recycling

1. Waste Plastic Wrapper
to Bricks
Name : Komal Shrivastav
Roll No. : 32
Subject : Sustainability and green
Manufacturing [INT364-4]
Course Coordinator : DR. Y. V.
Deshpande.
SHRI RAMDEOBABA COLLEGE OF ENGINEERING & MANAGEMENT,
NAGPUR.

2. Introduction
Definition of Waste
Wrapper
Rising Environmental
Concerns
Need for Sustainable
Alternatives
Waste wrappers are non-
biodegradable materials used
for packaging various goods.
Increasing waste generation
poses significant
environmental challenges
globally, necessitating
innovative solutions.
The demand for eco-friendly
alternatives to traditional
construction materials is
escalating to mitigate
environmental impact.

3. Current Challenges in
Waste Management
Impacts of
Inadequate Waste
Management
Improper waste disposal leads
to pollution, habitat
destruction, and health
hazards, impacting
ecosystems and human well-
being.
Inefficient recycling methods
contribute to the
accumulation of waste
materials, exacerbating
environmental degradation.
Photos provided by Pexels
Lack of Effective
Recycling Practices

4. Advantages of Using Waste Wrappers
for Bricks
Environmental
Benefits
Resource
Conservation
Utilizing waste wrappers in
brick production reduces the
environmental impact of
plastic waste and mitigates
the demand for conventional
construction materials.
Waste wrapper bricks
contribute to conserving
resources by repurposing
non-biodegradable materials,
aligning with sustainable
development goals.
Photos provided by Pexels

5. Technological Process
Brick Production from
Waste Wrappers
Innovative manufacturing
processes transform waste
wrappers into durable, eco-
friendly bricks, enhancing
circular economy practices.
Implementing sustainable
technologies facilitates the
efficient conversion of waste
wrappers into high-quality
construction materials,
reducing environmental
impact.
Photos provided by Pexels
Integration of
Sustainable
Technologies

6. waste wrappers TO BRICKS
Collection
Sorting
Cleaning
Shredding
Mixing with Binder:
Molding
Distribution and Use
Curing
Quality Control
ChatGPT

7. Waste Wrapper Brick
Construction
Structural
Applications
Architectural
Integration
Waste wrapper bricks offer
versatile applications in
construction, contributing to
sustainable building practices
and resource efficiency.
Incorporating waste wrapper
bricks into architectural design
enhances sustainable
construction methods,
promoting eco-friendly
building solutions.
Photos provided by Pexels

8. Environmental Benefits
Reduced Landfill
Accumulation Energy Efficiency
Utilizing waste wrapper bricks
diverts plastics from landfills,
addressing environmental
concerns linked to waste
disposal and pollution.
The production and use of
waste wrapper bricks promote
energy efficiency and lower
carbon emissions compared
to conventional bricks.
Photos provided by Pexels

9. Economic Viability
Cost Savings Market Potential
The adoption of waste
wrapper bricks presents cost-
saving opportunities in
construction projects,
supporting sustainable
economic development.
The growing market for
sustainable construction
materials enhances the
economic viability of waste
wrapper bricks, creating new
business prospects.
Photos provided by Pexels

10. Social Impact
Community
Engagement
Engaging communities in
waste management and
sustainable construction
fosters social cohesion and
environmental awareness.
Involving individuals in waste
repurposing initiatives
empowers local communities
and promotes a culture of
environmental responsibility.
Photos provided by Pexels
Empowerment
through Recycling

11. Future Prospects
Technological
Advancements Global Adoption
Anticipated advancements in
waste utilization and
sustainable construction
methods will shape the future
landscape of waste wrapper
bricks.
The potential for widespread
adoption of waste wrapper
bricks globally holds promise
for advancing circular
economy practices and
resource efficiency.
Photos provided by Pexels

12. Conclusion
Key Takeaways
Future of Waste
Wrapper Bricks
Environmental and
Economic Impact
Utilizing waste wrappers in
brick production presents a
sustainable solution for
addressing environmental
challenges and promoting
circular economy principles.
As environmental
consciousness grows, waste
wrapper bricks offer
promising opportunities for
sustainable construction and
waste management.
In conclusion, waste wrapper
bricks offer a dual benefit of
addressing environmental
concerns and fostering
economic viability in the
construction industry.

13. References:
https://www.youtube.com/watch?v=ufyLuCWeNco
https://seepositive.in/positive-breaking/kerala-firm-turns-waste-sand-into-4000-eco-friendly/
https://www.thebetterindia.com/233190/plastic-waste-bricks-cheap-low-cost-purchase-
features-recycle-engineer-architect-anand-gujarat-ang136/