4. Motivation
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Li ion battery induced
Environment Pollution
Natural Resource Exploitation
Rural Lighting
Expensive solar lighting
system
Recycling & Reusing of Li ion batteries
5. Scope
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Disposal of harmful wastes.
Proper recycling of Lithium ion
batteries.
Job opportunities
Saving of resources.
Cheap lighting facilities to the
rural area.
Recycling & Reusing of Li ion batteries
6. Lithium cell structure
Cathode: Al plate coated with
LiCoO2 , electric conductor, PVDF
Binder and additives.
Anode: Cu plate coated with a
mixture of carbon graphite.
Organic electrolyte.
Separator
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7. Cell Reaction
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Anode half reaction
6C+xLi+ +xe−⇔ C6Lix
Cathode half reaction
LiCoO2⇔Li(1−x)CoO2+xLi++xe−
Overall reaction:
LiCoO2+6C⇔Li(1−x)CoO2+C6Lix
Recycling & Reusing of Li ion batteries
10. Hydrometallurgical process
Recovery of pure metals from active
material
High job creation as processes
involved are labour intensive.
Recovery rate is high
Final residue is low.
Low gas emission.
Pyrometallurgical process
Recovery of transition metals like
Co, Ni etc.
Huge investment capital and low job
creation.
Recovery rate is low.
Final residue is high.
High gas emission.
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11. Advantages and disadvantages
Advantages
Reduces the battery scrap volume.
Separates battery components.
Enriches valuable metals
Eliminate danger of waste of LIBs to
environment.
Economic benefits.
Disadvantages
Explosion when the Lithium comes
contact with air and moisture.
Complicated steps of recycling.
Testing of batteries are difficult.
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13. • Solar energy
• Off grid
system
Rural
lighting
• Expensive
• Efficiency
Storage Li
ion battery • Cheap
• Protection
Used mobile
battery
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Battery issues in renewable energy
Recycling & Reusing of Li ion batteries
14. 22/09/201614/19
Solar powered LED Lighting system
Recycling & Reusing of Li ion batteries
[1] Boucar Diouf1,’A
second life for mobile
phone batteries in light
emitting diode solar
home systems’, Journal
of Renewable and
Sustainable Energy,
American Institute of
Physics (AIP), April 18,
2016
15. Optimization and selection of batteries
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To maximize the capacity:
Uniform distribution of
energy in each cells
Reducing charging current
Prevent localized under
charging and over charging
Batteries are
selected after
performing ‘self
discharge test’
Recycling & Reusing of Li ion batteries
16. The reduction of battery scrap.
Proper recycling of Li ion batteries.
Recovery of metals and saving of resources.
Cost effective rural solar lighting system.
Increased job opportunities.
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Conclusion
Recycling & Reusing of Li ion batteries
17. [1] Boucar Diouf1,’ A second life for mobile phone batteries in light emitting diode
solar home systems’, Journal of Renewable and Sustainable Energy, American
Institute of Physics (AIP), April 18, 2016
[2] Jo Dewulfa, Geert Van der Vorsta, Kim Denturcka, Herman Van Langenhovea,
Wouter Ghyootb, Jan Tytgatb, Kurt Vandeputteb, ‘Recycling rechargeable lithium
ion batteries: Critical analysis of natural resource savings’ Resources, Conservation
and Recycling 54 (2010) 229–234
[3] Mariana C. Abreu Gonçalves , Eric M. Garcia, Hosane A. Taroco, Honória F.
Gorgulho,Júlio O.F. Melo, Rafael R.A. Silva, Amauri G. Souza, ‘Chemical recycling
of cell phone Li-ion batteries: Application in environmental remediation’, Waste
Management 40 (2015) 144–150
[4] T. Georgi-Maschlera,B. Friedricha, R. Weyheb, H. Heegnc, M. Rutzc,
‘Development of a recycling process for Li-ion batteries’, Journal of Power Sources
207 (2012) 173– 182
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References
Recycling & Reusing of Li ion batteries
18. “ Save Your Environment
With Reliable battery
Recycling…!!! ”
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