000			04363nam a2200169Ia 4500
008			180516s9999||||xx |||||||||||||| ||und||
082			_aSA TH-0047 _bRED
100			_aRedij, Sayali Sunil
245		0	_aResource optimization in Mumbai Suburban railway station (Also available on CD)
260			_c2015
300			_aii,xviii,119p.,CD-ROM
505			_aCONTENTS Abstract iii Acknowledgements v CONTENTS vii List of Tables xi List of figures xiii List of abbreviations xvii 1 INTRODUCTION 1 11 Background 1 111 Growth of Mumbai and its Infrastructure: 1 112 Population: 2 113 Need for Infrastructural Facilities: 2 114 City’s resources: 2 12 Need for Study 4 13 Aim 5 14 Research question 5 15 Objective 5 16 Methodology 7 17 Scope 7 18 Limitation 8 19 Expected outcome 8 110 Report Outline 8 2 SITE SELECTION AND SITUATIONAL STUDY 11 21 Railway Budget 2015 11 22 Mumbai Suburban Railway 12 221 Number of Suburban Railway Stations 13 222 Timings 13 223 Components of station building 13 224 Types of Suburban Trains 14 225 Types of Railway Stations 14 23 Borivali Railway Station 15 231 Connectivity 15 232 Booking office 15 233 Platform Details 15 234 Railway Station Timing 16 235 Trains 20 236 Booking office 21 237 Passenger activity 22 238 Amenities at Railway Station – Stall 23 239 Amenities at Railway Station – Toilet 28 2310 Other Amenities at Railway Station 30 24 Fact Sheet – Borivali Railway Station 31 3 ENERGY 33 31 Current System 33 311 Daily Demand and Consumption 33 32 Opportunities 41 321 Ways to reduce electricity consumption - Platforms 41 322 Offices 42 33 To Generate Electricity - Solar Energy System 45 331 Components of Solar Energy System 46 332 Selection of Solar Panel 47 333 Inference 49 34 Space Planning 49 35 Cost Benefit Aspect 50 351 Monthly bill 50 352 Solar Energy System and cost 51 353 Installation of Solar Energy System in Instalments 51 36 Recommendations 53 361 For Retrofitting 53 362 For future expansion 53 4 WATER 55 41 Daily Demand and Consumption 55 411 Daily Consumption as per Primary Data Collection 55 412 Current System of Water Supply 58 413 Rainfall Pattern of Mumbai 58 42 Opportunities 60 Sayali Redij ix 421 Reduction in water consumption 61 422 Rainwater Harvesting 63 43 Recommendations 73 5 WASTE 75 51 Solid Waste Management 75 511 Cleanliness of station 75 512 Cleaning Contract 76 513 Way of Cleaning 76 514 Sources of waste generation 77 515 Factors affecting waste generation 77 516 Waste disposal system 78 517 Issues 78 5176 Hazard to Public Health 80 518 Solid Waste Generation Methods 80 519 Gap in Solid Waste Collection 81 5110 Type of Waste Generated (Waste Composition and Characteristics) 82 5111 Municipal Collection Dust Bins 82 5112 Case studies 83 5113 Solid Waste Management 84 51132 Waste reuse 84 51133 Waste recycle 84 From platform and tracks 84 5114 Methods of Waste Disposal 87 51141 Biomethanation 87 51144 Incineration 87 5115 Recommendation 88 52 Waste Water Treatment 89 521 Source of Waste Water Generation 89 522 Current Waste Water Disposal System 89 523 Opportunities 90 524 Root zone Treatment System 90 525 Biogas plant 93 526 Recommendations 94 6 LAND 97 61 Railway Station as Landmark 97 62 Activities near Railway Station 97 63 Shopping inside Train 98 64 Land Price in Borivali 98 65 Illegal Development 99 66 Identifying Ideal Spaces in Borivali Station 99 661 Underutilizes spaces 99 67 Volumetric loss of land 103 68 Opportunities – Potential of Land 103 7 CONCLUSION 107 8 BIBLIOGRAPHY 109 9 APPENDIX 111 91 Climate of Mumbai 111 92 Vileparle Railway Station 113 93 Solar Energy System: 114 94 Water 117 941 Water Usage 117 942 Potable water requirement (per day) 117 943 Non-potable water requirement (per day) 117 95 Waste 118 951 Waste Segregation Dust Bin 118 952 Assessing Solid Waste Generation: 118 953 Solid Waste Definition 118 Bio-degradable Wastes 119 Non degradable Wastes 119 954 Treatment and disposal 119 955 Mechanized Cleaning 119
700			_aPandya, Yatin (Guide)
891			_a2013 Batch
891			_aFA-PG
891			_aSustainable Architecture
999			_c50913 _d50913