Overall, reverse logistics for recycling plays a critical role in conserving natural resources, reducing waste, and minimizing environmental impacts associated with the production and consumption of goods. It helps promote a circular economy where materials are recycled and reused, rather than ending up in landfills or incinerators. It requires coordination and collaboration among various stakeholders, including consumers, businesses, waste management companies, recycling facilities, and manufacturers, to ensure that waste materials are collected, sorted, and processed efficiently and effectively. So, reverse logistics for recycling is an important aspect of waste management and sustainability efforts. Whether it is through curbside recycling programs, community recycling centers, or other specialized recycling initiatives, reverse logistics for recycling helps contribute to a more sustainable and environmentally responsible approach to managing waste materials. In recent years, there has been an increasing awareness of the importance of reverse logistics for recycling as a way to reduce waste, conserve resources, and protect the environment, leading to greater efforts to promote and improve recycling programs worldwide. This is achieved through regulations, policies, and initiatives aimed at encouraging recycling, educating consumers about proper recycling practices, and investing in recycling infrastructure and technologies. Additionally, technological advancements, such as automation and digitization, are also being utilized to optimize reverse logistics processes for recycling, making it more efficient and cost-effective. As public awareness and concern about environmental issues continue to grow, reverse logistics for recycling will likely continue to play a vital role in waste management and sustainability efforts in the future. So, it's important to support and participate in recycling programs in your local community to contribute to a greener and more sustainable future. Remember to follow proper recycling guidelines, reduce waste whenever possible, and promote recycling awareness among your family, friends, and community. Together, we can make a positive impact on our planet through responsible recycling practices and reverse logistics for recycling. Let's work towards a more sustainable future
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LCA new.pptx
1. Table of contents
1. Study Plan
2. LCA Study
3. Impact of 1kg of Production of
Nickel/copper
4. Sensitivity analysis and Conclusion
5. Georesources
6. Resource/Reserve/Criticality
7. Extraction
8. Smelting and Refinery Nickel/Copper
9. Technology
10. Value of Nickel and Copper in a Circular
economy
11. Financial viability of Recycling
12. Conclusion
2. 1.Study Plan
โข Life Cycle Assessment: LCA
method for production of
Nickel/Copper
โข Sourcing of Nickel and Copper
โข Smelting and Refining
โข Value of Nickel and Copper in a
Circular economy
3. 2.Studied case :
LCA of
Production of
Nickel and
Copper for LiBs
Batteries
Database used : Ecoinvent 2.2 Database
4. 3. Impact of 1kg of
Production of
Nickel
4
Article Shuya Deng et 2021
Ecoinvent database 2.2
Impact assessment results (Global
warming (GWP100a)
40%
59%
1%
GWP ((kg CO2 eq)
Mining &Beneficiation Smelting & Refining
Transportation
5. Impact of 1kg of
Production of
copper
Article Hongtao Wang et 2015
Ecoinvent database 2.2
Impact assessment results
(Global warming (GWP100a)
6. 4.Sensitivity analysis and Conclusion
โข Sensitivity analysis
โข Comparison of 2 different methods : CML basline and ReCiPe midpoint H
6
โข Conclusion
โข There are criticism of a publication comparions the impact of Production of 1 kg of Nickel and Copper.
โข Difficulties due to a lack of information in the publication and data of Our Database that dd not match with
those used by the authors.
โข Some biggest points obtained that there is difference between impact we consider because of assumptions.
โข Finally, the question of the interest of such kind of study can be ask, because of the number or assumptions
made.
22. 11.Financial viability of Recycling
22
The lowest profits
are obtained for
LFP and LMO
batteries recycling
in Belgium
23. Conclusion
23
With its infinite life cycle, copper is a truly circular material
that can be recycled over and over with no loss of its physical
properties. With a global shift toward renewable resources
and decarbonization, copper will play a key role in
sustainable development.
Recycling metals such as nickel creates win-win scenarios for
both the environment and industry. It is an integral part of
the metals industry; metals are recycled because of their
value and because most can be recycled without loss of
quality. This is particularly true of non-ferrous metals such as
nickel.
