Plastic Waste - Fuel. Municipal Solid Waste Management

Table of Contents

Chapter – 1 Introduction

1.1 MSW Generation in India

1.1.1 Future MSW Generation in India

1.1.2 Waste Generation and the Associated Problems in India

1.2 Problems

1.2.1 Land Requirements

1.2.2 Methane Emissions

1.3 MSW Collection in India

1.4 MSW Disposal in India

1.4.1 Waste Transportation Services

1.5 Organization of the Ph.D. Thesis

1.6 Research Objectives of Present Study

Chapter-2 Review of Literature

2.1 Generation of MSW

2.1.1 Composition

2.1.1.1Composition of MSW in India

2.1.1.2General Characteristics of MSW in India

2.1.1.3 Chemical Characteristics of MSW in India

2.2 Management of MSW

2.2.1 An Over View of Current Mgt. Practices of MSW in India

2.3 Features of Indian MSW

2.4 Possible Waste Management Options

2.4.1 Wealth from Waste

2.4.2. Sanitary land filling

2.4.3 Recycling of Waste

2.5 Generation of Energy

2.5.1 Electricity Demand & Supply Scenario

2.5.1.1. Present Scenario

2.5.1.2 Future Scenario

2.6 Generation of Vermin composting

2.6.1 Process

2.7 Generation of fuel from Waste Plastic

2.7.1. Evolution of Strategies in Combustion

Chapter-3 Experimental Methodology

3.1 Study Area

3.2 Materials

3.2.1 Generation

3.2.2 Per Capita Generation of MSW

3.2.2.1 Collection and analysis of Samples

3.2.2.2 Estimation of per capita Hh’s MSW

3.3 Regression Analysis

3.3.1 Correlation

3.3.2 Scatter Diagram

3.3.3 Lines of Regression

3.3.4 Regression Analysis of Garbage

3.4 Waste to Energy

3.4.1 Quartering Method

3.4.2 Calorific Value

3.5 Vermin Compost

3.5.1 Generation of Vermin Compost

3.5.2 Multiplication of Earth Worms

3.6 Fuel Generation from Waste Plastic

3.6.1 Preparation of Plastic Diesel Blends

3.6.2 Experimental setup & Experimentation

3.6.2.1 Equipment used in Experimental Setup

3.6.2.2 Direct Injection Diesel Engine

3.6.2.3 Engine Loading System

3.6.2.4 Speed & Crank Angle Measurement

3.6.2.5 Temperature Measurement

3.6.2.6 Piezotronic Transducer

3.6.2.7 Exhaust Gas Analyzer

3.6.2.8 Technical Specifications

3.6.2.9 Smoke Density Tester

3.6.2.10 Experimental Procedure

3.6.2.11 Fuel Consumption Measurement

3.6.2.12 Combustion Pressure Measurement

3.6.2.13 Emission Measurement

3.6.2.14 Smoke Measurement

3.6.2.15 Exhaust Gas Temperature Measurement

3.7 Summary

Chapter-4 Results and Discussions

4.1 Generation of MSW

4.1.1. Questionnaire Results

4.2 Waste to Energy

4.2.1. Graphs Comparing Calorific Values

4.2.2 Net Power Calculation

4.3 Waste to Compost

4.3.1 Applications of Vermin Compost

4.3.2 Total Quantity of Vermin Compost at MCE

4.3.3 Cost Analysis

4.3.4 Estimate of Expenditure

4.4 Waste Plastic to Fuel

4.4.1 Implementation of Plastic Diesel Blends

4.4.1.1 Performance Analysis

4.4.1.2 Combustion Analysis

4.4.1.3 Analysis of Emission Parameters

4.4.2 Implementation of Plastic Diesel with Cetane Improver

4.4.2.1 Performance Analysis

4.4.2.2 Combustion Analysis

4.4.2.3 Analysis of Emission Parameters

Chapter-5 Summary &Conclusions

5.1 Summary

5.2 Conclusions

5.3 Recommendations

5.4 Future Scope of work

Chapter-6 References

Objectives and Scope of the Research

This thesis examines the current state of municipal solid waste (MSW) management in the Municipal Corporation of Eluru, India, and evaluates sustainable strategies for waste conversion, including energy generation, vermicomposting, and the production of plastic-derived diesel fuel.

• Quantification and analysis of the composition of MSW in residential areas of Eluru.
• Estimation of the potential for power generation from municipal solid waste.
• Assessment of the revenue potential from vermicompost production using biodegradable waste fractions.
• Investigation into the combustion, performance, and emission characteristics of plastic-derived diesel fuel in a conventional diesel engine.
• Formulation of an integrated waste management approach to support sustainable urban development.

Excerpt from the Book

Summary of Chapters

Chapter – 1 Introduction: Provides an overview of solid waste management challenges in India and defines the specific research objectives for the Municipal Corporation of Eluru.

Chapter-2 Review of Literature: Surveys existing research on MSW management practices, energy recovery techniques, and the use of alternative fuels derived from plastic waste.

Chapter-3 Experimental Methodology: Details the site selection, sampling techniques, and experimental procedures for analyzing waste composition, vermicomposting, and plastic diesel engine testing.

Chapter-4 Results and Discussions: Presents the findings regarding waste generation patterns, energy potential, compost quality, and the engine performance analysis of plastic diesel blends.

Chapter-5 Summary &Conclusions: Consolidates the study results and provides actionable recommendations for improving municipal waste management and future research directions.

Keywords

Municipal Solid Waste, MSW Management, Vermicomposting, Plastic Diesel, Energy from Waste, Renewable Energy, Combustion Analysis, Emission Parameters, Waste Composition, Sustainable Management, Eluru, India, Engine Performance, Circular Economy, Waste-to-Energy

Frequently Asked Questions

What is the core focus of this doctoral thesis?

This thesis focuses on the management of municipal solid waste (MSW) in the Municipal Corporation of Eluru, specifically aiming to find better ways to utilize waste as a resource through energy generation, vermicomposting, and the creation of alternative fuels from waste plastic.

What key thematic areas does the research cover?

The research covers four main areas: the quantification and characterization of waste, its energy generation potential, revenue generation through vermicompost production, and the technical performance of plastic-derived diesel in internal combustion engines.

What is the primary objective of this research work?

The primary objective is to evaluate current waste management practices and develop an integrated, sustainable model for MSW management that can be adopted by similar urban municipalities in India.

Which scientific methods were employed for this study?

The research uses a multi-faceted methodology, including field surveys, questionnaire-based data collection, laboratory proximate and ultimate analysis of waste, and experimental engine testing of plastic diesel blends across various injection pressures.

What topics are discussed in the main body of the work?

The main body details the experimental methodology for waste analysis and diesel engine testing, followed by a comprehensive discussion of the resulting data, including comparisons of calorific values and exhaust emissions between neat diesel and plastic-derived fuel.

Which keywords best characterize this study?

The study is characterized by keywords like Municipal Solid Waste, Waste-to-Energy, Vermicomposting, Plastic Diesel, and Emission Analysis.

How is plastic waste converted into a viable fuel source in this study?

Plastic waste is subjected to random de-polymerization in the presence of a catalyst, followed by condensation and fractional distillation to convert hydrocarbon materials into plastic diesel.

What are the findings regarding the use of plastic diesel in engines?

The study found that blending plastic diesel with neat diesel and using a cetane number improver at higher injection pressures significantly improves combustion quality, reduces specific fuel consumption, and optimizes thermal efficiency in a diesel engine.