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Analysis of urban energy use and CO2 Emissions in India: An assessment of selected cities (Also available on CD)

By: Contributor(s): Material type: TextTextPublication details: 2014Description: xiii,70p.,CD-ROMDDC classification:
  • P TH-1744 RAZ
Contents:
Contents 1. Introduction 1 2. Background of the study 2 2.1. Scope of the research 3 2.2. Research aim, objectives 4 2.3. Research objectives 4 2.4. Research questions 4 3. Literature review 5 4. Methodology 7 4.1. City selection 7 4.2. Research Steps 8 4.3. Brief description of methodology 8 4.4. Data Collection and Analysis 12 4.5. Data Sources: 13 5. Brief profile of the cities 14 5.1. Demographics 14 5.2. Trends in population growth and number of household households (2001-2011) 15 5.3. Population and Density 15 5.4. Slums 16 5.5. Per capita income 16 5.6. Brief industrial Profile 2011 17 5.7. Travel Characteristics 18 5.7.1. Vehicle Growth 18 5.7.2. Modal Share 21 5.7.3. Vehicle population per 1000 population 22 5.7.4. Motorized mode share 22 5.7.5. Average Trip length and Per capita motorized trip rate 23 5.7.6. Transport fuel use share 23 6. Results 24 6.1. Total energy Use from Fuel and Electricity 25 6.2. Per capita Energy use (2010-11) 26 6.2.1. Per capita Fuel use 26 6.2.2. Per capita Electricity use 27 6.3. GHG Inventory 28 6.3.1. Emission profile across various sectors by electricity and fuel use 28 6.3.2. Total energy use emissions in MT 30 6.4. Distribution of total emissions excluding industrial energy use and total emissions including industrial energy use emissions 33 6.5. Per capita GHG emissions 36 6.5.1. Per capita Emission including all sectors 36 6.5.2. Per capita Emission from domestic sector/ people energy use 37 6.6. Critical analysis of emissions and various factors 39 6.6.1. Skewness, kurtosis, and Z scores for Normal Distribution 40 6.7. Factors considered for emissions from transport energy use 48 6.8. The relationship of total energy use excluding industrial use and Total energy use including industries with demographic factors 54 6.8.1. Factors considered for emissions from total energy use excluding industrial use 54 6.8.2. Factors considered for emissions from total energy use including industrial use 59 6.9. Multiple regressions analysis (stepwise) between Emissions excluding industries and per capita income & household size 62 7. Conclusion 64 8. Discussion 65 9. References 68
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Thesis CEPT Library Faculty of Planning P TH-1744 RAZ Not for loan 013075
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Contents 1. Introduction 1 2. Background of the study 2 2.1. Scope of the research 3 2.2. Research aim, objectives 4 2.3. Research objectives 4 2.4. Research questions 4 3. Literature review 5 4. Methodology 7 4.1. City selection 7 4.2. Research Steps 8 4.3. Brief description of methodology 8 4.4. Data Collection and Analysis 12 4.5. Data Sources: 13 5. Brief profile of the cities 14 5.1. Demographics 14 5.2. Trends in population growth and number of household households (2001-2011) 15 5.3. Population and Density 15 5.4. Slums 16 5.5. Per capita income 16 5.6. Brief industrial Profile 2011 17 5.7. Travel Characteristics 18 5.7.1. Vehicle Growth 18 5.7.2. Modal Share 21 5.7.3. Vehicle population per 1000 population 22 5.7.4. Motorized mode share 22 5.7.5. Average Trip length and Per capita motorized trip rate 23 5.7.6. Transport fuel use share 23 6. Results 24 6.1. Total energy Use from Fuel and Electricity 25 6.2. Per capita Energy use (2010-11) 26 6.2.1. Per capita Fuel use 26 6.2.2. Per capita Electricity use 27 6.3. GHG Inventory 28 6.3.1. Emission profile across various sectors by electricity and fuel use 28 6.3.2. Total energy use emissions in MT 30 6.4. Distribution of total emissions excluding industrial energy use and total emissions including industrial energy use emissions 33 6.5. Per capita GHG emissions 36 6.5.1. Per capita Emission including all sectors 36 6.5.2. Per capita Emission from domestic sector/ people energy use 37 6.6. Critical analysis of emissions and various factors 39 6.6.1. Skewness, kurtosis, and Z scores for Normal Distribution 40 6.7. Factors considered for emissions from transport energy use 48 6.8. The relationship of total energy use excluding industrial use and Total energy use including industries with demographic factors 54 6.8.1. Factors considered for emissions from total energy use excluding industrial use 54 6.8.2. Factors considered for emissions from total energy use including industrial use 59 6.9. Multiple regressions analysis (stepwise) between Emissions excluding industries and per capita income & household size 62 7. Conclusion 64 8. Discussion 65 9. References 68

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