Recycling need of society

1. RECYCLING NEED OF THE
SOCIETY
BY-ACADEMIC YEAR:
2020-21(CE-6-I)
UNDER THE GUIDANCE OF SUBHASH YADAV SIR

2. SUBMITTED BY
Roll no Name Enrollment
number
1 Abrange Abhishek Arvind 1700470169
2 Altekar Adhyayan Arvind 1900470022
3 Badkar Rushikesh Ananda 1800470064
4 Bharmal Vedanjali Subhash 1800470193

3. Table of contents
 Definition
 Introduction
 Benefits
 Merits of recycling
 Demerits of recycling
 Process of recycling
 Methods of collection
 Types of recycling

4. Definition
► The process of collecting, separating, reusing and remanufacturing used materials
and products is known as Recycling.
► Recycling is the process of converting waste materials into new materials and
objects. The recovery of energy from waste materials is often included in this
concept. The recyclability of a material depends on its ability to reacquire the
properties it had in its original state. It is an alternative to "conventional" waste
disposal that can save material and help lower greenhouse gas emissions. Recycling
can prevent the waste of potentially useful materials and reduce the consumption of
fresh raw materials, thereby reducing: energy usage, air pollution (from incineration),
and water pollution (from landfilling).

5. INTRODUCTION
 Recycling is the process of converting waste materialsinto new materials.
 Nearly anything we see and use can be recycled.
 However, we recycle only about 30% of all waste when in reality over 75% of it is
recyclable.
 Recycling is the key component of modern waste management.
 Conversion of waste materials into useful materials is nothing but recycling.
 Recycling is a key component of modern waste reduction and is the third
component of the "Reduce, Reuse, and Recycle" waste hierarchy.

6. BENIFITS OF RECYCLING
 Decrease waste that goes into landfills and incinerators
 Conserves natural resources such as timber, water, and minerals
 Increases economic security
 Prevents pollution
 Saves energy
 Helps create jobs
 Fights Global Warming.
 Reduced Energy Consumption
 Protects nature
 Manufacturing of cost effective products.

7. MERITS OF RECYCLING
► Recycling minimizes pollution
► Protects the environment
► Recycling minimizes global warming
► Conserves natural resources
► Recycling cuts down the amount of waste in landfill sites
► Recycling ensures sustainable use of resources
► Recycling contributes to the creation of jobs
► Reduces energy consumption
► Recycling helps to make and to save money
► Recycling spreads environmental awareness

8. DEMERITS OF RECYCLING
 High upfront capital costs
 Recycling sites are always unhygienic, unsafe and unsightly
 Recycling might not be inexpensive
 Recycling is not widespread on large scale
 Products from recycled waste may not be durable
 More energy consumption and pollution
 Result in pollutants
 Increased processing cost and low-quality jobs
 Stricter and more stringent implementation required
 Recycling is still ineffective
 Methane is a GHG

9. PROCESS OF RECYCLING
There are main steps in the recycling process:
1.Collecting:
 Recyclable material is collected in recycling collection
bins.
 Following are color coding for collection of various recyclables
1. BLUE – Paper Recycling.
2. GREEN – Organic Recycling.
3. RED – Landfill Waste.
4. YELLOW – plastic Recycling.
5. WHITE – Soft Plastic Recycling.
6. BLACK- Metal Recycling.

10. METHODS OF COLLECTION
 Curbside collection: It is a service provided to households, typically in urban and
suburban areas, of collecting and disposing of household waste and recyclables.
 Buy-back centers: Recycling facility which has an attendant present while open, at
which source-separated recyclables are purchased from the general public, or accepted
for a nominal fee.
 Drop-off centers: It is a lawful collection site for the acceptance by donation,
redemption, or purchase of recyclable materials from the public.
2. PROCESSING OR SORTING
 It involves sorting materials into groups, cleaning them and getting them ready for
manufacturing

11. 3. Manufacturing
 It involves developing new products from already used products.
4. Back to the market
 Last step, but certainly not the least , involves purchasing the recycled products.

12. TYPES OF RECYCLING
 E-recycling
 Plastic recycling
 Wood Recycling
 Glass Recycling
 Textiles Recycling
 Bricks/Inert Waste Recycling
 Metal Recycling
 Waste Paper Recycling

13. SIMPLE WAY OF RECYCLING IN CONSTRUCTION
 Masonry for reuse in your construction or for crushing to make road bases
 Windows, doors, and roofing (where reusable) for use in other habitations
 Appliances and fixtures, including sinks and baths, for refitting elsewhere
 Lumber and wood products (where reusable) for reuse, or conversion to mulch or biomass
fuel
 Metals for smelting and conversion into other products
 Vegetation and trees for replanting if feasible, or for biomass fuel
 Cardboard and paper for pulping
 Plastic crates/container, bags and sheets (where reusable)

14. CONCLUSION
 Conclusion-
 How recycling can be started at individual level and then at society level
 Why recycling is important
 benefits of recycling
 Awareness regarding recycling
 How recycling is a best option
 Any another options to be preferred to solve problem along with recycling

15. THANK YOU
HAVE A GREAT DAY