TY  - BOOK
AU  - Panchal, Shree Kurang
AU  - Pathak, Minal (Guide)
TI  - Sustainable physical infrastructure for townships in Ahmedabad : sewerage and water (Also available on CD)
U1  - P TH-2022 
PY  - 2016///
N1  - CONTENTS 1 Introduction  5 1.1 Background . 5 1.2 About the topic or Rationale and Justification  6 1.3 Aim and Objective . 7 1.4 Research Question and Methodology . 7 2 Methodology . 8 2.1 Thought Process  9 2.1.1 Primary Data  9 2.1.2 Secondary Data . 9 2.1.3 Analysis  9 2.2 Existing Scenario of Sewerage in Ahmedabad  11 2.3 Site selection . 13 2.4 About the Site . 14 2.5 Limitation of the study  16 3 Literature Review  17 3.1 Centralised and Decentralised Sewage Infrastructure  17 3.2 Environment friendly and Sustainable Sewage Treatment Plants and its need  18 3.3 Decentralisation Sewer Infrastructure and its implantation  21 3.4 Case studies . 22 3.4.1 DEWATS . 22 3.4.2 Solid and Liquid Resource Management ( SLRM ) - Vellore Model . 23 3.4.3 Nepal - Different Landuse . 23 3.4.4 Lismore City . 24 3.4.5 Mumbai case studies . 25 3.5 Guidelines . 26 3.6 Conclusion . 27 4 Analysis - Calculations related to sewage infrastructure . 28 4.1 Population in the township A  28 4.2 Interview of the Builder Company of Township A  28 4.3 Interviewing the Plumbing consultants . 29 4.4 Calculating Infrastructure for centralised sewage system  30 4.4.1 Cost estimation from the Case Study  30 4.4.2 Capital cost  31 4.4.3 Operational Cost of Centralised sewage Treatment Plant . 32 4.5 Calculations for implementing the conventional decentralised Sewage Treatment Facility and Infrastructure in the township A  32 4.5.1 Capital cost of conventional Electrical Sewage Treatment Plant . 33 4.5.2 Operating Cost of Conventional Electrical sewage treatment Plant  33 4.6 Calculations for implementing the environment friendly decentralised Sewage Treatment Facility and Infrastructure ( Reed Bed System ) in the township A  34 4.6.1 Case study site visit  35 4.6.2 Capital cost . 38 4.6.3 Operating Cost of Reed Bed System  39 5 Comparative Analysis . 40 5.1 Which system in beneficial - Today and why . 40 5.2 Advantages and disadvantages of Decentralised STP  42 5.2.1 Advantages of Decentralised Conventional Sewerage Infrastructure . 42 5.2.2 Disadvantages of Decentralised Conventional Sewerage Infrastructure . 42 5.3 Centralised Sewerage system  43 5.3.1 Benefits of Centralised Sewerage Infrastructure . 43 5.3.2 Disadvantages of Centralised Sewerage Infrastructure . 43 6 Conclusion . 44 6.1 Comparative table  44 6.2 Why promote environmental friendly reed bed  44 6.2.1 Carbon Foot Print . 44 6.3 Overall Comparison - Cost, Space, Energy Requirement etc  47 6.4 TOD, BOD, COD treatment efficiency  48 6.5 People's perspective on the system which is beneficial  49 6.6 Water and Sewerage co relation . 50 6.7 Benefit to the Government from the decentralised system . 52 6.8 Benefit to the residents . 53 6.9 Benefit to the environment . 53 6.10 Recommendations . 54 6.10.1 Conceptual Implementation Of Reed Bed System in Township A . 54 6.11 How to adopt environmental friendly sewage treatment systems . 58 7 Bibliography . 61 8 Annexure  62
ER  -