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Energy Recovery from Waste
Tarang-2014
Rajdhani Engineering College
Electrical Department
Presented By
Vikas Jangir
Energy Conservation
Energy sources
Generation Process
Use of Energy
Storage and Recovery
Energy Storage
Recover Energy from Waste.. WHY ?
The technology which come in role after seen all the
problems.
• Crises of Energy.
• Inc...
Population
Waste Material
What will happen, if.. ??
Impacts of waste on earth
• Climate Change
• Effect on Health and Environment
• Radioactive increase
• Pollution
• Problem...
Electricity Generation Plants
Waste to Electricity Generation
Process
• Process flow description
• Material handling (WASTE)
• Thermal transformation
• ...
Process
Which type of material
Local Advantages
• Reduces costs and risks associated with landfills.
• Additional source of revenue.
• Stimulates your lo...
Environmental advantages
• ELIMINATE LANDFILLS. This process does not
generate residual waste, thereby eliminating the nee...
Conclusion
• If a country generate electricity by using these technologies
then it`s one of the best economical problem so...
!! Thank you !!
?? Questions ??
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Waste to Electricity Generation

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The Presentation cover all details related to Electricity Generation from Waste Material, Which is very good technlogy. In this we can find that, how we are creating this energy, and how we are using.

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Waste to Electricity Generation

  1. 1. Energy Recovery from Waste Tarang-2014 Rajdhani Engineering College Electrical Department Presented By Vikas Jangir
  2. 2. Energy Conservation Energy sources Generation Process Use of Energy Storage and Recovery Energy Storage
  3. 3. Recover Energy from Waste.. WHY ? The technology which come in role after seen all the problems. • Crises of Energy. • Increasing waste material. • Impacts. • Population.
  4. 4. Population
  5. 5. Waste Material
  6. 6. What will happen, if.. ??
  7. 7. Impacts of waste on earth • Climate Change • Effect on Health and Environment • Radioactive increase • Pollution • Problems to forests • Animals • Increase Deases • Other problems
  8. 8. Electricity Generation Plants
  9. 9. Waste to Electricity Generation Process • Process flow description • Material handling (WASTE) • Thermal transformation • Gas cleanup • Steam and power generation
  10. 10. Process
  11. 11. Which type of material
  12. 12. Local Advantages • Reduces costs and risks associated with landfills. • Additional source of revenue. • Stimulates your local economy. • Creates jobs. Money stays at home. • Reduces petroleum dependence. • Helps meet alternative fuel mandates. • Research
  13. 13. Environmental advantages • ELIMINATE LANDFILLS. This process does not generate residual waste, thereby eliminating the need for new landfills • GROUND WATER. The risk of contaminated ground water is eliminated. • RENDER INCINERATORS OBSOLETE. Existing incinerator plants can be retrofitted into our process, eliminating the ash disposal and emissions problems inherent with incinerators. • AIR AND WATER EMISSIONS ARE BELOW EPA STANDARDS. • RECOVERED ENERGY. The energy produced by the process (electricity or ethanol) is recovered from discarded materials.
  14. 14. Conclusion • If a country generate electricity by using these technologies then it`s one of the best economical problem solution. • Seen after all the problems around the world, work will start on this. • The only way to produce power from waste efficiently is to use a combined cycle gas steam turbine. • The technology of generating electricity is well to show the environment clean. • Required to Research.
  15. 15. !! Thank you !!
  16. 16. ?? Questions ??

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