This document presents a case study of sustainable waste management in Achrol, Jaipur, Rajasthan. It discusses the need for sustainable waste management to protect future generations and the environment. The case study describes the current waste management situation in Achrol, including the types and sources of waste generated. Recommendations are provided to address traffic issues and promote better waste segregation, recycling, and disposal practices in line with government guidelines. The conclusion emphasizes the urgent need for sustainable waste management approaches to reduce waste and environmental impacts.

1. SUSTAINABLE WASTE MANAGEMENT :
CASE STUDY OF ACHROL, JAIPUR ,RAJASTHAN
SHOURYA PURI , B.ARCH , 5 SEM
AMITY SCHOOL OF ARCHITECTURE AND PLANNING
AMITY UNIVERSITY , RAJASTHAN

2. CONTENT
 SUSTAINABLITY
 NEED OF RESEARCH
 CASE STUDY
 TYPE OF WASTE
 TRAFFIC DATA
 RECOMMENDATION
 GOVERNMENT GUIDELINES
 CONCLUSION

3. SUSTAINABLITY
 Sustainable Development
 Sustainable development is ‘development that meets the needs of the
present without compromising the ability of future generations to meet
their needs’.
 Sustainable Waste Management
 Sustainable waste management aims to address the long term
pressures through the recovery, recycling, and reuse of resources,
and the minimisation of waste streams.
 This includes the management of resources in an environmentally sound
and economically effective manner.

4. NEED OF RESEARCH
 Future Generation
 Sustainable Waste Management is crucial issue that needs governmental
attention immediately, the practices used in our country to generate waste
are hazardous not only for ourselves but for future.
 Environment
 The effect that waste has on our natural environment and ultimately on the
quality of our life is a major concern ; Protecting the environment.
 Pollution
 Ensuring effective waste collection coverage leads to the reduction of air,
noise and soil pollution.

5. CASE STUDY : ACHROL
 Satellite town in Jaipur Rajasthan located
on Delhi Jaipur highway(250km).
 30kms north of Jaipur.
 Coordinates : 27*08’N latitude and
75*57E longitude.
 Area : 0.79 sqkm.
 Population 17658 by the year 2011 and
estimated that the target population will
reach 28073 by 2025.
MAP

6. PRESENT SCENARIO
 Encroachment of national
highway.
 Congestion on highway due to
local animals.FIG 1
FIG 2 FIG 4
FIG 3

7.  TRAFFIC PROBLEMS
FIG 5
FIG 6
FIG 7

8. TYPE OF WASTE
4%
16%
13%
8%
10%2%
14%
6%
27%
PAPER WASTE PLASTIC WASTE METAL WASTE
ELECTRIC SCRAP FRUITS AND VEGETABLE WASTE CATTLE WASTE
CONSTRUCTION WASTE WOOD OTHER WASTE

9. TRAFFIC DATA
0
100
200
300
400
500
600
700
800
900
1000
6 AM - 9AM 9AM - 12AM 12PM - 3PM 3PM - 6PM 6PM - 9PM 9PM - 12PM 12AM - 3AM 3AM-6AM
LIGHT MOTOR VEHICLES HEAVY MOTOR VEHICLES Column1

10. RECOMMENDATIONS
 Median Strip for landscaping
 Removal of fruits and vegetable vendors from highway.
 Preventing dumping of waste in median strip.
 Cleaning of median strip once a week.
 Jaipur Development Authority (JDA)
 Include activities associated with generation, storage, collection, and transport and
last processing.
 Provide dustbins.
 Inform citizens about source separation and recycling, and the needs of waste
workers.
 Promote recycling industries and enterprises.

11. GOVERNMENT GUIDELINES
 Aim to enhance and protect public health and safety.
 Aim to provide a safer working environment; Enhancing the
communities where we work and live.
 Aim to minimise waste generation and the environmental impact of
waste treatment and disposal and to facilitate compliance with
regulatory requirements.

12. CONCLUSION
 A continuing rise in the rate of waste production is no longer
acceptable.
 It is essential that governments and corporations face up to waste,
using what we know about reduction, recycling and reuse, but also
developing new technologies that eliminate waste.

13. THANK YOU