POGONATUM : morphology, anatomy, reproduction etc.
Implementation analysis of solid waste management.pptx
1. Implementation analysis of solid waste management
CE 6013
Statistical Methods in Civil Engineering
Paper Discussion
2. Why this paper
Background
Objectives
Methodology
Data
Results
Discussion & Recommendations
Conclusion
Evaluation
Outline Of the Presentation
3. Why this paper selected?
• Deals with a complex environmental engineering problem
• Use of different statistical methods for analysis and statistical
parameters for performance evaluation
• Future scope of application of similar methods in Bangladesh
4. Background
• 2.01 billion tonnes of municipal solid waste is generated every year. (World Bank
waste 2.0 report)
• 3.40 billion tonnes of municipal solid waste is generated by 2050. (Shawn Burke
et al., 2018)
• 377 million urban people of India generating 85 million tonnes (MT) of municipal
solid waste per year.
• Out of 85 million 43 collected 11.9 treated and 31 dumped in landfill sites.
• The average generation rate of municipal solid waste in develoing countries is
0.3-0.5 kg/person/day.
• In 2019 the waste generation reported by Municipal Corporation Ludhiana (MCL)
was 1150 tonnes per day (TPD)
5. Objectives
• To investigate the current scenario of solid waste management(SWM)
• To carry out the implementation analysis of solid waste management
• To examine the major factors that affect successful policy implementation of
SWM.
• To identify the problems and challenges at the implementation stage.
6. Factors affecting successful implementation of SWM
Integrated solid waste management
Citizen participation
Adequate resources availability
Public awareness
Market availability
National policy and laws related to SWM
Commitment from residents and business establishments