Adopting IUWM in India its importance and implementation challenges : case study Bhuj (Also available on CD)
Shah, Dhwani
Adopting IUWM in India its importance and implementation challenges : case study Bhuj (Also available on CD) - 2017 - vii,295p.,CD-ROM
CONTENTS 1. Introduction 8 1.1 Water Security and its importance 8 1.2 Water in India . 11 1.3 Statement of research 18 1.4 Key research questions 18 1.5 Aim . 18 1.6 Objectives 18 1.7 Data source and data collection 19 1.8 Scope and Limitation 19 1.9 Methodology . 19 2. Literature review 26 2.1 Water resource management Concepts and experiences 26 2.1.1 Good water resource management 26 2.1.2 Evolution of IWRM 26 2.2 What is IWRM? 35 2.2.1 Case studies of IWRM 36 2.2.2 Difference between pre and post IWRM 37 2.2.3 Failure of IWRM . 39 2.2.4 What is difference between IWRM and IUWM? . 40 2.3 Why IUWM is required? 42 2.3.1 Evolution of IUWM 43 2.3.2 What is IUWM? . 45 2.3.3 IUWM is an integration of 46 2.3.4 Experts view on IUWM 48 2.3.5 Difference between conventional water management and IUWM 48 2.3.6 IUWM goals at different levels 51 2.3.7 IUWM benefits . 53 2.3.8 Challenges in IUWM implementation 54 2.3.9 Case studies of IUWM 55 2.4 IUWM in India Case studies 56 2.4.1 Case study Mulbagal . 57 2.4.2 Case study Solapur 59 2.4.3 Case study Jaisalmer . 61 3. Bhuj . 66 3.1 Bhuj City Profile 67 3.2 History of Bhuj water supply . 70 4. Applying IUWM frameworks and IRAP toolkit on Bhuj 79 4.1 City diagnostic Resource evaluation and modeling study of Bhuj 84 4.1.1 Assessing urban geo-hydrology of Bhuj 84 4.1.1.1 Result of city diagnostic Status of Bhuj water resource . 100 4.1.2 Surveying urban water system 103 4.1.2.1 Existing status of water sources and water supply services 103 4.1.2.2 Existing situation of wastewater sector 121 4.1.2.3 Existing situation of stormwater sector 125 4.1.2.4 Other sectors affecting water system like solid waste and town planning 127 4.1.2.5. Analyzing institutional framework of water and related sectors 130 4.1.2.6 Result of city diagnostic Status of Bhuj water supply service . 136 4.2 Identifying potential solutions to implement IUWM 142 4.2.1 Identifying demand management solutions 143 4.2.1.1 Water resource management Identifying feasible sustainable local water sources . 145 4.2.1.2 Identifying options to improve urban water supply service delivery and demand reduction 199 4.2.2 Identifying capacity building Solution for integrated urban water management and challenges in implementation 203 5. Summary of key findings and way forward . 213 5.1 Identified status of Bhuj on IUWM . 213 5.1.1 Summary of decentralized IUWM implemented in Bhuj . 213 5.1.2 Identified data requirement, its source and process to generate or co-create the data 224 5.2 Developing a methodology for IUWM assessment for other Indian cities 224 6. Conclusion . 228 List of Annexures . 231 ANNEXURE 1 IRAP Toolkit link 231 ANNEXURE 2 Questionnaires 231 For Stakeholder Primary Survey 231 For Household survey forms 246 ANNEXURE 3 Evolution of IWRM concept 258 ANNEXURE 4 IWRM Case studies 262 ANNEXURE 5 Evolution of IUWM Global IUWM initiatives 268 ANNEXURE 6 IUWM case studies 270 ANNEXURE 7 Details of difference between conventional and IUWM water management system 273 ANNEXURE 8 Global IUWM case studies . 274 ANNEXURE 9 Details about un sustainability of suggested water supply source . 278 ANNEXURE 10 Conclusion status of Bhuj on IUWM concept 280 ANNEXURE 11 Data sources 281 Annexure 12 IUWM implementation challenges . 285 ANNEXURE 14 BNP documents . 287 ANNEXURE 15 Stakeholder consultation photographs Those who helped me in this thesis study to gather required information 288 REFERENCES 291
P TH-2163 / SHA
Adopting IUWM in India its importance and implementation challenges : case study Bhuj (Also available on CD) - 2017 - vii,295p.,CD-ROM
CONTENTS 1. Introduction 8 1.1 Water Security and its importance 8 1.2 Water in India . 11 1.3 Statement of research 18 1.4 Key research questions 18 1.5 Aim . 18 1.6 Objectives 18 1.7 Data source and data collection 19 1.8 Scope and Limitation 19 1.9 Methodology . 19 2. Literature review 26 2.1 Water resource management Concepts and experiences 26 2.1.1 Good water resource management 26 2.1.2 Evolution of IWRM 26 2.2 What is IWRM? 35 2.2.1 Case studies of IWRM 36 2.2.2 Difference between pre and post IWRM 37 2.2.3 Failure of IWRM . 39 2.2.4 What is difference between IWRM and IUWM? . 40 2.3 Why IUWM is required? 42 2.3.1 Evolution of IUWM 43 2.3.2 What is IUWM? . 45 2.3.3 IUWM is an integration of 46 2.3.4 Experts view on IUWM 48 2.3.5 Difference between conventional water management and IUWM 48 2.3.6 IUWM goals at different levels 51 2.3.7 IUWM benefits . 53 2.3.8 Challenges in IUWM implementation 54 2.3.9 Case studies of IUWM 55 2.4 IUWM in India Case studies 56 2.4.1 Case study Mulbagal . 57 2.4.2 Case study Solapur 59 2.4.3 Case study Jaisalmer . 61 3. Bhuj . 66 3.1 Bhuj City Profile 67 3.2 History of Bhuj water supply . 70 4. Applying IUWM frameworks and IRAP toolkit on Bhuj 79 4.1 City diagnostic Resource evaluation and modeling study of Bhuj 84 4.1.1 Assessing urban geo-hydrology of Bhuj 84 4.1.1.1 Result of city diagnostic Status of Bhuj water resource . 100 4.1.2 Surveying urban water system 103 4.1.2.1 Existing status of water sources and water supply services 103 4.1.2.2 Existing situation of wastewater sector 121 4.1.2.3 Existing situation of stormwater sector 125 4.1.2.4 Other sectors affecting water system like solid waste and town planning 127 4.1.2.5. Analyzing institutional framework of water and related sectors 130 4.1.2.6 Result of city diagnostic Status of Bhuj water supply service . 136 4.2 Identifying potential solutions to implement IUWM 142 4.2.1 Identifying demand management solutions 143 4.2.1.1 Water resource management Identifying feasible sustainable local water sources . 145 4.2.1.2 Identifying options to improve urban water supply service delivery and demand reduction 199 4.2.2 Identifying capacity building Solution for integrated urban water management and challenges in implementation 203 5. Summary of key findings and way forward . 213 5.1 Identified status of Bhuj on IUWM . 213 5.1.1 Summary of decentralized IUWM implemented in Bhuj . 213 5.1.2 Identified data requirement, its source and process to generate or co-create the data 224 5.2 Developing a methodology for IUWM assessment for other Indian cities 224 6. Conclusion . 228 List of Annexures . 231 ANNEXURE 1 IRAP Toolkit link 231 ANNEXURE 2 Questionnaires 231 For Stakeholder Primary Survey 231 For Household survey forms 246 ANNEXURE 3 Evolution of IWRM concept 258 ANNEXURE 4 IWRM Case studies 262 ANNEXURE 5 Evolution of IUWM Global IUWM initiatives 268 ANNEXURE 6 IUWM case studies 270 ANNEXURE 7 Details of difference between conventional and IUWM water management system 273 ANNEXURE 8 Global IUWM case studies . 274 ANNEXURE 9 Details about un sustainability of suggested water supply source . 278 ANNEXURE 10 Conclusion status of Bhuj on IUWM concept 280 ANNEXURE 11 Data sources 281 Annexure 12 IUWM implementation challenges . 285 ANNEXURE 14 BNP documents . 287 ANNEXURE 15 Stakeholder consultation photographs Those who helped me in this thesis study to gather required information 288 REFERENCES 291
P TH-2163 / SHA