of radioactive wastes, Disposal methods of radioactive wastes, Methods to dispose critically dangerous radiowastes, Reprocessing of spent uranium fuel and its disposal, Converting radiowaste into solid form, Nuclear waste treatment plant in Japan
Protection and control from radiation : Introduction, Radiation safety standards when working with radioactive isotopes, Means for individual protection, Decontamination, Control from radiation, Radiography and precautions from radiation risk, Decommissioning of nuclear power plants, Nuclear detoxification, Medical radiography techniques
Eco friendly plastic fuel : 1. A major breakthrough in the arena of Non-conventional sources of energy!, 2. Recycling of plastic by conventional methods, 3. Salient features of EPF (Ecofriendly Plastics Fuel) technology, 4. Test reports, 5. Field applications
