Detailed Project Report for Implementation of MSWM in Zone II of Telangana Yellandu Municipality
Prepared for
Telangana Urban Finance and Infrastructure Development Corporation (TUFIDC).
Government of Telangana.
Prepared By
IPE GLOBAL LIMITED B – 84, Defence Colony, New Delhi -110024 MAY, 2017
Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
Table of Contents
1.0 INTRODUCTION ...... 1
1.1 PROJECT BACKGROUND ...... 1
1.2 PROJECT AREA ...... 1
1.3 SCOPE OF WORK ...... 5
1.4 METHODOLOGY...... 6
2.0 SOCIO ECONOMIC TOWN PROFILE ...... 9
2.1 LOCATION AND EXTENTS ...... 9
2.2 CLIMATE ...... 9
2.3 POPULATION ...... 10 2.4.1 Physical Infrastructure ...... 11 2.4.2 Social Infrastructure ...... 11 2.5 FINANCIAL STATUS OF YELLANDU MUNICIPALITY ...... 12
3.0 STATUS OF EXISTING MUNICIPAL SOLID WASTE MANAGEMENT SYSTEM ...... 13
3.1 PRESENT SWM SCENARIO ...... 13 3.1.1 Segregation ...... 13 3.1.2 Primary collection of waste ...... 13 3.1.3 Street Sweeping: ...... 14 3.1.4 Silt from drains: ...... 14 3.1.5 Secondary Collection & Transportation ...... 14 3.1.6 MSW Transportation System ...... 14 3.1.7 Waste Processing and Disposal Mechanism ...... 15 3.1.8 MSW Management System ...... 17 3.1.9 Expenditure on MSW...... 17 3.1.10 Gaps in Existing MSW Management System ...... 17 3.1.11 Service Level benchmarks...... 20 4.0 INFRASTRUCTURE REQUIREMENT FOR COLLECTION AND TRANSPORTATION SYSTEM ...... 24
4.1 INTRODUCTION ...... 24 4.1.1 Population Projections ...... 24 4.1.2 Waste Projections ...... 26 4.2 METHODOLOGY FOR PRIMARY GARBAGE SURVEY FOR PHYSICAL CHARACTERIZATION ...... 26 4.2.1 Methodology for conducting primary survey in households: ...... 27 4.2.2 Methodology for conducting primary survey in commercial establishments: ...... 27 4.2.3 Methodology for conducting dumping site survey:...... 28 4.3 QUANTIFICATION OF MSW ...... 28
4.4 CHARACTERIZATION OF WASTE ...... 30
4.5 BASIS OF DESIGN OF PROPOSED MSWM PLAN ...... 31
4.6 PROPOSED COLLECTION AND TRANSPORTATION PLAN ...... 32
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4.6.1 Segregation at Source ...... 32 4.6.2 Segregation at vegetable / fruit markets and slaughter houses ...... 34 4.6.3 Segregation at commercial establishments/institutions/workshops ...... 34 4.6.4 Segregation at hotels/restaurants/community/function halls ...... 35 4.6.5 Door to door Collection of MSW ...... 35 4.6.6 Collection of Street Sweeping Waste ...... 37 4.6.7 Collection and Transportation of Silt Generated during De-silting of Drains ...... 38 4.6.8 Infrastructure require for primary waste collection and transportation is as follows...... 39 4.6.9 Secondary Waste Storage System ...... 40 4.6.10 Waste Transportation System ...... 41 4.6.11 Assessment of Existing vehicles as on the Date 31.08.2016 ...... 41 4.6.12 Summary of Collection and Transportation Infrastructure for the first year ...... 42 4.6.13 OPERATION & MAINTENANCE (O&M) COSTS FOR COLLECTION & TRANSPORTATION SYSTEM ...... 43 5.0 PROCESSING AND DISPOSAL OF MSW ...... 46
5.1 EVALUATION OF VARIOUS WASTE TREATMENT/PROCESSING TECHNOLOGIES ...... 46
5.2 PROPOSED WASTE PROCESSING TECHNOLOGIES FOR YELLANDU MUNICIPALITY ...... 49 5.2.1 Waste Segregation ...... 50 5.2.2 Vermi Composting Plant ...... 50 5.2.3 Recycling Centre ...... 50 5.2.4 Sanitary Landfill ...... 51 5.3 DESCRIPTION OF PROPOSED PROCESSING TECHNOLOGY ...... 51 5.3.1 Vermi-Composting ...... 51 5.4 PROCESS DESIGN FOR PROPOSED MSW COMPOSTING UNIT ...... 52 5.4.1 Waste receipt and storage ...... 52 5.4.2 Waste storage and pre-processing ...... 53 5.4.3 Windrow (Compost Pad) ...... 53 5.4.4 Vermi-Composting ...... 54 5.5 DESIGN OF VERMI-COMPOST PLANT INFRASTRUCTURE AND EQUIPMENT ...... 54 5.5.1 Receipt, Handling, and Pre-processing of MSW (Tipping Area) ...... 54 5.5.2 Area Requirements ...... 55 5.5.3 Vermi-composting ...... 55 5.5.4 Curing Shed ...... 57 5.4.5 Area provided for Refinement, packing and baggage area and finished product godown ...... 57 5.5.6 Water Supply and Sprinkling system ...... 57 5.5.7 Electric Power ...... 57 5.5.8 Green Belt and Garden Area ...... 57 5.5.9 Compost Rejects ...... 58 5.5.10 Sanitation Facilities ...... 58 5.5.11 Safety Equipment for Workers ...... 58 5.5.12 Mechanical Equipment for processing plant operations ...... 58 5.6 LEACHATE MANAGEMENT ...... 58
5.7 REGULATORY GUIDELINES ON COMPOST QUALITY ...... 59
5.8 COST ESTIMATE OF COMPOST PLANT ...... 60
5.9 OPERATION & MAINTENANCE (O&M) FOR VERMI COMPOST PLANT ...... 61
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6.0 CLUSTERISATION OF ULBS ...... 63
6.1 GUIDELINES FOR DEVELOPING REGIONAL PROCESSING & LANDFILL FACILITY ACTION PLAN FOR MANAGEMENT OF
MUNICIPAL SOLID WASTE ...... 64
6.2 SOLID WASTE MANAGEMENT RULES, 2016 ...... 65
6.3 EXAMPLES OF REGIONAL-CLUSTER FACILITY IN INDIA ...... 65 6.3.1 Regional Waste Management Strategy - Gujarat...... 65 6.3.2 Punjab MSW Project ...... 66 6.4 THE CONCEPT OF CLUSTERISATION IN ZONE-II ...... 67 6.4.1 Clusterisation of ULBs ...... 68 7.0 DESIGN OF SANITARY LANDFILL FACILITY ...... 72
8.0 COST OF THE PROPOSED SYSTEM ...... 75
8.1 CAPITAL COST OF THE PROPOSED SYSTEM ...... 75
8.2 OPERATION & MAINTENANCE COST (O&M) OF THE PROPOSED SYSTEM ...... 76
9.0 FINANCIAL FRAMEWORK ...... 77
9.1 OBJECTIVE OF SWACHH BHARAT MISSION ...... 77
9.2 MISSION COMPONENTS ...... 77
9.3 FUNDING PATTERN FOR THE PROJECT ...... 77
9.4 SOURCES OF FINANCE ...... 78 9.4.1 Financing capital cost of the scheme ...... 78 9.5 MUNICIPAL FINANCIAL STRENGTH ...... 78
9.6 OPERATION AND MAINTENANCE COST ...... 79
9.7 REVENUE STREAMS ...... 81
9.8 REVENUE GENERATION FROM HOUSEHOLDS ...... 81
9.9 REVENUE GENERATION FROM SALE OF COMPOST ...... 82
9.10 REVENUE FROM SALE OF RECYCLABLES ...... 82
9.11 SUMMARY OF TOTAL REVENUE ...... 83
9.12 CALCULATION OF TIPPING FEE ...... 84
10.0 INSTITUTIONAL FRAMEWORK ...... 85
10.1 ROLES AND RESPONSIBILITIES OF MAJOR INSTITUTION AS PER SBM ...... 86
10.2 INSTITUTIONAL STRENGTHENING ...... 87
10.3 MODELS OF ARRANGEMENT ...... 88
11.0 PUBLIC AWARENESS THROUGH INFORMATION, EDUCATION & COMMUNICATION AND CAPACITY BUILDING OF URBAN LOCAL BODIES FOR SUSTAINABLE MSW MANAGEMENT ...... 90
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11.1 OBJECTIVE ...... 90
11.2 PUBLIC PARTICIPATION AND AWARENESS THROUGH INFORMATION, EDUCATION AND COMMUNICATION PLAN ...... 91 11.2.1 Information ...... 91 11.2.2 Education ...... 92 11.2.3 Communication ...... 92 11.3 APPROACH OF IEC PLAN ...... 92
11.4 INFORMATION, EDUCATION AND COMMUNICATION STRATEGY ...... 93 11.4.1 Identification and Action ...... 93 11.4.2 Development of an IEC Plan ...... 95 11.4.3 Training and Capacity Building programmed ...... 99 11.4.4 Methodology for Conducting Training Program ...... 99 11.5 COMMUNICATION STRATEGY ...... 100 11.5.1 Door to Door Campaign ...... 101 11.5.2 Public Address Meeting ...... 101 11.5.3 Media Support ...... 101 11.5.4 Folk Programme ...... 101 11.5.5 Social Mobilization ...... 102 11.6 INCENTIVES AND DISINCENTIVES – MUNICIPALITY ...... 103
11.7 PHASING OF THE PROGRAMME ...... 104
12.0 ENVIRONMENT, HEALTH & SAFETY ASPECTS ...... 108
13.0 IMPLEMENTATION STRATEGY AND PLANNING ...... 117
13.1 IMPLEMENTATION STRATEGY FOR SOLID WASTE MANAGEMENT ...... 117
13.2 KEY STRATEGY AND ACTION PLAN ...... 119
13.3 LEADERSHIP DEVELOPMENT AND CHANGE MANAGEMENT...... 124
14.0 OTHER OPERATION AND MAINTENANCE ASPECTS ...... 127
14.1 PROPOSED MANAGEMENT SYSTEM ...... 127
14.2 MANAGEMENT INFORMATION SYSTEM (MIS) ...... 128 14.2.1 Data Collection for MIS ...... 129 14.2.2 Formats for Data Interpretation ...... 131 14.3 COMPLAINT HANDLING SYSTEM ...... 133 14.3.1 Essential Features of Complaint Handling System ...... 133 14.3.2 General Rules for Handling Complaints ...... 134 14.3.3 Complaint handling system ...... 134 14.3.4 Customer Care Centre/Control Room...... 134 14.3.5 Dedicated Phone Lines ...... 135 14.3.6 Workflow to track Status ...... 135
iv Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II List of Tables Table 1: Methodology adopted for preparation of DPR ...... 7 Table 2: Yellandu Town Profile ...... 9 Table 3: Census Population ...... 10 Table 4: Total Revenue of Yellandu Municipality for past five years ...... 12 Table 5: Sources of MSW Generation in Yellandu Town ...... 13 Table 6: Transportation Infrastructure in Yellandu town ...... 15 Table 7: Details of existing site ...... 16 Table 8: Sanitary Staff Strength ...... 17 Table 9: Expenditure on SWM in Yellandu Town ...... 17 Table 10: Service Level Benchmarks ...... 20 Table 11: Population projections ...... 25 Table 12: Waste projections with silt...... 26 Table 13: MSW generated from Commercial Establishments in Yellandu ...... 29 Table 14: Street Sweeping Waste in Yellandu ...... 29 Table 15: Waste generated from Drain silt ...... 30 Table 16: Total MSW generated in Yellandu ...... 30 Table 17: Physical characterization of MSW in Yellandu ...... 30 Table 18: Population Estimates, Waste Quantities and Waste Characterization (Design Year 2017) for Yellandu ...... 32 Table 19: Bins for segregation of waste ...... 34 Table 20: Plan and infrastructure required for management of street sweeping waste ...... 37 Table 21: Table showing year of purchase of existing vehicles and current status of working of vehicles in Yellandu Municipality...... 42 Table 22: Table showing year of remaining life span of vehicles ...... 42 Table 23: Summary of Annual O&M Cost for C& T waste of Yellandu ...... 43 Table 24: Annual Manpower cost ...... 43 Table 25: Annual O&M Cost for Infrastructure ...... 44 Table 26: Annual fuel Cost for Infrastructure of Collection and transportation ...... 44 Table 27: Annual cost of consumables...... 44 Table 28: Evaluation of waste treatment technologies ...... 47 Table 29: Waste Projections of the Yellandu Municipality on excluding silt ...... 49 Table 30: Cost estimate for compost plant ...... 60 Table 31: O&M cost of compost plant ...... 62 Table 32: Indicative Plans for Solid Waste Management ...... 64 Table 33: Existing Waste to Energy Plant in Telangana State ...... 69 Table 34: Details of the land fillable waste in Kothagudem Cluster ...... 72 Table 35: Tonnage of Share in Kothagudem Cluster ...... 73 Table 36: Phase-wise cost of Sanitary Landfill for 25 years ...... 73 Table 37: Operation and Maintenance cost for Sanitary Landfill ...... 73 Table 38: Breakup of the Capital Cost of the Proposed Scheme ...... 75 Table 39: Breakup of the O&M Cost of the Proposed Scheme ...... 76 Table 40: Total Revenue of Yellandu Municipal Corporation for past five years ...... 79 Table 41: O&M Cost for the C&T System for Yellandu Municipality ...... 80
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Table 42: O&M Cost for the Processing Facility at Yellandu Municipality ...... 80 Table 43: O&M Cost for Regional Sanitary Landfill at Yellandu Municipality ...... 80 Table 44: Summary of O&M Cost for Yellandu Municipality ...... 81 Table 45: Revenue Generation from the User Charges to be paid by Households in Yellandu ...... 81 Table 46: Revenue Generation from Commercial Establishments in Yellandu Municipality ...... 82 Table 47: Revenue from Sale of Compost for Yellandu Municipality ...... 82 Table 48: Revenue Generation from Sale of Recyclable Waste in Yellandu Municipality ...... 83 Table 49: Summary of Total Revenue Generation in Yellandu Municipality ...... 83 Table 50: Cash Flow and Tipping Fee of the Project excluding Street Sweeping Component for Yellandu Municipality ...... 84 Table 51: Roles and Responsibilities of Major Institutions as per SBM ...... 86 Table 52: Action Plan for target groups ...... 94 Table 53: Communication Objective for each target group ...... 96 Table 54: Awareness and capacity buildings schedule and estimated activities costing for a year ...... 106 Table 55: The detailed Environment Management plan of project has been discussed in the following table: ...... 110
vi Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
List of Figures
Figure 1: Division of 31 ULB as 4 groups under lead ULB Adilabad, Khammam, Warangal, Karimnagar ...... 4 Figure 2: Temperature Graph ...... 9 Figure 3: Population trends ...... 10 Figure 4: Dumper bins ...... 14 Figure 5: Infrastructure Vehicles ...... 15 Figure 6: Existing Dumping Site ...... 16 Figure 7: Wheelbarrow for Collecting Street Sweeping Waste ...... 38 Figure 8: Process Design for Vermi-compost Plant ...... 53 Figure 9: Advantages of Regional Landfill Facility ...... 63 Figure 10: Clusterisation of ULBs in Punjab ...... 65 Figure 11: Functioning of Regional Cluster Facility ...... 66 Figure 12: ULBs under Zone-II of Telangana State ...... 67 Figure 13: ULBs in Zone-II ...... 69 Figure 14: Institutional Setup for Municipal Solid Waste Management ...... 85 Figure 15: Models of Arrangement ...... 88 Figure 16: Solid Waste Management Activities ...... 89 Figure 17: Objectives of IEC activities ...... 91 Figure 18: Awareness programmed at School on SWM ...... 92 Figure 19: Creating awareness on SWM among women ...... 92 Figure 20: IEC Strategy ...... 93 Figure 21: Target Groups in Solid Waste Management ...... 94 Figure 22: Public Awareness through IEC Plan ...... 100 Figure 23: Public meeting and distribution of color coded bins ...... 101 Figure 24: Public meeting with school Kids ...... 101 Figure 25: Social Mobilization through IEC ...... 102 Figure 26: Incentives & Disincentives for promoting SWM ...... 103 Figure 27: Phasing of IEC Plan ...... 104 Figure 28: Flowchart for Environment Management Plan ...... 109 Figure 29: Strategic Planning Process ...... 117 Figure 30: Instruments of Implementation Strategy ...... 118 Figure 31: Change Management Process ...... 125 Figure 32: Proposed Management Structure for Solid Waste Management System ...... 127 Figure 33: General MIS Architecture ...... 128 Figure 34: Conversion of Data to Information ...... 131 Figure 35: MIS-GIS System ...... 132
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List of Drawings
Tittle of Drawing Drawing No.
Topographical Survey/Contour Map T.S/ZONE-2/Yellandu Town-00
Details of Layout Plan T.S/ZONE-2/Yellandu Town -01
LIST OF ANNEXURE
1 Sample Questionnaire
2 Population and waste Projections of Yellandu
3 Waste Projections of Yellandu
4 Quotation for Proposed Infrastructure
5 Vendor contact list
6 Notification- MSW Rules 2016
7 Estimates
ii Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
Abbreviations
GoTS Government of Telangana State
SBM Swaach Bharat Mission
BOQ Bill of Quantities
CPCB Central Pollution Control Board
CPHEEO Central Public Health and Environmental Engineering Organization
CRP Community Resource Person
DPR Detailed Project Report
EHS Environment, Health and Safety
EWS Economically Weaker Section
GoI Government of India
HIG High Income Group
IEC Information, Education and Communication
ITC Indian Tobacco Corporation
LGB Local Governing Bodies
LIG Low Income Group
LPCD Liters per capita per day
MEPMA Mission of Elimination of Poverty by Municipal Areas
MIG Middle Income Group
MLD Million Liters per day
MoUD Ministry of Urban Development
MSW Municipal Solid Waste
MSWM Municipal Solid Waste Management
i Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
MT Metric Ton
MW Mega Watt
NGO Non-governmental Organization
NUSP National Urban Sanitation Plan
O&M Operation and Maintenance
PPEs Personal Protective Equipment’s
PPP Public Private Partnership
RDF Refuse Derived Fuel
SCP Secondary Collection Point
SHGs Self Help Groups
SI Sanitary Inspector
SLB Service Level Benchmark
SWM Solid Waste Management
TPD Tons per day
TSTDC Telangana State Transport Development Corporation
ULB Urban Local Body
WTE Waste to Energy
ii Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
1.0 INTRODUCTION
1.1 PROJECT BACKGROUND
The GoTS intends to institutionalize a holistic Integrated, sustainable environment and eco-friendly Municipal Solid Waste Management System in the urban local bodies (ULBs) of the state in turn with SBM launched by GoI and Swachh Telangana announced by Government of Telangana.
C&DMA is the State Mission Directorate and the Nodal agency for implementation of Swachh Bharat Mission. C&DMA was formed after the passing of the Andhra Pradesh Reorganization Act, 2014. TUFIDC is a Government of TG entity for the development of projects in Urban Infrastructure and proposed to prepare Detailed Project Reports for the 67 ULBs and also cluster-wise.
The DPRs shall comply with the Solid Waste Management Rules 2016 (or SWM Rules, 2016), under the aegis of the Environment (Protection) Act 1986 and the guidelines issued there under from time to time. The SWM Rules, 2016 stipulate that each Municipal Authority should treat and dispose of the MSW generated by them in a manner so as not to cause damage to human health and environment.
Telangana state comprises 67 ULBs (Before district reorganization) which were classified as two Zones (Zone 1 – 36 ULBs and Zone II- 31 ULBs) for the implementation of Integrated Municipal Solid Waste Management (ISWM) in the state. IPE Global has been entrusted to prepare the DPR for MSW management for 31 ULBs out of 67 ULBs (zone-II).
There is a need to enhance the existing MSWM system for all 31 ULBs and thus improve the health and living standards of its residents. The purpose of this project is to identify the existing MSWM practices within all the towns, recognize deficiencies/gaps in the present system and propose a comprehensive plan for MSWM including segregation, collection, transportation and regional/cluster approach for processing & scientific disposal in Integrated Municipal Solid Waste Management Facility in compliance with the SWM Rules 2016, NGT Guidelines etc. In addition, analyze options for waste processing for effective and scientific management of MSW generated.
Broad objective of this assignment was to analyze the feasibility with respect to technical, financial, economic, environmental and social aspects, prepare conceptual design, drawings, cost estimates of proposed MSW collection, segregation and transportation system, sanitary landfill and develop options for waste processing, for the effective and scientific management of MSW generated in the all towns.
1.2 PROJECT AREA
Government of Telangana has taken up the task of Districts reorganization of the existing districts excluding Hyderabad, for better administration and development of the areas. After district re
1 1 Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II organization project areas i.e. 31 ULBs presented here by covering presently 16 newly formed districts where it was only four districts before reorganization
The project area (Zone 2) 31 ULBS covering 16 newly formed districts. S.No District ULB 1 Adilabad Adilabad
2 Jayashankar (Bhupalpally) Bhupalpally
3 Jagtial Jagityal,Koratla, Metpalli
4 Jangaon Jangaon
5 Komaram Bheem (Asifabad) Kagaz Nagar
6 Karimnagar Karimnagar, Jammikunta, Huzurabad
7 Khammam Khammam,Madhira, Sattupalli
8 Bhadradri (Kothagudem) Kothagudem,Palwancha, Manuguru, Yellandu
9 Mahabubabad Mahabubabad
10 Mancherial Bellampally,Mandamarri,Mancherial
11 Nirmal Nirmal, Bhainsa
12 Peddapalli Ramagundam, Peddapalli
13 Rajanna (Sircilla) Sircilla,Vemulavada
14 Siddipet Husnabad
15 Warangal Urban Warangal
16 Warangal Rural Parakala, Narsampet
However Project Area (31 ULBS) are grouped under four groups to facilitate formation of clusters to implement integrated municipal solid waste management in these 31 ULBs
As per NGT guidelines 8 clusters are formulated for these 31 ULBS Mancheriyal, Nirmal, Warangal, Kothagudem, Jagtial, Karimnagar, Khammam and Ramagundam are proposed as Lead ULBS of these 8 clusters and the towns not covered under these clusters are proposed as standalone processing and disposal facilities. Detailed description for the basis of formation of clusters is presented in “Chapter -6 Clusterisation of ULBs”.
Figure no 1 shows four groups and the ULBs grouped in to. Warangal (6 towns) Warangal is the Group Headquarter
2 2 Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
Karimnagar (11 towns) Karimnagar is the Group Headquarter Adilabad (7 towns) Adilabad is the Group Headquarter Khammam (7 towns) Khammam is the Group Headquarter There are a total of 4 municipal corporations which have population varying from 1.2 lakhs to 8 lakhs. Rest 27 are small municipalities having population less than 1 lakh. As per the terms of reference of the assignment, separate DPRs are prepared for each ULB including the existing practices of MSW management, inadequacies and approaches for improvement of waste management. The Present assignment is for the preparation of Solid Waste Management (SWM) Detailed Project Report (DPR) for Yellandu Municipality for a design period of 25 years.
IPE Global has initiated the project by circulating questionnaires (Sample Questionnaire attached as Annexure no 1) to all the Commissioners of the ULBs and their staff. IPE Global then mobilized technical team and teams of surveyors to the ULBs for collection of primary data.
This DPR provides detailed description of area and site conditions prevailing in Yellandu town waste management practices at each ULB and approach for proposed technological interventions. The proposed interventions are in accordance with the ToR provided and MSW (Management & Handling) Rules 2016, to the extent possible and within the constraints posed by the site conditions.
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Figure 1: Division of 31 ULB as 4 groups under lead ULB Adilabad, Khammam, Warangal, Karimnagar
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1.3 SCOPE OF WORK The scope of work includes the following: Realistic assessment of quantity, Characterization and classification of MSW Detailed survey of the prevailing conditions Situation/Gap Analysis of the existing condition with respect to SWM Rules, 2016 Detailed planning for resource requirement & implementation strategy Design of MSW management system viz. Collection System (Primary/ Secondary) , Transportation & Fleet Management Plan, waste processing system and sanitary landfill in accordance with SWM Rules 2016 & CPHEEO Manual, Govt. of India Techno economic and environmental analysis of various options for MSWM Preparation of conceptual and detailed drawings Preparation of Bill of Quantities (BOQs) Capital and Operation & Maintenance (O&M) cost estimates Identification and formation of the clusters on the basis of geographical locations MSW management model including privatization aspects Preparation of Detailed Project Report (DPR) The deliverables will ultimately achieve the following goals 100% source segregation of wet & dry waste Primary collection of waste Secondary collection and transportation of waste Creating and sustaining a supply chain for recycled waste Streamlining and optimization of transportation system Analysis for the need of transfer station and its basic design Innovative processes and their enforcement for making the habitations litter free, bin free and dump free to prevent the health hazard. Options for processing the biodegradable waste Feasibility study for the exploration of waste to power on the basis of cluster approach Options for using the inert material like construction & demolition material reclamation and bio-mining of old dump sites Implementation of zero landfill concept
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Innovative incentive structure to the operating personnel for motivation Financial and institutional framework Measures for the involvement of all stakeholder Information, Education and Communication (IEC) campaign models and enforcement plans Other Management Aspects o Stakeholders’ complaints o Management of Information Systems (MIS) o Environment, Health and Safety (EHS)
1.4 Methodology The overall activities to be performed under the project are broadly classified under 4 tasks as below:
The details of activities under each task and the methodology adopted for the preparation of MSWM Plan are provided in the below table
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Table 1: Methodology adopted for preparation of DPR Scope Methodology Remarks
Task 1: Kick off meeting with TUFIDC and Other Stakeholders (Municipalities/ULBs, Service users)
Task 2 : Reconnaissance Site Visit for the ULB‟s
Study of municipal solid waste generation Assessment of data collected and management based on data available at Independent assessment of SW‟s quantitative & qualitative ULBs. Characteristics Clustering of areas Task 3 Analysis and evaluation of existing situation of municipal solid waste management services and identification of relevant key weaknesses and gaps Study of legal, organizational, Consultation with MCs and collection of all the relevant data. The Ascertaining the quality technical, social, environmental and data collection was carried out in terms of: and quantitative financial aspects of the existing - Quantitative, qualitative assessment of MSW analysis of waste gaps in system in the ULBs. - Present scenario of collection, transportation and disposal. the existing system - Budgetary situation for MSW management and or processing per ton of waste Revenue generation and other modes of financing. Identify key issues and bottle necks in current system and financial expenditure. Analyze the need for transfer station. Land availability for landfill in each Lead ULB within the proposed cluster and quantity of rejects taken to the landfill. Analysis of data collected and screening based on different parameters in consultation with TUFIDC.
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
Task 4 :Preparation of detailed project report (for designing an efficient municipal solid waste management system that includes optimum collection, transportation, processing, and disposal arrangements in line TUFIDC expectations and capacity) While structuring DPR IPE taken account Screening process for preparation of has be devised considering factors influencing techno commercial the following: viability, existing regulatory scenario, Legal (compliance to MSW Rules 2016) awareness as well as potential support Technical (Solid waste treatment and disposal technique mechanisms for making projects technically considering most practiced technologies like composting, and financially viable. Biomethanation, waste to energy etc.) The project viability model was formulated considering the long term sustainability of effective waste management. Preparation of DPR was developed based on the available data and study and subsequent approval of Interim report from the proponent.
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II 2.0 SOCIO ECONOMIC TOWN PROFILE
This chapter elaborates on the overall overview & profile of Yellandu respectively, followed by brief overview of the municipalities and their existing Municipal Solid Waste (MSW) management system in each group/town based on reconnaissance/overview survey of the town, visits of dumping sites and detailed discussions held with the concerned officials including the Municipal Commissioner of each ULB.
2.1 Location and Extents Yellandu is a town and Grade III municipality established in the year 1986. The area under yellandu municipality is a coal mining area. The Singareni Collieries Private limited is the company doing the mining activity in the area. The entire land belongs to government and the same was under Singareni lease. Table 2: Yellandu Town Profile Population (Census 2011) 34892 Area(In Sq. Kms) 10.09 No. of Households (Census 2011) 8831 No. of Wards 24 Length of Roads(km) 73.95 Length of Drains(km) 48
Source: Yellandu Municipality 2.2 Climate Yellandu has a tropical climate. The summers have more rainfall than winters. The average annual rainfall in Yellandu 1099 mm. The driest month of the town is January in which it receives just 2mm of the rainfall whereas the highest amount of precipitation occurs in July with an average of 317mm. The month of May is considered to be the warmest month of the year in Yellandu and December is the coldest month of the year in town. The average temperature of May is 33.9 °C whereas average temperature of December is 22.7 °C. The temperature varies throughout the year by 11.2 °C. Figure 2: Temperature Graph
9 Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
Source: Climate-data.org
2.3 Population
As per 2011 census, population of Yellandu has reached 34892. The table below examines the population variation in the town over the five decades and the population growth trends over the years. Between the period of 2001 and 2011, the town has witnessed a reduced growth rate of -18 % while the highest growth rate observed between the period of 1971 and 1981. The population of the city and the growth rate is presented in the figure below: Table 3: Census Population S. No. Year Population Decadal Growth Rate 1 1971 16767
2 1981 27292 62.8
3 1991 38675 41.7
4 2001 42421 9.7
5 2011 34892 -17.7
Figure 3: Population trends
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2.4 Existing Infrastructure
2.4.1 Physical Infrastructure
Various infrastructure facilities within the city have been studied in depth such as roads, industries, electricity and social infrastructure.
Roads
Yellandu is one of the important ex-town municipalities. The Yellandu town is connected with both train and bus routes. Originally the town was formed to due to Singareni coal mines and now the improvement of the town is dependent upon the developmental activities of Singareni Collieries. Total length of road in the town is 73.95 km (concrete road- 48 km, BT road- 10 km, WBM road – 10 km, Kutcha road- 5.95 km) and total length of drains in the town is 48 km (Pucca Drains – 36 & Kutcha Drains – 12) . The distance between Yellandu town and the capital of the state – Hyderabad is 241.2 km. Water Supply System The status report on municipal water supply indicates that water supply at present is 2.55 million litres per day. Per capita availability of water supply is stated to be 58.22 LPCD. There are 4795 house service connections and 69 hand bores in the town. In addition to this, there are a total of 5806 tap connections. Total length of distribution network is 40 kms
Economy
Yellandu is the first town where Singareni Collieries started its mining activity in the state. It goes back to British times and some of the mines are abandoned now. The town makes its revenue from coal mining, agriculture activities and educational services Tourism
The town is an important center for pilgrims as there are some significant temples, churches and mosques visited by people of the state
2.4.2 Social Infrastructure
Educational Activities
The town has some well renowned institutes such as Sree Kavitha Engineering College; Priyadarshini engineering college etc. students from nearby villages come and get education on technical subjects from these institutes
Health Facilities
11 Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
Yellandu has 1 government and 4 private hospitals in the town. Raus hospital, Raja Rao and Prsanth are some of the popular ones in the region. They are providing adequate amount of health care facilities to the people of the area.
2.5 Financial Status of Yellandu Municipality The review of Yellandu Municipal finance indicates that the Municipality has two sets of revenue (i) from own sources and (ii) from external sources. The own source of revenue includes components such as Property tax, user charges, other taxes except the property tax and non-tax own source revenue. Currently there is no user charges levied on SWM. The Taxes other than property tax include advertisement tax, taxes on animals, carriages & carts, water charges, market fees, encroachment fee, developmental charges, licenses fees. Non tax comprises of rents from markets, selling of scrap and used paper by the ULB, hire charges (e.g. road roller) etc.
The components under external sources include Plan grant from State and Central Government, Non-Plan Grant/compensation, receive the funds from Central and State Government for the physical infrastructural developments in terms of roads, water supply, sanitation, drainage, buildings and lightening. The summary of revenue of municipality in past five years in as under:
Table 4: Total Revenue of Yellandu Municipality for past five years Total Revenue Amount in Rupees lakhs Sr. No. Revenue of the Municipality for last 5 Total Revenue Total Expenditure years 1 2014-2015 747.37 479.12 2 2013-2014 476.06 297.49 3 2012-2013 365.94 167.91 4 2011-2012 421.81 144.69 5 2010-2011 348.96 128.75
12 Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II 3.0 STATUS OF EXISTING MUNICIPAL SOLID WASTE MANAGEMENT SYSTEM
This chapter discusses the existing SWM practices prevalent in Yellandu Municipality. The various sources of waste generation, current primary & secondary waste collection practices, waste transportation & disposal mechanisms and gaps in the existing SWM system w.r.t. SWM Rules, 2016 and MSW Manual, CPHEEO, Govt. of India are identified in this chapter. The information provided in this chapter was furnished through interactions with various stakeholders, officials of Yellandu Municipality and site investigations performed by the IPE Global’s project team. In general, quantity of MSW generated depends on a number of factors in a ULB such as food habits, standard of living, degree of commercial activities and seasons. These quantities are useful in planning and developing system for efficient collection and disposal of MSW. The municipal solid waste generated from the ULB was weighed and ensured by the Commissioner. The total waste generated from the Yellandu estimated by ULB in the current year is around 17 TPD with 0.428 kg per capita per day. Table 5: Sources of MSW Generation in Yellandu Town Population (census 2011) 34892 Area (in Sq. km) 10.09 No. of Households (census 2011) 8831 No. of Wards 24 Total road length 73.95 km Total drain length 48.00 km Source: Yellandu Municipality. 3.1 Present SWM Scenario 3.1.1 Segregation There is no practice followed for segregation of MSW at source in to biodegradable (wet) and non- biodegradable (dry) waste in the town. However, rag-pickers do the segregation & pick recyclables like polythene; plastics etc. at the existing dumping site and sell to private agencies.
3.1.2 Primary collection of waste There is 80 per cent door to door waste collection in Yellandu municipality. The waste is being collected by sanitary workers on alternate days from each household, thus effectively covering the complete ward in 2 days. The process of door to door collection is done through 60 Pushcarts, 7 tractors and 4 autos. Sanitation activities start in the morning at 5.00 a.m. and end at 11.00 a.m. and in the afternoon from 2.00 p.m. to 5.00 p.m. The waste from commercial areas, hotels & restaurants is collected by the tractors (capacity of each is 2.5 ton) and autos (capacity of each is ½ ton) in morning hours.
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
3.1.3 Street Sweeping:
Street sweeping is done on daily basis for main roads as well as internal roads between morning 5 am-10 am and evening 2 pm-5pm. Sweepers, who are mainly female workers, are provided with jharoo (brooms). They collect the waste on road sides and dump it either in dumper placer bins or common open points from where it is picked up by autos and tractors.
3.1.4 Silt from drains:
There are mostly open drains where waste generated from various sources is disposed off. Out of total drains, drains of internal roads are cleaned once in two days while drains of main roads are cleaned once in a week. Cleaning is most of the times done by male workers only.
The collected waste on road sides is then transferred by the autos and tractors of municipality.
3.1.5 Secondary Collection & Transportation
There are 12 dumper placer bins (capacity of each bin is 1 Ton approximate) placed in 5 wards (Ward no. 19, 16, 8, 4, 19) which receive waste from households & commercial areas by means of tricycles. There is one twin bin dumper placer (DP) vehicle to carry out these bins available with municipality when they become full of garbage and transport the same to final dumping site by making 3-4 trips in day. Presently, 8 dumper bins are damaged and need repair or replacement. Only 4 dumper placer bins are actually being used in the market Figure 4: Dumper bins area. Apart from the dumper placer bins, there are few open dumping points in the town where the waste is disposed off. Open dumping points are located in ward no. 5 (near new bus stand), ward no 6 (old bus stand), ward no. 11 (jagdamba centre), ward no 12 (Govt. hospital) and ward no 24 (DSP office). The autos and tractors are used for pickup of waste from these open dumping points
3.1.6 MSW Transportation System
This section describes the workshop for maintenance of transportation vehicles, the transportation equipment available within the Yellandu Municipality, the routing details of these vehicles, and the current MSW transportation practices followed in the town.
Workshop (Municipal Garage)
At present, there is no designated workshop under the municipality. Repairing and other works of waste transportation vehicles are outsourced locally.
Transportation Equipment
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
The detail of distribution of secondary collection infrastructure is tabulated below:
Table 6: Transportation Infrastructure in Yellandu town S.No Type of Vehicle Numbers Capacity Year Of Purchase
1 Tractor 4 3 ton 2004 and 2007
2 Tricycles 2 50-60 kg 2007
3 Autos 2 - 2009
4 Dumper placer 1 - -
Source: Data Received from Yellandu Municipality Assessments of the existing vehicles and their life span is presented in detail in chapter 4.
Figure 5: Infrastructure Vehicles Routing of Vehicles There is a specific route plan followed by the municipality for collecting waste. Tractors and autos are used for collection of waste from commercial and residential areas. Each tractor makes 3 trips per day in the town. The drivers are required to make entries in log book when they return from work regarding the amount of fuel used, no. of Locations visited, timing, etc. which is then verified by the Manager. 3.1.7 Waste Processing and Disposal Mechanism Dry Waste: The recyclable wastes are segregated manually by kabadiwalas. The kabadiwalas purchase recyclable waste from residential and commercial establishments. However, these recyclables are not segregated to the maximum extent, thereby allowing them to be a part of the landfill waste. Biodegradable Waste: The bio-degradable waste is not segregated either at the primary collection points, open collection points, or dumping sites. Most of the bio-degradable waste was found to be eaten by animals at the open dumping sites. However the user fee is being charged on waste generated from chicken shops
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II and hotels. Chicken shops pay rs 200/year /shop whereas big hotels pay rs 1000/year/hotel. Small hotels only pay rs 500/year/hotel. Non-biodegradable Waste: Street sweepings and drain silt is a major constituent of the non-biodegradable wastes. This type of waste is disposed off at the dumping sites along with other wastes without any prior processing. Disposal of Waste: The MSW generated in the town is disposed off at an open site located on Mahabubabad road. The land is approximately 5 acres and there is no scientific disposal method being followed on it after discarding of MSW. The waste is left open for the natural decomposition. Since existing dump yard is not an engineered landfill, therefore it is prone to ground water contamination and soil pollution. It may also cause vector nuisance, odor problem, besides becoming breeding grounds for mosquitoes, flies, etc. The leachate generated can also cause unsanitary condition in the surroundings
Figure 6: Existing Dumping Site Table 7: Details of existing site S.No. Task Description 1 Extent (acres) 5.00 2 Sy.No & Location 627/1 on Mahabubabad road 3 Distance (Kms) 2 4 Ownership by Municipality Yes 5 No. of Sheds 1 6 Water Facility (Yes/No) No 7 Power (Yes/no) No 9 Water facility Yes/No No 10 Compound Wall (Yes/no) No 11 Pulveriser (Yes/No) No
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
3.1.8 MSW Management System This section describes the MSW Management and Handling System prevalent in the town. The management system is headed by the Commissioner itself and the work is undertaken by the supervisory staff under his guidance. Table 8: Sanitary Staff Strength Type of staff Permanent Contract Sanitary Inspectors 0 0 Sanitary Supervisor 0 0 Sanitary Jawans/Maestry 0 0 Workers 44 111 3.1.9 Expenditure on MSW The Municipal Corporations and City Governments create and maintain assets with funds provided by central and state Grants, funds internally generated by local Governments through taxes and tariffs, capital markets etc. Solid waste management is a non-revenue generating activity for municipalities in India, majority of which is spent on manpower and fuel. This section briefly enquires the efficiency (in terms of cost per ton) of municipality in executing the MSW collection, transportation and disposal activities. Table 9: Expenditure on SWM in Yellandu Town Financial Year (FY) 2014-15 (In Lakhs per month) Contractual Sanitary Workers 31.0 Cost of fuel 4.80 Cost of replacement equipment - Cost of repair & maintenance of equipment 2.50 Miscellaneous Cost on Sanitation Activities 6.00 Total 44.3
3.1.10 Gaps in Existing MSW Management System
There are very detailed and specific criteria for management of municipal solid waste. It includes guidelines, guidance notes and specific work standards to be adopted by municipal personnel or personnel involved with solid waste management (directly or indirectly) for organized SWM practices (starting from waste collection, segregation, transportation, to environmentally safe waste disposal practices). Some of the significant gaps observed by project team are as under:
Level Operations Pictures
Segregation Existing System: at Source The waste generators in Yellandu do not segregate
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
the waste prior to disposal. The Project team identified that these generators (households, restaurants, shops, etc.) dump mixed waste into drains, common points and secondary collection points which finally reaches to dumping yard Proposed System: The proposed system will promote 100 % segregation of waste at source and public awareness through IEC Activities for Sustainable Solid Waste Management. As a standard practice, MSW has to be segregated into biodegradable and non- biodegradable wastes and disposed off in separate containers at household level and also during transportation to aid in efficient waste processing and disposal mechanisms. There must be acceptance of 3R’s (Reuse, Reduce & Recycle) among society for the efficient MSW Management & less burden on existing landfills
Primary Existing System: Collection There is about 80% door to door collection system of Waste covering complete wards in 2 days. The waste collected from various sources is mixed waste including road sweepings and drain sludge, which reaches the dump site. Waste from households and other establishments are thrown on the open sites or overflowing municipal bins un-segregated. By and large, crude dumping of waste is done in the town without following the principles of scientific sanitary land filling. The sanitary workers do the street sweeping, collect drain silt and waste heaps from roadsides and dispose them off at a nearby open dumps. These unorganized disposal methods have resulted in accumulation of solid waste on roadsides, vacant plots, in low lying areas and storm water drains. Proposed System: The proposed system will cover 100 % door to door collection of waste. There should be proper segregation at source and mixed waste should not be dumped directly to the dumping ground without prior processing and treatment. The roadside waste collected by street sweepers must be directly dumped into a separate bin at the secondary waste
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
collection point. Each sanitary labor will be provided with proper protective clothing during collection such as face mask, disposable gloves, boots, hats and uniform. As per the norms, BMW shall be processed separately by hospitals and will not be mixed will Municipal Solid Waste during collection and transportation
Secondary Existing System: Storage of The Project team observed that open dumps, broken Waste dustbins and uncleaned overflowing bins are placed for secondary storage of MSW. In the absence of proper secondary storage facility for MSW, it is dumped at any location in the vicinity – drains, street corners and other open areas which is an eyesore, thereby causing environmentally hazardous Dumper Placer Bin & unhygienic conditions across the city, thus creating conditions for breeding of mosquitoes, grazing by cattle Proposed System: The proposed system will provide separate colored bins at the secondary storage location for biodegradable and non-biodegradable and recyclable/ combustible wastes. The bins must be covered and cleared at the scheduled time to prevent storage of waste for a long time and to avoid littering of waste outside the bins. Bins should be placed at each colony or locality and must be accessible by each households and commercial areas.
As per the MSW 2016 Rules, the transfer stations are required in the towns where disposal sites are Transfer more than 15 kms away from the collection area Station there is no requirement of transfer station for this town. Secondary Existing System: Transportati Solid waste is transported in open three wheelers, on of Waste tricycles and tractors. The Project team observed that these open vehicles are overloaded with waste, resulting in road littering during transportation. The
loading and unloading of waste is done manually and municipal workers involved in this activity do not use any Personal Protection Equipment’s (PPEs)
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
for their protection. Proposed System: As per standard practice, the waste transportation vehicles must be covered at all times expect while loading and unloading activities and the loaded waste should not exceed the capacity of the waste transportation vehicles.
Processing Existing System: and The solid waste collected from various sources is Disposal of disposed off in open dumpsites indiscriminately Waste without segregation or preprocessing. There is no engineered sanitary landfill site for safe disposal of solid waste Proposed System:
According internationally accepted norms, Unscientific Disposal of Waste biodegradable waste shall be processed and converted into compost; recyclables shall be e
segregated and stored separately to be processed by recyclers; no hazardous waste/ bio-medical waste be dumped along with MSW; construction waste to be segregated and used for filling low lying areas and only remaining waste shall be dumped into engineered landfill facility without creating nuisance or hazard to public health or safety, such as breeding of rodents and insects and contamination of groundwater. The recyclables such as plastics of different varieties must be use in road formation which is an eco-friendly technology and has been proven effective in wholly utilization of plastic waste as well as increases the strength and performance of the road
3.1.11 Service Level benchmarks Table 10: Service Level Benchmarks
Indicator Rationale Formula and calculation Value SLB (%) Standard (%)
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
Household Door-step level collection is an (Total number of households 80 100 level essential and critical starting coverage of and establishments with point in the entire chain of solid waste daily doorstep collection/ management scientific solid waste Total number of households services management services. Having Formula and establishments in the waste free clean roads and drains, scientific treatment of service area)X 100 waste so as to maximise 8150/10188*100 treatment, recycling, and
disposal, can all be achieved in on a sustainable manner only if door-to-door collection of waste is sustained. Calculati
Collection Collection efficiency should (Total quantum of waste that 100 100 Efficiency measure waste collected in is collected by the ULB or normal course by the SWM authorized service systems. Typically the providers/Total waste that is uncollected waste tends to
Formula generated and which needs gradually find its way into recycling, or is strewn along the to be collected)X 100 roads, clogs the drains or in
case of bio-degradable waste, it 17/17*100 putrefies and degrades. Therefore, collection efficiency is a key performance indicator.
Calculation
Extent of Segregation of waste is a critical (Quantum of waste that is 0 100 Segregation requirement for sustainable segregated/Total quantum of waste solid waste management of waste that is collected by systems. Segregations enables the ULB or authorized service recycling, reuse, treatment and
Formula scientific disposal of the providers)X 100 different components of waste. Segregation of waste should 0/17*100 ideally be at source, and should then also be transported in a segregated manner up to the point of treatment and /or disposal. If waste is received at these points in a segregated
manner, it can be safely Calculation assumed, that it has been segregated at source and transported so; while the
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
converse may not be true. Therefore, segregation is being measured at this point of receipt, rather than at point of collection.
Extent of The processing, recycling and (Amount of waste that is 0% 80 recovery of reuse should be carried out processed or recycled/Total waste without creating any health and quantum of waste that is collected environmental hazards, the collected by the ULB or total quantum of waste Formula authorized service recovered is in itself a key performance parameter. providers)X 100 Therefore, measurement of this 0.5/17*100 indicator is critical. The benchmark value for this indicator will depend on the
amount of inert matter comprised in the waste collected by the ULB. Waste
composition is typically unique Calculation for each city, while being in a broad range of values for similar cities.
Extent of Inert waste should finally be (Total waste disposed in 0 100 scientific disposed at landfill sites, which
"compliant" landfills every disposal of are designed, built, operated month/Total waste disposed waste in and maintained as standards landfill sites laid down in prevailing laws and Formula in all landfills every month)X manuals of nodal agencies. This 100 includes collection and 0/17*100 treatment of leachate at the landfill site. Extent of compliance should be seen
against total quantum of Waste that is disposed in landfills. This is a critical performance parameter from an Calculation environmental sustainability perspective.
Extent of The costs related to SWM may (Total annual operating 0 100 Cost be recovered through a revenues /Total annual Recovery combination of taxes and user
Formula
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II for the ULB charges. In case of SWM, there operating expenses) X 100 in SWM is potential to supplement user charges with revenues that can services be gained from recycling, reuse and conversion of waste to Not available
either compost or fuel or directly to energy. Therefore, it is critical for measuring overall cost recovery. Calculation
Efficiency in Many ULBs / utilities have put (Total number of complaints 98 80 redressal of in place systems to capture
redressed within the customer complaints, much more work month/Total number of complaints needs to be done to put in SWM related complaints place back-end systems for Formula satisfactorily resolving those received per month)X 100 complaints in a timely manner.
As SWM is an essential service,
the benchmark time for redressal is24 hours or the next working day. It is therefore
important to monitor this Calculation indicator.
Efficiency in it is not just enough to have an (Current revenues collected 0 90 collection appropriate tariff structure that in the given year/Total of SWM enables cost recovery operating revenues billed charges objectives, but also efficient
Formula collection of revenues that are during the given year)X 100 Due to the utility. It is also 0/0*100 important that the revenues
are collected in the same financial year, without allowing for dues to get accumulated as
arrears. It is Therefore critical Calculation to monitor this indicator.
Source: SLB Report and site study
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II 4.0 INFRASTRUCTURE REQUIREMENT FOR COLLECTION AND TRANSPORTATION SYSTEM
4.1 INTRODUCTION The plan for primary & secondary waste collection and transportation system for Yellandu town has been extensively discussed in this chapter. The proposed plan also includes infrastructure requirements and corresponding cost estimates considering the existing infrastructure available with the municipality for the collection and transportation systems. The proposed system is in accordance with the SWM Rules 2016. The primary aspects of the proposed plan include the following: Compliance with Solid Waste Management Rules, 2016 Compulsory segregation at the source Provision of segregated infrastructure at all stages of collection and transportation 100% collection and transportation of the generated waste Elimination of manual handling of waste, and provision of proper PPEs to the workers Maximum recovery of resources by segregating recyclables and biodegradable waste Promote Information, Education and Communication (IEC) across the stakeholders to ensure system efficiency and sustainability Adequate health and safety provisions for workers at all stages of waste handling The proposed system is explained at the following levels of collection and transportation system: 1. Primary Storage & Collection System 2. Secondary Storage, Collection & Transportation System 3. Integrated Solid Waste Management (ISWM) Facility at Yellandu
4.1.1 Population Projections
The population projections considered in the CPHEEO Manual have been made after studying the population growth trend from 1971 onwards. It is an important step in order to bridge the supply demand gap and also to estimate the future requirement of the urban infrastructure.
The population of Yellandu has been projected for the year 2045 using statistical methods based on population trends in the previous years. Population forecast could be done using various methods which are suited for cities of different sizes and stages of growth.
Arithmetic increase method Geometrical increase method Incremental increase method Decreasing rate of growth method Graphical method
24 Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
Logistic / Saturation method Curvilinear method (Comparative graphical extension method)
Of the various methods available, this DPR provides population projections using Arithmetic Increase method, Geometrical Increase method and Incremental Increase method. Accordingly, waste generation rates are estimated considering the following criteria
Past decadal population based on Census surveys Projected populations for the design period Existing MSW generation quantities Existing per-capita waste The following methods have been used to project the future population of the town based on the past year population such as: Arithmetic Method Geometric Method Incremental Method State Urban Average Average Population In order to make a choice among these methods which have been used to project the population of the city, the table below provides a summary of all the projected population numbers from the chosen methods: Table 11: Population projections Year Arithmetic method Incremental Geometric State Urban Average method method Average Population 2021 38517 34004 23051 43303 25551
2031 42142 28602 15229 51713 8816
2041 45767 18686 10061 60124 -14168
2045 47217 13456 8523 63488 -25111
State Urban Average Method has been adopted as this method is appropriate for the town like Yellandu which is showing reduced growth pattern in 2011 due to the mining activities which has led to the larger displacement of population. As town is a coal mining area and has huge coal reserves in the region which will eventually increase employment for the nearby villages in future, thereby escalate the population flux. The figure below provides the projected population of the city for the coming years:
25 Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
4.1.2 Waste Projections Not only the present scenario but future demands assessment is also carried out based on the projected population. The average quantities of waste generation based on the design population of Yellandu including total waste generation. Assumption for per capita increase is taken 1.3 grams per annum as per MoUD guidelines Table 12: Waste projections with silt Year Projected Per capita per year waste Per capita Total waste Population generation with 1.3 % quantity in generation quantity in increase per capita per MT/ Day (in kgs/ Day) MT/ Year year as per MoUD Guidelines 2015 38256 156.22 16.37 0.4280 5976
2020 42461 166.64 19.39 0.4566 7076
2025 46667 177.76 22.73 0.4870 8295
2030 50872 189.62 26.43 0.5195 9646
2035 55077 202.27 30.52 0.5542 11140
2040 59283 215.76 35.04 0.5911 12791
2045 63488 230.15 40.03 0.6306 14612
4.2 Methodology for primary garbage survey for physical characterization
26 Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
4.2.1 Methodology for conducting primary survey in households:
1) Identification of households to be surveyed: A representative sample of 100 stratified households comprising of EWS, LIG, MIG and HIG households were made in the town to be surveyed.
2) Sensitization of households: The households were sensitized with the concept and need of the survey as well as informed about the schedule and the requirements of the survey . 3) Door to door survey: The waste were collected for 7 consecutive days from all the selected households at a pre-determined time already communicated to them. The details of all the households were recorded as per the questionnaire (name, contact details, socio-economic data, waste quantity)
4) Waste Quantification: The total waste has been quantified and completely mixed into a homogeneous mixture. The homogeneous mixture further divided into four equal parts (as per the guidelines of quartering method mentioned in CPHEEO norms) which were further segregated into physical constituents. All the constituents were weighed and recorded separately.
4.2.2 Methodology for conducting primary survey in commercial establishments:
Sampling: The representative sample of commercial establishments (mentioned below) has been done as mentioned below: 40 samples were taken comprising of big/medium/small commercial establishments The sample size of all the establishments were finalized considering the prevalent economic activities in the town and vetted by the client. S. No. List of Commercial Establishments Samples 1 Commercial Shops 23 2 Hotels/Lodges 2 3 Restaurants/Dhaba/Roadside eateries 1 4 Schools 2 5 Colleges 2 6 Offices 2 7 Chicken centres/Meat shops 2 8 Slaughter House 1 9 Hospital/Nursing Homes 2 10 Fish market 1 11 Vegetable/Fruit Market 1 12 Celebration House (Banquet) 1
Waste quantification: The survey has been done for 1 day for all the commercial establishments. The waste quantification have been done through structured questionnaires.
27 Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
4.2.3 Methodology for conducting dumping site survey:
The dumping site survey has been done for 3 consecutive days through a structured questionnaire. A record of number of vehicles arriving at the dumping site in one day was made in this survey. The questionnaires include the make and age of vehicles with photographs, capacity of vehicles, quantity of waste, total number of trips made in a day, area covered by the incoming vehicles and details of the driver.
4.3 Quantification of MSW Quantification of MSW generated was carried out by IPE Global separately for different sources of waste generation such as residential, commercial establishments, hotels/restaurants/Dhabas, institutional, street sweeping and drain cleaning etc. Quantities of MSW are essential as: It provides the basic data on which the management system is planned, designed and operated. The changes/trend in composition and quantity of waste over a period of time are known which help in future planning. It provides the information for the selection of equipment and appropriate technology. It indicates the amount and type of material suitable for processing, recovery and recycling. The forecast trends assist designers and manufacturers in the production of vehicles and equipment suitable for the future needs. The waste generation rates have been worked out on the basis of field surveys, waste sampling and discussion with the different waste generators and the officials of Municipality. The results of the study are set out in this section Residential An exhaustive survey, for seven consecutive days, was carried out for 100 residential establishments so as to assess the per capita waste generation. The survey included residential establishments under different income groups, viz. Low Income Group (LIG), Middle Income Group (MIG), High Income Group (HIG) and Economical Weaker Section (EWS) characterized as per standard of living conditions prevalent in the city. Based on the survey conducted for domestic households and analysis done, per capita MSW generation is estimated that 296.06 gms/percapita/day in the town areas. It is estimated for the population projection that around 12 MT of house hold waste generation in Yellandu for the projected population of 38256 in 2015. However, it is to be noted that these households are scattered over the town i.e. respective income groups are not a domain of particular zone/area but are spread over the town. Hence, the waste generated differs on a daily basis. Further, waste generation per capita obtained for different groups does not include street sweeping, drain silt and construction debris. Commercial Establishment (Shops, Offices, Institutes, Hotels, Restaurants etc.)
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The waste from the commercial establishments like shops and offices, wholesale and retail stores, Paint shops, and general stores, institutions and hotels/restaurants/dhabas have been considered in this category. The number of commercial establishments are given in the below table. In order to assess the waste generated by these establishments, field visits and quantity assessment surveys were carried out in the commercial areas. Discussions were also held, with the shop owners on the amount of waste generated by each of them and disposal practices. Hence, based on the survey the waste generation factor of each type of establishment is given in table below. Table 13: MSW generated from Commercial Establishments in Yellandu Establishments No. of Units Average Waste Total Waste Generation Generated Factor in Kg (TPD) Commercial Shops 600 0.9 0.54 Hotels/Lodges 40 15 0.60 Restaurants/Dhaba/Roadside eateries 4 8 0.03 Institutions 12 6 0.07 Offices 15 9 0.14 Slaughter House 1 450 0.45 Fish/chicken market 1 100 0.10 Hospital/Nursing Homes/Diagnostics 20 12 0.24 Wholesale Veg/Fruit Market 2 300 0.60 Celebration House (Banquet) 5 40 0.20 TOTAL 2.97 Total commercial waste generation is estimated approximately 3 TPD
Street Sweeping It is mainly an inert waste comprising of dust, sand and stones. This waste also contains litter, dry leaves, plastic, paper and animal waste. Currently, most of the waste generated in the town is collected as street sweeping, since wastes from majority of residential and commercial establishments are discarded on and along the roads. It is therefore not possible to accurately assess the waste generation rate from street sweeping. However, based on the discussion with the sweepers and sanitary staff, it was estimated that average waste is in the range of 14 kg/km/day. For the total 73.95 km of road, it is estimated that 1.04 TPD of street sweeping waste is generated. Table 14: Street Sweeping Waste in Yellandu Category Length Unit Waste generation Total waste generation factor in kg (TPD) Street Sweeping Waste 73.95 kg/km/day 14 1.4
Drain Silt Drain cleanings are the major components of waste in urban areas. It is removed by municipal workers on daily basis and/ or as and when the drain gets choked. The silt so removed is disposed
29 Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II off on the dumping ground or open land on the outskirts of the town. A major portion of sanitary worker’s time goes for the cleaning of streets and drains. Waste quantification for the drains was done based on the field visit and field assessment survey while cleaning the drains and waste generation factor are estimated. Table 15: Waste generated from Drain silt Category Length Unit Waste generation Total waste factor in kg generation (TPD) Silt from small 48 Kg/km/day 22 1.06 Drains
Table 16: Total MSW generated in Yellandu S. No. Source Quantity (TPD) 1 Households 11.33 2 Commercial Establishments 2.97 3 Street Sweeping 1.04 4 Drains 1.06 TOTAL 16.5
4.4 Characterization of Waste Physical and chemical composition of solid wastes varies depending on sources and types of solid wastes. Physical Characterization Information and data on the physical composition of solid wastes are important in the selection and operation equipment and facilities, in assessing the feasibility and in the analysis and design of disposal facilities. Waste composition, moisture content, waste density, temperature and pH are important as these affect the extent and rate of degradation of waste. These are determined on components of solid wastes. Samples were collected from different service command areas viz. households and commercial establishments and weighted average was calculated for physical characterization (results are given in the table). An approximate waste from 100 households were collected and segregated on-site for estimating physical characterization and waste from shops is also surveyed in the similar way. In addition to this, sample size survey was also carried out in institutions, hotels/restaurants and hospitals for estimating the MSW. In order to quantify and characterize the MSW, project team did detailed survey of the town. Table 17: Physical characterization of MSW in Yellandu Waste Characteristics Percentage (%) Bio-degradable 51.6% Recyclable 19.1% Combustible 14.3%
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Inert Waste 15.0% Total 100%
In summary, the physical composition of waste excluding drain silt is given in the table. The characterization has been done excluding drain silt as the same is considered to be of completely inert nature and to be disposed in low-lying areas.
The major proportion of the waste is biodegradable followed by recyclable waste comprising of plastic, paper, glass, metals, tetra pack, rubber and leather. Interestingly, coconut consumption is higher because of the unique food habits.
4.5 Basis of Design of Proposed MSWM Plan The proposed waste management plan and infrastructure/equipment for primary & secondary waste collection and transportation system for Yellandu have been framed based on the following: Population data Projected populations for the design period based on CPHEEO manual Spread of the town Current MSW quantities as per IPE Global's MSW survey data Current and projected per-capita waste (considering 1.3% increase per capita per year as per MoUD Report ) Characterization of MSW by NABET Approved Agency Existing waste collection location have been considered for primary & secondary collection of waste The projected populations waste projections and per-capita waste generation for the design year 2017 are used for proposed SWM plan and infrastructure requirement are summarized in table below.
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Table 18: Population Estimates, Waste Quantities and Waste Characterization (Design Year 2017) for Yellandu Year of Design 2017 Design Population 39938 Quantity Waste Composition Waste Characterization (%) (MT/day) Bio-degradable 51.6% 8.48 Recyclable 19.1% 3.13 Combustible 14.3% 2.36 Inert waste 15.0% 2.47 Total Waste 100% 16.43 The field survey shows that the Dry waste mainly comprises of recyclables and combustible waste. In the proposed MSWM system there will be 100% segregation of waste at source into Biodegradable (wet), Non-Biodegradable (dry) and Domestic Hazardous Waste. Domestic hazardous waste shall be wrap securely in a suitable wrapping material as instructed by ULB and shall keep in the same bin of dry waste. The wet and dry waste would be collected and transported in segregated manner to Integrated Waste Management Facility and Dry Resource Recycling Centre respectively.
4.6 Proposed Collection and Transportation Plan While planning the proposed management system, it has been specifically noted that all kinds of areas gets covered under the 100% door to door collection system. The management plan is based on formation of management divisions which can facilitate the effective management of solid waste management system at the decentralized level in turn reduces the need of transportation. 4.6.1 Segregation at Source
There are about 8831 (Census 2011) households in Yellandu Municipality and at present there is no segregation of waste at source. Now it shall be improved to 100 % by segregating and storing waste in three streams as mentioned in Solid Waste Management Rules 2016. Separation of organic and inorganic waste ensures collection and transportation of contaminated and uncontaminated waste separately while optimizing the waste processing and treatment technologies.
The ULB may take up the following to ensure segregation of waste at households
To inform, educate and motivate under IEC activity not to litter waste on streets and develop a habit of storing waste at source.
To educate about risks to human health and environment due to solid waste
Create awareness for segregation and storage of waste in three separate bins for dry waste, wet waste and household bio-medical/hazardous waste as per MSW Guidelines.
32 Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
Organize awareness campaign for segregation of waste through local NGO’s, schools, local representatives, RWA’s, etc.
Regular meetings and interactions with representatives of local resident welfare associations, community participants, NGOs, etc.
To direct waste generators not to throw waste in their neighborhood, on streets, open areas, drains, etc., through display boards in public places.
Formulate mandatory resolutions on segregation of waste and laying penalties in case of violation.
Provision of appropriate size of community bins wherever required.
To identify slum location and provide community bins to enable slum dwellers to deposit waste in the bins as and when generated.
Individual households/ Community may ensure the following:
To keep/store wet waste/biodegradable (kitchen waste/food waste) in a container covered with lid.
To keep/store dry waste/recyclable waste (plastics/paper/bottles/etc.) in a separate container covered with lid.
To keep/store domestic/household bio-medical/hazardous waste in a separate container (3) covered with lid.
To follow the norms/regulations made by the local body / ULB regarding management of MSW. As per SWM Rules 2016 Generator to segregate and store the waste in 3 separate streams; Biodegradable, non Biodegrable and domestic hazardous waste. Sanitary waste to be securely wrapped and submitted along with dry waste and separate storage of C&D and horticulture waste. Use of a non-corrosive container is recommended for storage of food, bio-degradable waste. A Poly Ethylene (PE) container in Green color of 10 Liter (0.01 Cubic Meter) capacity for a family of five members or part thereof shall be provided by the Yellandu Municipality free of cost at the first instance only. Similarly a PE Container storage of Red/blue color for domestic hazardous and bag for storage and handing over of dry waste.
As and when recyclable waste such as newspapers, books, glass bottles, plastic bottles, metal / iron containers, etc., are generated, it may be handed over to nearby recyclable waste dealer in order to reduce the waste quantity to dump yard.
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Resident welfare associations / gated communities shall try to process segregated bio- degradable waste within their premises in consultation with the ULB. The value chain of effective waste management starts at the source with proper segregation of waste. The efficiency of the proposed waste management plan is driven by the segregation of waste in to wet and dry waste at the source. Table 19: Bins for segregation of waste Years 2017 Population 39938 No. of House holds 10188 Quantity of house hold bins required 20376
4.6.2 Segregation at vegetable / fruit markets and slaughter houses
There are 1 number of vegetable markets, 1 number of fish/chicken market and 1 number of slaughter houses in the town. In addition to these there are small daily, by-weekly and weekly markets in different residential areas of the town apart from the door to door fruit & vegetable vendors. At present, about 0.1 to 1 TPD of waste is generated from market areas and slaughter house. These markets produce wastes, which are ideal for production of compost. In view of this, it is desirable that all vegetable market waste be stored separately. Currently the waste generated from these markets is dumped in open areas called collection points within the market. ULB may provide adequate number of trolleys/M-bins in these collection points for dumping market area waste and direct shop owners to dump waste only in bins provided. Later these bins could be emptied or transferred by tractors /compactors placers based on accessibility of the bin location. 4.6.3 Segregation at commercial establishments/institutions/workshops
Municipality may advise the following to the waste generators of shops/offices/institutions:
Avoid throwing of shop cleaning/sweeping waste on roads/streets/open areas
Use bin/container for storage of daily waste till collection by the PH worker.
To maintain separate container for storing hazardous waste and handover the same to the PH worker/waste collector who in turn shall dispose to the authorized dealer.
For educational institutions with canteen, hostel and lab facilities waste may be segregated and stored in three separate bins for dry, wet and domestic hazardous waste.
For commercial complexes and institutions, the segregated waste may be stored in three separate bins for collecting wet, dry and domestic hazardous waste separately
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Waste generated from these areas would be mostly recyclables. These waste generators shall handover the segregated recyclable waste to authorized waste pickers/waste recyclers/waste dealers.
4.6.4 Segregation at hotels/restaurants/community/function halls
The hotels and restaurants in the corporation area shall be advised to:
Avoid throwing of shop cleaning/sweeping waste on roads/streets/open areas
Avoid disposal of waste into municipal community bins
Use separate containers with lid of adequate capacity for storing dry, wet and hazardous waste. Handover the segregated waste to the PH worker/waste collector regularly.
These waste generators may try to process the segregated bio-degradable waste within their premises in consultation with the ULB.
4.6.5 Door to door Collection of MSW The door-to-door collection of waste shall be done on a day-to-day basis i.e. between 6AM – 12 PM and the Municipality shall be responsible for providing door to door primary MSW collection service within the jurisdiction of municipal area. The Municipality shall ensure that infrastructure is made available for undertaking this activity in compliance with the SWM Rules 2016. Separate Door to Door Collection System Households, Commercial Establishments, Vegetable market, Street Sweeping Waste and Drain Silt will be designed at staggered timings There should be no inter-mixing of waste from various sources during the transportation of waste. Vehicles engaged in this service shall not dump the waste at any secondary collection bin/open site or any other location in any circumstances and shall transfer waste only in the specified Secondary Collection Point or secondary collection vehicle. Construction and demolition waste will be collected separately as per the Construction and Demolition Waste Management Rules, 2016. The sanitary workers employed by the municipality shall be well equipped with Personal Protective Equipment’s (PPEs) to avoid direct contact with waste.
4.6.5.1 Collection from Households and commercial establishments
Households are the major sources of waste generation. In Yellandu, around 12 TPD waste is generated from households. The quantum of waste requires efficient and effective coordination between waste generators and waste collectors for 100% collection of waste. The timing of waste collection should be from 5 AM to 9:30 AM.
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The design of collection system is proposed to cater the requirements of narrow streets also. It is proposed that high density areas will be covered by Auto Trailers, medium density areas will be covered by 3-wheelers and 4-wheelers depending on the width of road for the collection of waste from the households. The percentage allocation of infrastructure is based on the population density of a ward as mentioned in the below table no 21. The pattern presented in the table no based on no of houses holds and population density of the respective wards. Assessment of the existing infrastructure and proposal of new vehicles is done in consultation with respective municipal authorities in the presence of C&DMA officials. Auto -Tippers with 1.75 cum capacity-hydraulically operated hopper covering mechanism from top having two compartments for carrying wet and dry waste separately with a hooter to be deployed (henceforth called AT 1.75).
Narrow streets that cannot be serviced by AT 1.75, a 3-Wheeler Motorized vehicle with hydraulically operated hopper covering mechanism from top having two compartments for carrying wet and dry waste separately with a hooter , compatible with mobile transfer station shall be deployed.
Based on the inputs of Yellandu Municipal authorities and to utilise efficiently existing infrastructure it is proposed to cover 45% of households for Door to Door collection by Tractor trailer. The services of street level collection and transportation of waste shall be provided on all 365 days in a year irrespective of any National Holidays, Festivals and Sundays. For the collection of domestic hazardous waste, a deposition centre will be set up at a suitable location for receiving the domestic hazardous waste. As per the SWM Rules 2016, it is the responsibility of waste generator to deliver waste at the deposition centre. The waste will be then transported to the disposal facility separately. It is proposed that AT 1.75 will be deployed to collect the MSW from shops, hospitals, vegetable market, restaurants and slaughter house. The Municipality shall plan to collect waste from these establishments with the infrastructure allocated for primary collection of waste. The existing infrastructure can be used at deferred timings for the collection of waste from the commercial establishments (9:30 AM to 12 PM) Yellandu Municipality shall plan to collect waste from these establishments with the infrastructure allocated for primary collection of waste. Auto tippers engaged in this service shall not collect the waste from any other source viz. open site, ground, street corner bin and drain etc. This service shall be provided on all 365 days in a year irrespective of any National Holidays, Festivals and Sundays
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4.6.6 Collection of Street Sweeping Waste
Municipality shall arrange for cleaning of roads, streets, lanes, bye lanes, surface drains and public places at regular intervals and use containerized tricycles, containerized handcarts, and suitable motorized or non-motorized devices for collection of such waste.
Municipality shall synchronize with the system of secondary storage and transportation of such waste without necessitating deposition of such waste on the ground. The ULB shall also ensure to separately collect this waste without mixing with solid waste collected from households and commercial areas.
As per CPHEEO, a sweeper can cover 30,000 square feet of open space per day. Sweeping norm in running meters of road are given as: High density area: 300 to 350 m Medium density area: 500 to 600 m Low density area: 650 to 700 m
The street sweeping shall be done on a day-to-day basis. It is desirable to split the 8 hours of duty of sweepers into two shifts, the street sweeping is to be done by safai karmcharies as per the proposed plan. Table 20: Plan and infrastructure required for management of street sweeping waste Particulars Quantity Unit Street sweeping waste 1 MT/ day Density of street sweeping (assumed) 1 MT/ m3 1 m3 Volume of Waste 1000 L Length of roads 74 Km Length of roads having divider 10 % Total length of road to be cleaned 81.4 Km 5 % of road length to be cleaned daily 4.07 KM 15% of road length to be cleaned on alternate days 12.21 KM 80% of road length to be cleaned twice weekly 65.12 KM Total length of the roads to be cleaned everyday 29 Km No of workers (per day, assuming that one street sweeper can 58 No sweep only 500 m length of road) Capacity of containerized wheelbarrows 250 L No of wheelbarrows(one WB for two sweeper) 29 No No of wheelbarrows (with 5% backup) 30 No No of safai karmcharies (including holiday of 14% per year) 66 No No of brooms 58 No No of shovels 58 No Gloves set 58 No Boots set 58 No Safety mask 58 No 2 sets of Uniform 116 No
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To ensure that street sweeping is done properly and there is accountability at individual level, it is proposed that teams of two sweepers each shall be made responsible for a stretch of road. As mentioned above, it is assumed that each sweeper will clean approximately 500 m of road stretch, therefore two sweepers between themselves are responsible for cleaning 1 km of road. One wheelbarrow (with brakes) shall be shared by a team of two sweepers. The sanitary supervisors will have the complete road map with area-wise responsibility distribution marked on it. The sanitary supervisor will be responsible for making surprise checks and identifying if any team is not working properly. This activity may be undertaken by existing workers. MSW services will be provided 365 days a year. Assuming that one government worker be given national holidays = 58X1.14 = 66. The street sweepings are proposed to be collected separately and directly transferred into the vehicles for disposing them. It must be strictly monitored that no road sweeping staff should dump the road swept waste in the neighboring storm water drains or nallas running parallel to the road.
Figure 7: Wheelbarrow for Collecting Street Sweeping Waste
4.6.7 Collection and Transportation of Silt Generated during De-silting of Drains The municipality is responsible for the de-silting of surface drains including the collection, transportation and disposal of silt generated from these drains.
The municipality shall prepare their ‘Action Plan for de-silting’ of drains up to 4 feet in advance
with the operator using the computerized system. Based on the Action Plan, operator will make its plan for de-silting of drains and lift the ‘silt’ deposited alongside de-silted drains within 24 hours.
Silt will be transported to the low lying areas or any other site/plant by using a tractor-trolley available with the municipality.
Drain Silt collected using this service shall not under any condition be unloaded onto the open sites, dust bin locations, ground or any other points or mixed with any other type of waste.
Total expected generation from desiliting of drains is around 1 Tons. . Based on the time required for desilting, drying it is proposed to keep one tractor with trailer exclusively for lifting
38 Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
silt. It is proposed to use the existing infrastructure for the collection and transportation of silt.
4.6.8 Infrastructure require for primary waste collection and transportation is as follows. A. Tricycles As discussed above Tricycles Containing 4no’s of 60 liter capacity polyethylene bins shall be deployed to cover about 45% coverage of households and also from petty Vendors in high density areas or congested lanes for collection of Municipal solid waste. It is proposed that for every 250 Household one tricycle is required to be deployed. The waste so collected is proposed to be transported to the nearest community bins placed at convenient location on the approach roads. The normal life of a tricycle is 4 years, provided it is maintained properly. However requirement of tricycles for the first year is presented below Tricycles requirement 2017 Population 39938 No. of House holds 10188 50% Coverage of households by Pushcarts 5094 Tri-Cycle for every 250HH 20 Stand by @10% 2 Total no of Tricycles required 22 Total no of Tricycles required 24 Existing no. of Tricycles with ULB 24 Tricycles in repair or to be replaced 15 Net existing no. of tricycles with ULB 9 Net requirement of tricycles 15 B. Auto Tippers As discussed above Auto -Tippers with 1.75 cum capacity-hydraulically operated hopper covering mechanism from top having two compartments for carrying wet and dry waste separately with a hooter to be deployed (henceforth called AT 1.75) for coverage of 55% of households in Yellandu. Auto tipper consists of one driver and 2 helpers who shall be given time schedule and route map for door to door collection. After entering in to the collection area the auto tipper will blow the horn or vigil. The helpers of the auto tippers will go to the households and collect the waste from the households and place the same into the auto tippers. The auto tipper move slowly or stopped at a particular point till the street households are covered by the helpers of the auto tippers. After the full load the auto tipper will move to the nearest Dust Bin or move to the dumping yard. The auto tipper will have provision for collecting and transporting segregated waste. Thus to implement 100% door to door collection system in Yellandu Municipality area it is required to deploy 2 Auto Tippers. The normal life of a Auto tipper is 5 years, provided it is maintained properly. However for requirement of Auto tippers for the first year is presented below
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Auto Tippers 2017 Population 39938 No. of House holds 10188 20% Coverage of households by Auto tippers 2038 Coverage of auto in 750 HH 3 Stand by @10% 0 Total no of Autos required 3 Existing no. of Autos with ULB 2 Autos in repair or to be replaced 2 Net existing no. of autos with ULB 0 Net requirement of autos 3 B. Tractor Trailer. There are 4 (1 not in working condition) No. of existing tractor trailers. To utilize efficiently the existing tractors it is propose to cover 30% of households by tractor trailers. Tractor Trailers primarily would be used to transport the silt and street sweeping waste. As shown above one tractor trailers shall be used for lifting the silt, secondary waste generated. Rest of the tractor trailers shall be used door to door collection. The normal life of a Tractor Trailer is 10 years, provided it is maintained properly. However for requirement of Tractor trailer for the first year is presented below Door to Door Collection – Tractor trailer 2017 Population 39938 No. of House holds 10188 30% Coverage of households by Tractors 3056 Coverage of auto in 2000 HH in two trips 3 Stand by @10% 0 Total no of Tractor Trailer required 3 Existing no. of tractors with ULB 4 Tractors in repair or to be replaced 1 Net existing no. of Tractors with ULB 3 Net requirement of tractors 0 4.6.9 Secondary Waste Storage System The concept of secondary storage of waste at intermediate points before its transportation to processing site is done in the case of through manual means (tricycles, pushcarts or handcarts) where high coordination would be required to streamline the primary collection of waste and secondary transportation vehicles. Uncoordinated collection and transportation leads to high transportation cost and therefore, secondary waste storage systems are required to bridge the gap between the primary collection and secondary transportation of waste. Since the households are covered are under door to door coverage there is no requirement of secondary collection bins in the residential areas. Segregated waste at the household level collected by primary collection through tricycles only will be stored at the secondary collection
40 Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II point separately (wet and dry waste) in the secondary collection bins from where it will be transferred to secondary collection vehicles. During the field study it is noted that there is a requirement of 2 no. of secondary collection bins for provision of storage of commercial waste and also the storage of waste collected by tricycles. These bins shall be cleared and transported by tractor trailers. Existing infrastructure can be used in deferred timing for lifting of the same. Litter bins It is advisable to place litter bins of twin bin mounted on MS make stand near all public, market and tourist places including schools, colleges, offices, post office, market areas, and parks and in the busy commercial areas. It is noted that there are about 30 places including schools, parks and busy commercial area where this twin bins are required. Hence 30 litter bins are proposed.
S. No. Particulars Nos. Capacity 1 Secondary collection bins (3.5 Cum) 2 3.5 cum 2 Litter bins 35 100 liters 4.6.10 Waste Transportation System The MSW transportation system for the town is proposed in conjunction with the waste collection system described in the preceding section. The requirement of transportation vehicles has been estimated based on the following plan: Vegetable Market, Fruit Market and Slaughter House Waste will be directly transported to the ISWM facility by dedicated Tractors. Dry Waste will be taken to the Dry Waste Resource Centers or any authorized recyclers in the town The waste from the secondary collection bins will be transferred to the existing tippers and then will then transfer the proposed ISWM The drain silt and street sweeping waste will be collected in tractors and directly disposed off 4.6.11 Assessment of Existing vehicles as on the Date 31.08.2016
Following is the average life span of the vehicles generally used in collection and transportation of waste. Primary data is collected from the Municipality regarding the status of the existing vehicles, Year of purchase, Average kms distances travelled per day and condition of the vehicles.
Assumptions on Life span of Vehicles Tricycles 4 to 5 years Autos 5 years Tractor Trolleys 9 to 10 years Truck Tippers 9 to 10 years Dumper Placers 9 to 10 years.
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Table 21: Table showing year of purchase of existing vehicles and current status of working of vehicles in Yellandu Municipality Vehicles Year of Purchase Total Under Net 2007 2008 2009 2010 2011 2012 2013 2014 2015 repair existing vehicles Tricycles ⁻ ⁻ ⁻ ⁻ ⁻ ⁻ ⁻ ⁻ 0 0 0 Autos 2 2 - ⁻ ⁻ ⁻ ⁻ 2 0 2 Tractors 0 4 0 - ⁻ ⁻ ⁻ ⁻ 4 1 3 Compactors ⁻ ⁻ ⁻ ⁻ - ⁻ ⁻ - - 0 0 0 Tippers - ⁻ - ⁻ ⁻ ⁻ 0 0 0 Dumper ⁻ ⁻ - ⁻ ⁻ ⁻ 0 0 0 trucks Dumper placer Table 22: Table showing year of remaining life span of vehicles Vehicles Remaining life span of vehicles 2016 2017 2018 2019 2020 2021 2022 Tricycles 0 0 0 0 0 0 0 Autos 2 2 2 2 2 2 2 Tractors 3 3 3 3 3 3 3 Compactors 0 0 0 0 0 0 0 Tippers 0 0 0 0 0 0 0 Dumper 0 0 0 0 0 0 0 trucks Dumper placer 4.6.12 Summary of Collection and Transportation Infrastructure for the first year Total outlay for Collection and Transportation infrastructure proposed for Yellandu is summarized in table below: S. No. Particulars Capacity Unit Unit Cost Nos. Total (in INR) Cost (In INR) INFRASTRUTURE FOR PRIMARY COLLECTION AND TRANSPORTATION 1 Two Bins and bag for Households 10 Litre 150 10188 1528200 2 Wheel barrows 150 litre 8750 30 262500 3 Tricycle with 6 bins 240 litre 21500 15 322500 4 1.8 cum ACE Hopper Tipper BS4 1.8 Cum 510000 3 1530000 5 Tractor Trailer (D2D) 3 Cum 850000 0 0
6 Deposition Centre for Domestic 9 sqm 17329 1 155961 Hazardous Waste
Total 3799161 SECONDARY STORAGE
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1 Secondary Collection bins (3.5 Cum) 3.5 cum 35000 2 70000 2 Litter bins with MS frame 100 Litre 4879 35 170765 TOTAL 240765 Other Infrastructure 1 Backhoe loader with loader bucket 1 2000000 1 2000000 cum 2 Consumables cost for first year 1014300
TOTAL 3014300 GRAND TOTAL IN INR 7054226 GRAND TOTAL in INR lakhs 70 4.6.13 OPERATION & MAINTENANCE (O&M) COSTS FOR COLLECTION & TRANSPORTATION SYSTEM The detailed operation and maintenance plan for MSW collection and transportation system will be developed at the Project Management & Construction Stage. At this stage, operation and maintenance cost is estimated for MSW transportation system proposed in table below. These costs include salaries for the O&M personnel and O&M costs for waste transportation infrastructure. Table 23: Summary of Annual O&M Cost for C& T waste of Yellandu Particular Cost Manpower for Collection & Transportation 12531600 Sanitary staff 240000 O&M Cost for Infrastructure 267590 Diesel Cost 1067625 cost of consumables 1014300 Total 15121115 Table 24: Annual Manpower cost Manpower Required for Basis Nos. Annual Salary Total Cost Primary Collection Collection from Households 1 helper per tricycle 22 111600 2455200 Collection from Commercial Areas 1 Driver + 1 Helper per 3 111600 334800 (Autos) Auto-tipper 3 172800 518400 1 sweeper per 500 m Collection of Street Sweeping Waste 66 111600 7365600 of road swept Drivers for Tractors for drain 1 Driver per Tractor 3 172800 518400 Cleaning Helpers for Tractors for drain Cleaning, D2D and street sweeping 4 Helper per Tractor 12 111600 1339200 waste Transportation 2 Helper per dumper Helper for Transportation to ISWM 2 111600 223200 placer 1 driver for dumper Drivers for Transportation to ISWM 1 111600 111600 placer
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Total 109 12531600 Sanitary Staff Sanitary Inspector 1 per 50000 population 0 360000 0 Sanitary Sub-Inspector 1 per 25000 population 1 240000 240000 Total 240000 Grand Total for C& T 12771600
Total Manpower Requirement Proposed System(2017) Sanitation Workers –109 Administrative Staff – Sanitary Inspector (0) Sanitary Supervisors (0) Existing System Sanitation Workers –155 Administrative Staff – Sanitary Inspector (0) Sanitary Jawans (1) Table 25: Annual O&M Cost for Infrastructure . Operation and Maintenance Cost Vehicles (5% of the total vehicle Cost) 246500 RC Bins (2% of the total Cost) 21090 Total Cost 267590
Table 26: Annual fuel Cost for Infrastructure of Collection and transportation . Diesel Cost No. Distance No. of Fuel(km/litre) No of liters Total cost Travelled trips per day per per annum by 1 vehicle vehicle Auto-tippers 3 30 2 12 5 355875 Tractor 3 30 2 6 10 711750 Total Cost of 15 1067625 Diesel Table 27: Annual cost of consumables. Equipment Street Primary Secondary Helpers for Rate (in Total Cost Sweeping Collection & Collection and secondary Rs.) per Transportation Transportation transportation Annum Gloves 66 43 1 2 50 5600 Shoes 66 43 1 2 300 33600 Cap 66 43 1 2 50 5600 Dust Pan 200 0 Uniform (two times 132 86 2 4 500 112000 in a year) Safety masks(four 264 86 8 50 17900 times in a year) Broom (four times in a 264 100 26400 year)
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Shovels (one time in a 66 200 13200 year) Spade (one time in a 1000 300 300000 year) Conservancy 500000 Total 1014300
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5.0 PROCESSING AND DISPOSAL OF MSW
This chapter discusses the thermo-chemical, mechanical and biological treatment of MSW generated in the Yellandu town. The ISWM concept is closely linked to the 3R approach, which is also aimed at optimizing the management of municipal solid waste and processing of all kinds of waste to promote zero-land filling concept. The hierarchy of ISWM concept ranges from most preferred to least preferred. At source reduction and reuse is preferred most followed by Recycling, Composting, and Waste to Energy and land filling. As per the ISWM hierarchy, land filling is the last option to be adopted in case any of the above technology is not applicable. This Chapter discusses the available technologies for processing biodegradable as well as non-biodegradable waste. The process flow and design of selected technology has also been explained in detail.
5.1 Evaluation of Various Waste Treatment/Processing Technologies
The evaluation of waste treatment technology is a pre-requisite before the finalization of a processing technology in a particular city. The waste processing technology should be decided on the basis of identified parameters for development of sustainable solid waste management system keeping into consideration local conditions and waste generation variations of a particular city. In view of that, all the available processing technologies are appraised on following parameters to obtain a general idea of the technological, managerial and financial requirements:
Technology Development Benefits Limitations Environmental Aspects Management and financial Aspects
46 Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
Table 28: Evaluation of waste treatment technologies Technology Technology Benefits Limitations Environmental Concerns Management Aspects Financial Aspects Development Windrow Proven Technology Inoculants, enzymes not No energy recovery The final product is generally This technology involved more Capital Cost is high Composting and Well Established needed Heat loss through open windrow applied to soil and used as machinery/equipment’s and O&M cost is high Population>100000 Suitable for the mixed Reduce organic waste fraction surfaces manure. Can contaminate the complete mechanical process Quality compost complaint with MSW> 50 TPD waste of MSW Open system – difficulty in food chain if compost is not Skilled and semi-skilled labors FCO 2009 has a good-market Potential usable product as operation during rainy season, meeting FCO norms. are required for the working of output liable to bad odor, rodent and fly Emissions of particulate matter processing unit Potential of co-composting menace, if not operated when moving/handling operations with other waste properly, visible pollution and Leachate pollution is high if not streams social resistance treated appropriately Highly useful product for crop Large land area required Atmospheric Pollution is low improvement Odor issues Vermiculture Proven Technology Comparatively less No energy recovery The product is generally safe as This technology is labor- Capital Cost is moderate Population<100000 and Well Established technologically involved Earthworm culture is required worms cannot endure significant intensive O&M cost is low MSW<50 TPD for Small towns process Open system – Difficulty in contamination of raw materials. Semi-skilled labors are Good market potential in Urban Not suitable for mixed Reduce organic waste fraction operation during rainy seasons, FCO Standards are to be met required for the working of and Rural areas. However, it is of MSW liable to bad odor, rodent and fly with. processing unit not adequately explored waste Potential usable product as menace, if not operated Emissions of particulate matter output properly, visible pollution and when moving/handling Potential of co-composting social resistance Leachate Pollution is insignificant operations with other waste Large land area required. at low waste quantities per streams vermi-pit Highly useful product for crop Atmospheric Pollution is low improvement Odor issues Bio-methanation Feasibility for bio- Energy recovery (Bio Gas) with Heat released is less-resulting in Leachate Pollution is high if not This technology is less labor Capital Cost is High MSW< 10 TPD of degradable waste is production of high grade soil lower and less effective treated properly intensive The technology is not fully Wet Waste proven. Not suitable conditioner (Manure- by destruction of pathogenic Low leakage of biogas Skilled labors are required for explored, though it has a (Biodegradable) for mixed waste product) organisms than in aerobic Gas Handling the working of processing unit potential to generate energy as No power requirement unlike composting. However, now Fire and Safety measures well as digested sludge manure. aerobic composting, where hemophilic temperature systems sieving and turning of waste are also available to take care of pile for supply of oxygen is this necessary Unsuitable for wastes containing Enclosed system enables all less organic matter and mixed the gas produced to be waste collected for use Requires waste segregation for Control Greenhouse gases improving digestion efficiency emissions Free from bad odor, rodent and fly menace, visible pollution and social resistance Modular construction of plant and closed treatment needs less area Net positive environmental gains Can be done at small scale RDF Quality of RDF should Low moisture content in waste Competitive with large mass- Air pollution from emissions of The technology is labor- Capital Cost is Moderate
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
Technology Technology Benefits Limitations Environmental Concerns Management Aspects Financial Aspects Development MSW> 100 TPD be based on end use. RDF can be processed to half burn plants smaller quantities of organics, intensive (based on present Market Potential for RDF in Burning of RDF below calorific value of coal Require secure markets for fuel particulates and metals (viz. practice) cement industry 850°C can pose Lower level of heavy metals in Processing involves high furans and dioxin gases) which Skilled and semi-skilled labors In small cities/cluster approach, should be monitored through serious concerns of RDF electrical power consumption are required for the working of RDF Plants only become feeders Energy recovery is possible and maintenance APC Unit. processing unit of RDF to large RDF based health and RDF can be co-fired with other Water pollution from leachate is power plants environment fuels in a variety of industrial low boilers Less land area is required Incineration The technology is Achieves maximum volume This cannot be used for waste Emissions – particulates, SOx and Less labor-intensive but Very high capital and O&M Cost MSW> 300 TPD available in India, reduction with high moisture content and NOx emissions, chlorinated requires considerable Good potential of energy However, constraints Standard hygiene operation inert content compounds, ranging from HCl to technical capacity generation if power purchase of low-calorific value, compared to open burning Auxiliary fuel support is required organo-compounds such as Highly skilled manpower is agreements (PPAs) are made Heat generation can be utilized to sustain the facility dioxins and heavy metals required for working of reflecting true cost of high moisture content for steam/hot-water/electricity Residual ash and metal waste Toxic metals may concentrate in incineration unit production including O&M cost and high proportion of Less land requirement and require disposal ash inert waste should be minimum burden on landfills Overall efficiency is low for small Fumes from low temperature considered while Most suitable for high calorific power plants incineration of mixed municipal undertaking the vale waste refuse. These fumes will contain project commercially Relatively noiseless and a number of toxic compounds odorless Thermal energy recovery for direct heating or power generation Integrated System Proven Technology Significant reduction of waste More land is required Air pollution from emissions of The technology is labor- Capital Cost and O&M Cost is (Composting + RDF) and widely used volume Requires high segregation of smaller quantities of organics, intensive and requires specific high Population> 100000 world-over but not More careful segregation of waste for separate waste particulates and metals is skill set Good market potential for RDF MSW>100 TPD much tested in Indian waste leading to less emissions processing moderate, requires appropriate Varied skill set is required for In small cities, RDF Plants only Appropriate treatment to all emission control system different operations become feeders of RDF to large conditions where streams of waste Water pollution from leachate is Coordination and RDF based power plants and waste has low-calorific Minimum burden on landfill low Management of Facility is cement plants value. Energy recovery is possible critical
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
5.2 Proposed Waste Processing Technologies for Yellandu Municipality For the design of proposed system of processing and sanitary disposal facilities, 2018 is taken as the base year and 2022 is taken as the design year. As per the waste projection carried out, total waste generation in base year 2018 in Yellandu is 17.00 TPD (without silt), out of which the wet (bio-degradable) waste is 8.77 TPD (52%), dry waste is 3.25 TPD (19%), combustible waste is 2.43 TPD (14%) and inert waste is 2.55 TPD (15%) The processing plant is to be designed for 5 years, thus 2022 is taken the design year. In 2022, the total waste generation of the town will reach up to 19.38 TPD, out of which the wet (bio-degradable) waste will be 10.00 TPD, dry waste will be 3.70 TPD, combustible waste is 2.77 TPD and Inert waste will be 2.91 TPD. Table 29: Waste Projections of the Yellandu Municipality on excluding silt S. No. Year Waste Compostable Recyclables Combustibles Inert projected 1 2015 2.93 2.19 2.30 15.34 7.92 2 2016 15.88 8.20 3.03 2.27 2.38 3 2017 16.43 8.48 3.14 2.35 2.47 4 2018 17.00 8.77 3.25 2.43 2.55 5 2019 17.57 9.07 3.36 2.51 2.64 6 2020 18.16 9.37 3.47 2.60 2.72 7 2021 18.76 9.68 3.58 2.68 2.81 8 2022 (Design Year) 19.38 10.00 3.70 2.77 2.91 9 2023 20.00 10.32 3.82 2.86 3.00 10 2024 20.64 10.65 3.94 2.95 3.10 11 2025 21.29 10.99 4.07 3.04 3.19 12 2026 21.96 11.33 4.19 3.14 3.29 13 2027 22.64 11.68 4.32 3.24 3.40 14 2028 23.33 12.04 4.46 3.34 3.50 15 2029 24.04 12.40 4.59 3.44 3.61 16 2030 24.76 12.78 4.73 3.54 3.71 17 2031 25.50 13.16 4.87 3.65 3.82 18 2032 26.25 13.54 5.01 3.75 3.94 19 2033 27.02 13.94 5.16 3.86 4.05 20 2034 27.80 14.34 5.31 3.98 4.17 21 2035 28.60 14.76 5.46 4.09 4.29 22 2036 29.41 15.18 5.62 4.21 4.41 23 2037 30.24 15.60 5.78 4.32 4.54 24 2038 31.09 16.04 5.94 4.45 4.66 25 2039 31.95 16.49 6.10 4.57 4.79 26 2040 32.83 16.94 6.27 4.70 4.92 27 2041 33.73 17.41 6.44 4.82 5.06 28 2042 34.65 17.88 6.62 4.95 5.20
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
29 2043 35.58 18.36 6.80 5.09 5.34 30 2044 36.54 18.85 6.98 5.22 5.48 31 2045 37.51 19.35 7.16 5.36 5.63 The design periods should cater short-term and long-term requirements of the system. In the current design, we have considered a 5-year short-term period plan and 20 years long term period plan
MSW (19 TPD) TPD) ing
Biodegradable Recyclable Combustibles Inert (10 TPD) (3.7 TPD) (2.8 TPD) (2.9 TPD)
Vermi- Dry Waste RDF To WTE/ Regional composting Resource Centre co processing Sanitary Landfill industries
5.2.1 Waste Segregation The Mixed waste will be segregated manually in a segregation shed and the recyclable materials will be sent to recyclable units for recovery or to the landfill site for final disposal. The segregation shed platform will be constructed of a 150 mm thick heavy duty reinforced cement concrete (RCC) layer over WBM surface.
5.2.2 Vermi Composting Plant Bio-degradable component of MSW would be converted into compost / soil conditioner using vermicomposting technology. The compost plant of 16 TPD capacity is proposed to cater to the needs of MSW (bio-degradable) for next five years i.e. up to 2022.
5.2.3 Recycling Centre
Dry waste would further be segregated into different streams of valuables comprising of paper, plastic, metal, glass, wood and inerts. A dry waste recycling center is proposed for processing of dry waste. The capacity of the plant can be augmented as per the requirements. For cost optimization Dry waste recycling center is proposed at the processing site. No Bailing machine is proposed since the dry waste tonnage is less than 5 TPD
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
5.2.4 Sanitary Landfill The inert waste of the Palwancha, Yellandu, Manuguru & Kothagudem and rejects from compost plant would be landfilled in sanitary manner. The area available for landfilling is sufficient up to 2042. The detailed cost estimates have been done for 25 years. The detail of landfill is given in Chapter 7. The areas to be occupied by each facility are tabulated in the layout plan of the ISWM site which has given as Drawing No. T.S/ZONE-2/ MANUGURU TOWN/01
5.3 Description of Proposed Processing technology
5.3.1 Vermi-Composting The Vermi-Composting method involves using earthworms for conversion of organic waste into compost. Earthworms promote bacterial growth, enhance soil structure, and hasten decomposition of organic matter, thereby turning it into a nutrient rich soil.
Vermi-composting is done using certain species of earthworms such as eisenia foetida, lampito mauritii, perionyx excavatus, perionyx semsibaricus, and lumbricus rubellus1. These special species of earthworms are used for vermi-culture because of their physical structure and feeding habits. The species eisenia foetida, lampito mauritii are most suitable for Indian conditions. The nutrient content of the compost generated by this method is much higher than that obtained by the mechanical composting method. Vermi-composting has the following advantages as compared to the regular mechanical composting methods:
Through this method, the bio-mass of the waste is converted into useful manure and put back into the soil. The nutrient content (nitrogen, potassium, and phosphorus) of the vermi-compost is much higher as compared to the chemical fertilizers. The vermi-compost is of high quality and is fairly free from non-biodegradable material. The resultant vermi-compost is of fairly uniform structure and therefore requires minimum screening and segregation before it is dispatched for sale. Process results in considerable reduction in volume and mass of the feed stock (garbage). Basis of Vermi-Compost Plant Design Composting can be achieved using three types of micro-organisms – (1) bacteria, (2) actinomycetes and (3) fungi. In the initial stages, the bacteria, fungi, and protozoa activities cause the temperature in the compost plant to increase to 65-70oC, which is called the thermophilic stage. In this stage, the bacterial and actinomycetes activity causes decomposition, resulting in a fall in temperature, when the fungi activity resumes. This stabilized condition is known as mesophilic stage, when the composting material becomes dark brown due to humus synthesis. In addition to temperature, air
1 Vermicomposting Guide H-164, George W. Dickerson, Cooperative Extension Service, College of Agriculture and Home Economics, June 2001, pp: 1-4.
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II supply, moisture content, particle size of MSW, acidity/alkalinity, and chemical characteristics are the other factors which influence the microbial activity in a windrow. At the vermi-composting stage, the earthworms eat the waste, which then passes through their digestive tract and is broken down into a light-brown colored soft material called humus. Several factors affect the rate of decomposition of the bio-degradable material as described below:
Micro-organisms & Earthworms: In order to expedite the composting process, cow-dung slurry solution shall be added to the waste. The organic waste mostly contains micro-flora necessary for decomposition and therefore, addition of inoculants/cultures is optional. In addition, various useful microbes such as azotobacter and phosphate solubilizing microbes (bacteria/fungi) will need to be added during the pre-processing stage for initiating the microbial activity. The earthworm species eisenia foetida and lampito mauritii are required to be added in the vermi-composting stage. Moisture content: The moisture content of the bio-degradable waste needs to be maintained within the range of 40-60%. Additional water will need to be mixed with the bio-degradable waste, if required, to keep the moisture content within the range of 40-60%. Air supply: Sufficient air supply is required to maintain a high rate of decomposition, removal of carbon dioxide and volatile organic compounds, and buffering of the pH. This can be done by regular turning operation. The automated air supply process involves turning the windrows through perforated pipes (Self-Propelled Windrow Turners) planted at the bottom of the windrow pile. Temperature: During the decomposition process, the temperature rises above 65-70oC due which the disease causing micro-organisms are killed and weeds are destroyed. Particle size of MSW: Smaller particle size of compostable material provides greater surface area for the micro-organisms to act up on. However, the particle size should not be too small so as to compact the organic matter and reduce void space. Acidity/alkalinity: A pH range of 6.5-7.8 is most suitable for the composting process.
Chemical characteristics: A C: N ratio between 20:1 to 25:1 is ideal for decomposition of organic matter.
Inert Material in the waste: The inert material should be less than 10-percent.
Waste Densities Adopted: For the purpose of design, a density of 0.45 T/m3 is assumed for the waste and 0.60 T/m3 is assumed for the vermi-compost (within the range 0.6-0.9 T/m3).
5.4 Process Design for Proposed MSW Composting Unit The bio-degradable waste segregated at the source is collected and transported to the Vermi- compost Plant. The Process Design for MSW Vermi-compost Plant involves various steps as described in the below
5.4.1 Waste receipt and storage
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
This bio-degradable waste is received in the receipt area of the plant through a ramp. Non- biodegradable materials such as metal, paper, glass, bricks, stones, etc., are manually separated and sent for recovery or to the landfill site for disposal.
5.4.2 Waste storage and pre-processing
The segregated waste is taken to the pre-processing area, where it is further segregated and chopped in a high-speed shredder to reduce it to uniform size. The size reduction helps in faster decomposition of the organic waste.
Figure 8: Process Design for Vermi-compost Plant 5.4.3 Windrow (Compost Pad)
The shredded material is then arranged in a windrow formation and is treated for odor removal. At this stage, cow dung solution is mixed with the waste along with azotobacter and phosphorus solubilizing microbes (PSM) for initiating the microbial activity. In addition, water is mixed with the
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II shredded bio-degradable waste to maintain the moisture content in the desired range.
This pre-processed waste is arranged in windrows and exposed to atmosphere for initiating the microbial activity. The windrows are turned periodically for aeration. These windrows are left for approximately three weeks to generate partially composted waste.
5.4.4 Vermi-Composting
The partially composted waste is taken to the vermi-compost yard for initiation of earthworm activity. The yard will consist of rows of vermi-beds which have a rectangular cross-section and are constructed of brick masonry walls. The earthworms are introduced at the bottom of the pit and covered with organic waste and cow dung. The vermi-beds are covered with gunny bags to maintain the moisture content in the desired range. The earthworms start working in these pits and efficiently decompose the organic matter. The non-biodegradable material reaches to the bottom of the vermi-beds. This process shall be allowed for one month for complete conversion or waste into humus.
Once the process is complete, the earthworms rise up to the top of the vermi-beds. The resulting compost is screened in 6 mm sieves to separate the worms and any non-biodegradable waste left in the vermi-beds. The resultant compost is light brown in color and rich in minerals such as nitrogen, potassium, and phosphorus. These worms are put into fresh waste and the composting process is repeated.
The vermi beds have a provision at the bottom for drainage. The leachate is allowed to drain into these leachate collection sumps in the vicinity of the vermi-beds. Quality control is done for the physical, chemical, and biological parameters and pathogen free characteristics. The finished product is packed in high density polyethylene (HDPE) bags for sale
5.5 Design of Vermi-compost Plant Infrastructure and Equipment
The proposed Vermi-compost Plant will have a design capacity of 16 TPD. The compost will be prepared in a multi-stage process as shown in the above figure. The initial decomposition of organic waste is done in windrows and vermi-composting is done in vermi-beds. The infrastructure and land requirement for each of these processes is described below. Details of the waste processing units are referred to as Item () in this drawing:
5.5.1 Receipt, Handling, and Pre-processing of MSW (Tipping Area)
1. The segregated bio-degradable waste collected from the town will be received at the tipping area located on a relatively high ground. An earthen embankment/ramp with a water- bound macadam (WBM) surface shall be provided in this area. In addition, a temporary MSW storage shed is provided adjacent to the receipt area.
2. The waste will be segregated manually in a segregation shed for removing foreign materials
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
such as metal, paper, glass, plastic, polythene, metallic substances, etc. and the recyclable materials will be sent to recyclable units for recovery or to the landfill site for final disposal. The segregation shed platform will be constructed of a 150 mm thick heavy duty reinforced cement concrete (RCC) layer over WBM surface. Peripheral drainage will be provided around this RCC platform.
3. The sorted organic material will be sent to a shredder.
4. The shredded material from the shredder yard will be transferred to windrows. The additives inoculants, etc. will then be added for controlled aerobic treatment. 5.5.2 Area Requirements
Tipping Shed 2022 Design Year Total MSW 20 MT/day Density of MSW 0.4 MT/cum Volume 50.0 cum Retention Time (3 days) 150 cum Base Width of Windrow 3 m Top Width 2 m Height 3 m Area of the Trapezoid 7.5 Sq. m Length of 1 Windrow 11 m Volume of one wind row 82.5 m3 No of heaps 1.82 No of heaps, Say 2 Base of the heap(including 0.5 m space on both sides) 4 m Total breadth required 8 m Total length required (including 1m space) 15 area required 120 sq. m 20% excess provided for walkway and movement 144 Area provided 150 Sq. m Area required for receiving of MSW (15 m x 10 m) = 150 sq. m
Area required for temporary storage (5 m x 5 m) = 25 sq. m
Total area required for receipt, handling, and pre-processing = 175 sq. m
5.5.3 Vermi-composting
1. The composting of bio-degradable portion of MSW will be done by the proven windrow technology for partial decomposition of the organic waste and then by the vermi- composting technique for complete conversion of waste into compost. The windrows will be aerated through once a day and will be turned and mixed once a week. The moisture content will be maintained by manual sprinkling on a daily basis. In addition, a temporary
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
black PVC cover will be provided on these windrows to prevent odor and flies.
2. The windrows will consist of trapezoidal heaps of waste (3 m base and 1.5 m height) arranged in multiple rows. Sufficient space of 3 m will be provided between each windrow for windrow maintenance activities.
3. RCC flooring will be provided for the entire composting area with a drainage slope of 1:200.
4. Saucer drains will be provided on the floor of the windrow area for draining of leachates. The leachate will be collected in a 5000-litre capacity leachate collection sump with a facility to recycle the leachate. The leachate collection sump shall be constructed of an RCC structure below the ground level. The sump will have an epoxy coating on the inside wall and bitumen coating on the outside.
5. The windrows will be in exposed to atmosphere under controlled conditions of temperature and moisture. The organic waste will then be transported to the vermi-beds and left for earthworm activity for one month. Windrow Arrangement and Area Requirements
Bulk density 0.6 MT/cum Daily waste to be kept in Windrow 11 MT Retention time 16 days Volume of the Waste 18 cum Volume of the Waste 293 cum Base Width of Windrow 3 m Top Width 2 m Height 2 m Area of the Trapezoid 5 Sq. m Length of 1 Windrow 22 m Volume of one windrow 110 m3 Total no of heaps required 2.7 nos Say 3 nos Base of the heap(including 0.5 m space on both sides) 4 m total width required 12 m Total length required (including 1m space) 25 Area required 300 Sqm 20% excess provided for walkway and movement 360 m 20% for monsoon shed 72 Sq. m Vermi-bed Arrangement and Area Requirements:
No. of vermi-beds = 28 Shape of vermi-beds = rectangular Width of the bed = 1.5 m Height of the bed = 1.15 m
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
Depth of the waste/worms = 1.0 m Length of each bed = 10 m Thickness of vermi-bed wall = 0.23 m Space between two vermin-beds = 1 m Area taken for vermi-composting =565 sq. m
5.5.4 Curing Shed
A closed 9-m steel portal framed shed will be provided with CGI roofing for immediate storage and curing of semi-finished compost. The shed is also provided with hanging platform for storage conveyors.
Area Requirements
Area of curing shed (10 m x 10 m) = 100 sq. m
5.4.5 Area provided for Refinement, packing and baggage area and finished product godown
The sizing of compost will be done using sieves (4/6 mm) before it is sent for packaging. This process will be performed in a steel portal framed shed with CGI roofing. A floor height of 5.25 m will be provided for installation of finishing section machinery.
Area provided for Refinement, packing and baggage area and finished product godown is 100 Sqm.
Total area of Vermicomposting shed including curing baggage and finished product godown is 770 Sqm.
Other Facilities
Roads of proper sizes, storm water drain, and leachate drain and leachate collection tank are to be provided. Adequate lighting will be provided throughout the Vermi-compost Plant.
5.5.6 Water Supply and Sprinkling system
One RCC water reservoir of 9,000 lts capacity and of 9.0 m staging will be constructed near the platform with provision of pump house for spraying of culture, slurry, and water during the compost treatment process.
5.5.7 Electric Power
A three-phase electric power supply will be provided.
Total power requirement for pre-processing, composting, curing, and storing and all mechanical units including pumping operations = 20 KVA
5.5.8 Green Belt and Garden Area
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
A green belt of densely planted, tall growing trees will be developed around the plant. Suitable provision for demonstration plots to ascertain the quality of finished products may be made available at the plant site.
5.5.9 Compost Rejects
The compost rejects will be sent to the landfill site for disposal.
5.5.10 Sanitation Facilities
Each of the waste processing areas (waste receipt, handling, storage, pre-processing, windrow composting, vermi-composting, curing and drying, packing and storage) shall be sanitized time to time with disinfectants such as bleaching powder etc. Manual sweeping/cleaning of the area shall be done time to time and the rejects shall be sent to the landfill. The waste shall always be covered with polyethylene (PE) sheet.
5.5.11 Safety Equipment for Workers
The workers handling waste at the vermi-composting unit shall not have direct contact with the waste at any stage. They will be provided with gloves, gum-boots, and masks to avoid direct contact with waste. In addition, anti-allergic drugs shall be provided for emergency use at the Vermi- compost Plant 5.5.12 Mechanical Equipment for processing plant operations Name of the Equipment Nos. Back Hoe Loader 1 Water Tanker with slurry pump 1 Shredder 100 kg/hr. 1 Bailing machines 1 5.6 Leachate Management A Leachate tank of 4 cum is proposed to be constructed within the facility. Leachate shall be collected by gravity in to the leachate tank. Options for leachate Management is as follows:
In a well-balanced properly monitored composting programme there are least chance of leachate formation specially under covered roof. However, if leachates do get formed, it should be arrested at the base of every windrow by spreading thin layer of partially composed fibrous materials like coconut husk, lignitic coarse compost. This material after soaking leachates can be put back in the fermenting windrow. Whatever leachates are channelized to leachate holding tank, this should be recirculated along with water to spray on the fermenting heaps.
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
Advantages in Recirculation
Leachate are treated and consumed through Bio-composting process.
The biodegradable component which is responsible for leachate generation is utilized to enrich the compost and for acceleration of biological reactions. Quick utilization of leachates ensures reduction of mal odors; in fact, the leachate itself is also treated with bioenzymes and herbal odor neutralizer.
The large quantity of leachates can only be consume through biocomposting method as practiced in several developed and developing nations.
The consumption of leachates through biocomposting method is the least cost option and is easily practicable as a part of MSW treatment facility.
Overall aesthetics are maintained in better ecological manner rather than holding large quantity of leachates in mechanical treatment and biostabilisation ponds.
The dusty matter particulate from unstabilised waste dump site is great cause of harmful bioaerosals. It leads to several respiratory disorders, sneezing and skin irritation / infection. Dusty matters must be kept under control through overall site management, sprinkling of water mist, maintenance of road, and last but not the least through green belt creation all around the site and along the road network.
Otherwise Leachate may be sent to nearest STP after pre-treatment. Pre-treatment reduces the organic content of the leachate. In case of excess leachate, the leachate could be sent to nearest STP. Also, in case of non-monsoon season to maintain desired moisture content in landfill, treated water from nearest STP could be availed.
In case leachate quality parameters are within the prescribed standards for lined drains, then the leachate can be discharged in lined drains located nearby for a certain period only... 5.7 Regulatory Guidelines on Compost Quality The end product of composting process shall meet the standards prescribed under Fertilizer Control Order (FCO), as notified in Solid Waste Management Rules 2016 and its subsequent amendments in future which are given below in the table Parameters Organic Compost Phosphate Rich (FCO 2009) Organic Manure (FCO 2013) Arsenic (mg/Kg) 10.00 10.00
Cadmium (mg/Kg) 5.00 5.00
Chromium (mg/Kg) 50.00 50.00
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
Copper (mg/Kg) 300.00 300.00
Lead (mg/Kg) 100.00 100.00
Mercury (mg/Kg) 0.15 0.15 . Nickel (mg/Kg) 50.00 50.00
Zinc (mg/Kg) 1000.00 1000.00
C/N ratio <20 Less than 20:1 pH 6.5-7.5 (1:5 solution) maximum 6.7
Moisture, percent by weight, 15.0-25.0 25.0 maximum
Bulk density (g/cm3) <1.0 Less than 1.6
Total Organic Carbon, per cent by weight, 12.0 7.9 minimum
Total Nitrogen (as N), per cent by 0.8 0.4 weight, minimum
Total Phosphate (as P205) percent by 0.4 10.4 weight, minimum
Total Potassium (as K20), percent by 0.4 - weight, minimum
Colour Dark brown to black -
Odour Absence of foul Odor -
Particle size Minimum 90% Minimum 90% material should pass material should pass through 4.0 mm IS sieve through 4.0 mm IS sieve
Note; Compost (final product) exceeding the above stated concentration limits shall not be used for food crops. However, it may be utilized for purposes other than growing food crops.5.8 Cost Estimate of Compost Plant 5.8 Cost Estimate of Compost Plant Table 30: Cost estimate for compost plant
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
Sl. Description of Item Qty. Units Rate Amount No. A. Civil Structures 1 Tipping Shed 150 Sqm 8,748 1312185 2 Presorting including recycling center 25 Sqm 16,531 413282.5 3 Pre Compost pad 375 Sqm 1,892 709425 4 Monsoon shed 75 Sqm 12,147 910987.5 Vermicomposting including curing and 5 760.00 Sqm 8,064 6128412 finished product godown Total (A) 9474292 B. Other infrastructure facilities 1 Main Gate 1 LS 122835 122835 2 Scale room for weigh bridge 15 Sqm 22,741 341115 3 Weigh Bridge Platform 54 Sqm 7,287 393498 4 DG Platform 30 Sqm 1,188 35640 5 Parking 100 Sqm 1,568 156800 6 Boundary Wall 356 Rmt 5,249 1868644 7 7.5 M Wide Road 675 Sqm 1,925 1299375 8 3.5 M Wide Road 1015 Sqm 1,940 1969100 9 Monitoring Wells 4 Nos. 20,000 80000 10 Greenbelt 2,085 Sqm 100 208500 11 Storm Water Drain 335 Rmt 2,321 777535 12 Surface Clearing 7,203 Sqm 3 21609 36,331. 13 Water sump 9 Cum 326986.2 80 14 Leachate tank 4 cum 51,796 207182.4 7808819. Total (B) 6 C. Mechanical Items 1 PPE & Fire safety equipment 1 No 500000 500000 2 Water Tanker with Slurry Pump 1 No 850000 850000 3 Shredder 100 kg/hr. 1 no 779589 779589 4 Bailing machine 1 No 200000 200000 6,00,00 5 Weigh Bridge equipment 1 Nos. 600000 0 6 Water Sources and Other related structures LS 500000 Power Connection and Electricals including 7 LS 300000 DG set Sub total 3729589 GRAND TOTAL in Lakhs (A+B+C) 21012701 210.1270 GRAND TOTAL in Lakhs 1
5.9 Operation & Maintenance (O&M) For Vermi Compost Plant
The detailed operation and maintenance plan for Composting system will be developed at the Project Management & Construction Stage. At this stage, operation and maintenance cost is estimated for composting system proposed in
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II table below. These costs include salaries for the O&M personnel. Table 31: O&M cost of compost plant Particulars No. Unit Total Months Annual Cost Rate Cost (in Rs.) In-charge 1 10,796 10,796 12 129,552 Skilled Workers 1 8,795 8,795 12 105,540 Unskilled Workers 4 7,452 29,808 12 357,696 Driver 1 8,795 8,795 12 105,540 Consumables viz. inoculants 5,000 12 60,000 Packing Cost 800 365 292,000 Diesel Cost 1 300 365 109,500 Electricity (30 HP) 895 365 326,748 Water Requirement (KLD) 2 1000/5KL 146,000 Total O&M Cost for compost plant 16,32,576
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II 6.0 CLUSTERISATION OF ULBs
Municipal Solid waste management is one of the most significant functions carried out by ULBs. However, the scarcity of suitable landfill sites is one of the constraints increasingly being faced by ULBs in the discharge of their functions. As a result, even several years after the issuance of the MSM Rules 2000, the state of MSW management systems in the country continues to raise serious public health concerns. Regional or inter-municipal solutions provide a viable option to redress this situation. Working together can be a practical and cost-effective way to discharge common tasks, share resources, and take advantage of the economies of scale that such arrangements would provide. This is applicable in the case of both large municipal bodies which experience scarcity of land resources, as well as smaller ones which may find technical and financial resources a challenge. Regional MSW Facility has many advantages over a standalone processing and disposal facility. Authorities estimate the total waste quantities generated across their regional jurisdictions to take advantage of economies of scale in processing and disposal of MSW. It will reduce the financial and technical burden on each individual Authority and help the Authorities discharge their obligation for MSW management in a cost-effective manner with better technologies. It will result in more efficient use of land and other scarce natural resources in the region. Enable easier monitoring, with an optimal number of manpower required to handle the facility.
Figure 9: Advantages of Regional Landfill Facility
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
Source: Guidance Note on Municipal Solid Waste Management on Regional Basis, Ministry of Urban Development (GoI) The development of landfill facility at cluster approach has been encouraged in the government rulings also.
6.1 Guidelines for Developing Regional Processing & Landfill Facility Action Plan for Management of Municipal Solid Waste
CPCB has framed and notified the “Action Plan for Management of Municipal Solid Waste (MSW)” in compliance with the National Green Tribunal order dated 5th Feb-2015 in the matter of OA No. 199 of 2014. The Action Plan emphasizes on strengthening the planning exercise at national, state as well as city level by improvising through the waste management value chain. In addition to that, The Plan suggested the concept of regional cluster approach as well as technology options on the basis of quantum of MSW generation which has been re-produced below in nutshell. The Regional Cluster approach is based on the concept of discouraging setting up of individual waste processing and disposal facilities leading to mushrooming of innumerable facilities which are difficult to monitor and sustain. However, bigger facilities for a cluster of municipalities will bring in economies of scale in capital as well as in Operation & Maintenance cost. The Action Plan has laid out a set of parameters on the basis of which ULBs should be clustered for Regional MSWM Facility. A detailed survey of all the ULBs and their distance with each other has to be carried out. An indicative distance of say up to 50 km from the regional facility for each local body is feasible. However, alternatives have to be identified for smaller ULBs who may find difficulty in transporting MSW at daily basis. As per the guidelines, fixing of criteria may vary with the local conditions but should not cause public nuisance and traffic hurdles. Land for regional facility should be free from public objection and should not have settlement at least around 3-5 kms from its periphery. Design of common facility should be based on the quantum of waste generation. Though, it is advisable to design a regional facility with per day waste generation quantum of 3000-5000 tons per day. Common facility should be ‘integrated’ with facilities for sorting, compost, RDF and energy plant and followed by inert recycling / re-use. Only a fraction of inert waste should go for land-filling. The Action Plan has outlined indicative plan based on the quantum of waste generated in the cluster. The indicative plans have been given for towns in four ranges of waste generation. Table 32: Indicative Plans for Solid Waste Management Range Plan 1. Modernization/ mechanization of waste storage and transportation facilities >500 tons per 2. Privatization/ contract with ‘operators’ for collection of waste from various sources day and its transportation 3. Seeking support of Private entrepreneurship in setting up of waste processing and
disposal facility
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
4. Modernization/ mechanization of waste storage and transportation facilities Between 100- 5. Privatization/ contract with ‘operators’ for collection of waste from various sources 500 t/day and its transportation 6. Seeking support of Private entrepreneurship in setting up of waste processing and disposal facility 3. Proper system for waste collection, storage and transportation considering the local Less than 100 situation t/d 4. Aerobic composting 5. Such towns can be the member of Cluster/Regional facility
3. Technological solutions which could be managed without high skill operations Less than 50 4. Proper collection of waste and motivating citizens for segregation of waste t/d 5. Composting 6. Such towns located near the Regional facility, should be the part of it.
6.2 Solid Waste Management Rules, 2016
As per the new SWM Rules, 2016, the towns having population less than 0.5 million population shall be clustered for the development of regional cluster facility and towns having more 0.5 million population can have individual sanitary landfill facility.
6.3 Examples of Regional-Cluster Facility in India 6.3.1 Regional Waste Management Strategy - Gujarat
Gujarat recognized the need for an integrated approach to MSW management in 2005, and, in view of the huge lacunae in treatment and disposal facilities, adopted a state-wide regional (Clusterisation) approach to meet requirements for safe disposal. The state-wide strategy was implemented through Gujarat Urban Development Company (GUDC) which was chosen in 2006 and mandated to develop a state-wide MSW Management Programme within five-year period using 12th Finance Commission grants.
Bhaskaracharya Institute for Space Applications and Geo-Informatics (BISAG) and Indian Institute of Management, Ahmedabad were selected as the technical group for identification of appropriate land parcels using GIS and mathematical model for verification of clusters respectively.
The basic model that was finalized was initial treatment of wastes, through vermi- Figure 10: Clusterisation of ULBs in Punjab composting, to be undertaken individually by each ULB, to reduce the volume of waste required to be transported for land filling. Individual ULBs
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II were required to identify sites for vermicomposting facilities on the basis of area as well as location criteria as per the MSW Rules 2000. Each vermi-composting facility was also to serve as a transfer station at the ULB level, for transportation of residual waste for land filling on a regional basis. Till date, 77 such facilities have been constructed, and are being operated by non-governmental organizations (NGOs).
The finalization of Clusters for disposal arrangements was done through an iterative process. The Clusterisation was based on the maximum travel distance from the facility of 50 kms. 28 clusters were identified in the state with a regional facility each. For each of the cluster, the effort focused on government owned wastelands closest to the largest generator of waste in each cluster to optimize the travel cost of the MSW of each cluster.
6.3.2 Punjab MSW Project Department of Local Government, Government of Punjab has prepared a Punjab Model Municipal Solid Waste Management Plan-2014 of 146 Urban Local Bodies (ULBs) generating approximately 4250 tons of MSW every day. The Government has adopted a pioneering approach of clustering the ULBs and formulated 8 clusters comprising of 8 to 26 ULBs in each cluster covering all the ULBs in the state. The Project is in implementation stages right now and all the concessionaries have been selected to deliver the project on Public Private Partnership (PPP) mode for a concession period of 25 years. The MSW Operation Plan comprises of MSW Segregation at Source, Door to door collection of MSW, Transportation of MSW and Processing & Disposal.
Figure 11: Functioning of Regional Cluster Facility
The Plan has been separately developed for all the components of the system as well as regulatory measures ULB level so that minimum waste is transported to the regional facility. The Processing technology to be adopted for each cluster also varies as per the quantification of waste and waste characterization in each cluster. For selection of suitable processing technology several parameters
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II are considered namely quantity and quality of waste, capital investments, scale of operation, Recurring expenditure, environmental impact and learning’s from past Indian experience.
6.4 The Concept of Clusterisation in Zone-II
The Project Area (Zone-II) is divided into 16 districts having 31 ULBs. Nirmal (2 towns) Mancherial (3 towns) Komaram Bheem (1 town) Jagtial (3 towns) Pedapalli (2 towns) Rajana Sircilla (2 towns) Siddipet (1 town) Karimnagar (3 towns) Warangal Urban (1 town) Warangal Rural (2 towns) Jayashankar (1 town) Jangaon (1 town) Khammam (3 towns) Mehbubabad (1 town) Figure 12: ULBs under Zone-II of Telangana State Bhadradri (4 towns) Adilabad (1 town) There are a total of 5 municipal corporations which have population varying from 1.2 lakhs to 8 lakhs. Rest 26 are small municipalities having population less than 1 lakh. Our Concept of Clusterisation was broadly based on two parameters: Achieving maximum quantum of waste with the available options Minimizing the travel distance of MSW from the regional facility. Our Approach was focused to identify clusters ensuring optimization of the quantity of MSW and travel distance in the best possible way for the current scenario. The analysis has been done to formulate clusters as per the guidelines outlined by the NGT
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
(National Green Tribunal)2.
6.4.1 Clusterisation of ULBs Eight clusters can be formulated keeping the consideration of NGT Guidelines which says that an indicative distance of up to 50 km from the regional local body is feasible. Small ULBs which fall out of this range, have also been included in the nearest cluster as setting up individual sanitary landfill facility for such ULBs will not be economically feasible. Out of all ULBs, only Adilabad ULB cannot be included in any of the cluster. The Concept plan of Clusterisation is based on the outlining principle given below: S. District ULB Cluster Regional Distance Waste Generation No. No Cluster from ULB (TPD) Facility 2017 Without Silt 1 Nirmal Nirmal I Nirmal 0 42.85 2 Bhainsa 43 19.59 3 Mancherial Mancherial II Mancherial 0 42.32 4 Mandamarri 17 20.60 5 Belampalli 25 22.65 6 Komaram Kagaznagar 65 18.10 Bheem (Asifabad) 7 Jagtial Jagtial III Jagtial 0 40.31 8 Korutla 23 27.95 9 Metpalli 33 26.55 10 Pedapalli Ramagundam IV Ramagundam 0 91.39 11 Pedapalli 25 14.04 12 Rajana Sircilla V Karimnagar 41 36.19 13 Sircilla Vemulwada 34 11.76 14 Siddipet Husanabad 38 8.84 15 Karimnagar Jammikunta 38 11.98 16 Huzurabad 42 11.64 17 Karimnagar 0 128.16 18 Warangal Warangal VI Warangal 0 351.19 Urban 19 Warangal Parkal 35 12.66 20 rural Narsampet 36 16.60 21 Jayashankar Bhupallpally 71 21.20 22 Jangaon Jangaon 59 19.59 23 Khammam Khammam VII Khammam 0 185.62 24 Madhira 60 10.91 25 Sathupalli 81 12.80
2 As per NGT Guideline, An indicative distance of say up to 50 km from the regional facility for each local body is feasible.
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
26 Mehubabad Mehubabad 54 21.63 27 Bhadradri Kothagudem VII Kothagudem 0 34.88 28 Palvancha 13 29.54 29 Yellandu 36 16.43 30 Manuguru 58 11.85 31 Adilabad Adilabad Adilabad 52.47 Individual Processing Facilities for Participating ULBs & Regional Landfill Cluster Facility for Lead ULB Current waste to energy clusters There are two Waste to Energy plants installed in the year 2010. The details of the existing Waste to Energy Plants in the Telangana State are given below. Figure 13: ULBs in Zone-II
Table 33: Existing Waste to Energy Plant in Telangana State Item Waste to Energy Plant in Waste to Energy Plant in Nalgonda Karimnagar Name of Private Operator M/s Shalivahana (MSW) M/s Hemasri Green Energy Ltd. Project cost (Rs. In crores) 105 120 Area in acres 24 20 Date of Permission April 2006 April 2006 No of ULBs associated 18 14 RDF Processing Plants Karimnagar 14 Mini-process plants are planned Capacity 12 MW 12.6 MW Statutory permission from Obtained Obtained
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II the PCB Status Commissioned in 2012 and 85 % of construction of power plant work thereafter it is in running is completed and likely to be condition commissioned in December-2015
Details of WTE unit ULBs included in WTE cluster Agency: Siddipet M/s Shalivahana Kamareddy Projects Limited @ M/s Shalivahana (MSW) Armoor Green Energy Ltd Nizamabad Bodhan Location: Rebladevapalli(V), Nirmal Sultanabad (Mandal), Adilabad Karimnagar District Bhainsa Kagaznagar Bellampally Mandamarri Mancherial Ramagundem Karimnagar Sircilla Korutla Jagtial Metpally Agency: Warangal M/s Hema Sri Power Jangaon Projects Limited Bhongir Location: Nalgonda (i) Viblapuram (V), Miryalguda Mothe (M), Nalgonda dist. Suryapet Capacity: 6.6 MW Khammam (ii) Kothagudem (M) Yellandu Khammam District Kothagudem Capacity: 6 MW Palwancha Sattupally Manuguru At present these two plants are not in working condition due to operational and financial issues. The basic challenge for the current set-up is segregation of dry waste at the ULB level and its transportation to the Waste to Energy Plant. In the current scenario, the onus of segregation as well as transportation is on the developer whereas the responsibility of the ULBs will be limited to only supply of MSW at a designated site in their jurisdiction.
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
Hence in all the lead ULBs RDF plants are proposed for the production RDF at the regional site itself. The produced RDF can be sold to the WTE facility or Co processing in the cement industries
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II 7.0 DESIGN OF SANITARY LANDFILL FACILITY Preliminary design & engineering has been done for the construction of Common Sanitary Landfill facility on cluster approach for Kothagudem Cluster (Palvancha, Yellandu, Manuguru & Kothagudem). The common sanitary landfill facility for 4 towns will be developed at Kothagudem as the town has locational advantage as well as land availability for the setting up of proposed facility. This facility shall be developed at the proposed site of Garimellapadu in ward no. 10 which shall be comprised of secured landfill facility, along with the common facilities described in the earlier chapter.The construction of secured landfill shall be taken up into five phases. Each phase will serve for approximately 5 years. After filling of each phase, it will be covered with top cover and subsequently the landfill will be used. The common landfill facility shall require around 4.75 acres of area to accommodate the land fillable waste for 25 years of Palvancha, Yellandu, Manuguru & Kothagudem
For details of the site selection, waste quantities to be landfilled, design and estimates of the landfill refer this cluster Lead ULB DPR i.e. Kothagudem
Share of Capex for the development of landfill at Kothaguudem is based on the tonnages of the member ULBs. Table 34: Details of the land fillable waste in Kothagudem Cluster Year Inert Waste of Inert Waste of Inert Waste of Inert Waste of Total Inert Kothagudem Town Palvancha Town Yellandu Town Manuguru Town Waste TPD 2018 6.8 6.1 3.3 2.3 18.4 2019 6.9 6.2 3.4 2.3 18.8 2020 7.0 6.3 3.5 2.4 19.2 2021 7.1 6.5 3.6 2.4 19.6 2022 7.2 6.6 3.8 2.4 20.1 2023 3.7 3.4 1.9 1.2 10.2 2024 3.7 3.5 2.0 1.3 10.5 2025 3.8 3.5 2.1 1.3 10.7 2026 3.8 3.6 2.1 1.3 10.9 2027 3.9 3.7 2.2 1.3 11.1 2028 4.0 3.8 2.3 1.3 11.4 2029 4.0 3.9 2.3 1.4 11.6 2030 4.1 3.9 2.4 1.4 11.8 2031 4.2 4.0 2.5 1.4 12.1 2032 4.2 4.1 2.6 1.4 12.3 2033 4.3 4.2 2.6 1.5 12.6 2034 4.4 4.2 2.7 1.5 12.8 2035 4.5 4.3 2.8 1.5 13.1 2036 4.5 4.4 2.9 1.5 13.3 2037 4.6 4.5 3.0 1.6 13.6
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2038 4.7 4.6 3.1 1.6 13.9 2039 4.7 4.6 3.1 1.6 14.1 2040 4.8 4.7 3.2 1.6 14.4 2041 4.9 4.8 3.3 1.7 14.7 2042 5.0 4.9 3.4 1.7 15.0 Total land fillable waste generated in Kothagudem in 25 years is estimated at 135346 MT Table 35: Tonnage of Share in Kothagudem Cluster Member ULB Share of tonnage Kothagudem 37% Manuguru 12% Palvancha 33% Yellandu 18% Capex to be incurred phase will be for the development of secured landfill at Kothagudem is as given below. Table 36: Phase-wise cost of Sanitary Landfill for 25 years S.N Item Description Total Phase I Phase II Phase Phase IV Phase V o Amoun (1 - 5 (6 - 10 III (11 - (16 -20 (21 - 25 t (Rs.) Years) Years) 15 Years) Years) Years) 1 Landfill cost for 25 years 36461109 1001984 556658 640156 6958226.90 751488 7 2 9 8 5 2 Capping cost for 25 years 32731430 8994897 499716 574674 6246456.10 674617 5 0 7 3 3 Leachate Management & 1000000 1000000 100000 100000 1000000 100000 Leachate Collection 0 0 0 4 Equipment’s at Landfill 5577000 5577000 557700 557700 0 0 5 Other Infrastructure 1320800 1320800 132080 132080 1320800 132080 Facilities 0 0 0 Total (Rs.) 77090339 26912544 1288454 2004610 15525483.02 2215885 6 8 8 Total Cost in Crores 7.7 2.7 1.3 2.0 1.6 2.2 Share of Yellandu (18%) 1.39 0.48 0.23 0.36 0.28 0.40 Detailed back up for the estimates is attached as Annexure of Kothagudem DPR. The outlay cost for development of phase I landfill is 2.21 Cr. Out of which, share of Yellandu member ULB shall be 18% i.e 0.4 crores (approx.) Table 37: Operation and Maintenance cost for Sanitary Landfill S.No. Manpower Nos. Salary Per Annum 1 Landfill Manager 1 50000 600000 2 Drivers 2 14400 345600 3 Skilled Workers 3 12450 448200 4 Unskilled Workers 4 9300 446400 Sub Total 1804200 Consumables Cost
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1 PPEs 10000 2 Daily Cover 641 2884500 3 Diesel 200 156000 Sub Total 3050500 Electricity KW KWh/day Rs./unit Per Annum 5 20 20 8 58400 Environmental Monitoring Cost 1 Ambient air monitoring 100000 2 Ground water monitoring Total O&M Cost Per Annum 5049100 18% Share of O&M by Yellandu Municipality 908838 In the same manner OPEX will also be shared on tonnage basis. Share of Yellandu member ULB is 18% i.e INR 908838 only.
74 Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II 8.0 COST OF THE PROPOSED SYSTEM
Name of the Project Development of Integrated Solid Waste Management Facility for Yellandu town Project Cost 3.69 No. of Households to 10188 be benefitted (2017) Particulars Existing System Proposed System Segregation of MSW 0% 100% Coverage of Door to 80% 100% Door Collection Collection Efficiency 100% 100% Processing of MSW 0% 80% Disposal of MSW 75% (Un-scientific) 20% (Scientific) The total project outlay is estimated at 3.69Crore Rupees for the Yellandu Municipality.
The commercial production of compost plant, recyclable waste and use of facilities will commence initially. The landfill site, with a total life of 25 years, however, will be developed in phases. The proposed scheme considers the cost of development of landfill site for use during the first 5 years.
8.1 Capital Cost of the Proposed System Details of the cost of the proposed scheme are given in Table below:
Table 38: Breakup of the Capital Cost of the Proposed Scheme S. N. Particulars Total Outlay (in Sharing Chapter lakhs ) of Cost no A Collection and Transportation for the immediate year 70.0 100% 4
B Cost of Compost plant including associated civil and 210.1 100% 5 mechanical works C Capital cost of the Sanitary Landfill site (for use during the 48.0 18% 7 first 5 years) including civil mechanical and auxiliary items
Sub Total (A to C) 328.1 D Price Adjustment @ 5% 16.4 E Tender Premium @ 5% 16.4 F Provision for Contingencies @ 2% 6.6 G Information education & communication activities @ 0.5% 1.6 Grand Total ( A to H) 369.1
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
8.2 Operation & Maintenance Cost (O&M) of the Proposed System Details of the cost of the proposed scheme are given in Table below:
Table 39: Breakup of the O&M Cost of the Proposed Scheme S. Particulars Total Outlay Rs. in Reference/ N. Crores Comments A Collection and Transportation 15121115 Chapter 4 B Compost plant including associated civil works 1632576 Chapter 5 including mechanical C Sanitary Landfill site (for use during the first 5 908838 Chapter 7 years) E Total Operation & Maintenance Cost 17662529
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II 9.0 FINANCIAL FRAMEWORK
9.1 Objective of Swachh Bharat Mission
Swachh Bharat Mission (SBM) was launched on 2nd of October, 2014 with a vision to achieve a clean India as a tribute to the father of the nation, Mahatma Gandhi, on his 150th birth anniversary, in 2019. SBM is being implemented by the Ministry of Urban Development (M/o UD) and by the Ministry of Drinking Water and Sanitation (M/o DWS) for urban and rural areas with a given set of guidelines for improved sanitary services and capacity building initiatives. Elimination of open defecation Eradication of Manual Scavenging Modern and Scientific Municipal Solid Waste Management To effect behavioral change regarding healthy sanitation practices Generate awareness about sanitation and its linkage with public health Capacity Augmentation for ULB’s To create an enabling environment for private sector participation in Cap-ex (Capital expenditure) and Op-ex (operation and maintenance)
9.2 Mission Components
The Mission has the five following components: Household toilets, including conversion of insanitary latrines into pour-flush latrines; Community toilets Public toilets Solid waste management IEC & Public Awareness Capacity building and Administrative & Office Expenses (A&OE)
9.3 Funding Pattern for the Project
As solid waste management is important component of the missions, funding provision for the Municipal Solid Waste Management in Yellandu can be made under Swatch Bharat Mission. As per the guidelines for Swatch Bharat Mission (Urban), as provided by MoUD-GOI; States will contribute a minimum of 25% funds for SWM projects to match 75% Central Share. Following table elaborates the funding pattern for the proposed solid waste management scheme for Yellandu Municipal Corporation
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
9.4 Sources of Finance
Period 2016-17 Total Share of Outlay for Yellandu Yellandu in (Rs. In Percentag Lakhs) e (%) A Collection and Transportation for the immediate year 70.0 100% B Cost of Compost plant including associated civil and mechanical works 210.1 100% Capital cost of the Sanitary Landfill site (for use during the first 5 years) C 48.0 18% including civil mechanical and auxiliary items Sub Total (A to C) 328.1 E Price Adjustment @ 5% 16.4 F Tender Premium @ 5% 16.4 G Provision for Contingencies @ 2% 6.6 H Information education & communication activities @ 0.5% 1.6 Grand Total ( A to H) 369.1 Total Requirement of Funds 369.14 a. Financial Plan Financing Capital Cost I GOI (20%) 73.83 I State Government (25%) 92.29 Other Sources including ULB (55%) 203.03 Total 369.14 9.4.1 Financing capital cost of the scheme
The total long term funds required to finance the cost of the scheme aggregates to Rs 3.69 Crores. The above requirement of funds is proposed to be met by 20% grants from the Swachh Bharat Mission, 25% from State Government and the balance funds is proposed to be generated through various other sources of fund which are, but not limited to: a. Private Sector Participation b. Additional Resources from State Government/ULB c. Beneficiary Share d. User Charges e. Land Leveraging f. Innovative revenue streams g. Swachh Bharat Kosh h. Corporate Social Responsibility i. Market Borrowing j. External Assistance 9.5 Municipal Financial strength The review of Yellandu Municipal finance indicates that the Municipality has two sets of revenue (i)
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II from own sources and (ii) from external sources. The own source of revenue includes components such as Property tax, user charges, other taxes except the property tax and non-tax own source revenue. Currently there is no user charges levied on SWM. The Taxes other than property tax include advertisement tax, taxes on animals, carriages & carts, water charges, market fees, encroachment fee, developmental charges, licenses fees. Non tax comprises of rents from markets, selling of scrap and used paper by the ULB, hire charges (e.g. road roller) etc.
The components under external sources include Plan grant from State and Central Government, Non-Plan Grant/compensation, receive the funds from Central and State Government for the physical infrastructural developments in terms of roads, water supply, sanitation, drainage, buildings and lightening. The summary of revenue of municipality in past five years in as under:
Table 40: Total Revenue of Yellandu Municipal Corporation for past five years Total Revenue Amount in Rupees lakhs Sr. Revenue of the Municipality for last 5 Total Revenue Total Expenditure No. years 1 2014-2015 747.37 479.12 2 2013-2014 476.06 297.49 3 2012-2013 365.94 167.91 4 2011-2012 421.81 144.69 5 2010-2011 348.96 128.75
9.6 Operation and Maintenance Cost The regional sanitary landfill facility for Yellandu to be set up at the proposed facility at Kothagudem site on Cluster approach for 25 years. The Operation and Maintenance cost for each of the municipalities have been assessed. The O&M cost includes following components: O&M Cost for Primary Collection, Secondary Collection & Transportation including Street Sweeping and Drain Cleaning The manpower cost for primary collection has been separately calculated for primary collection, secondary collection & transportation including street sweeping. Street Sweeping forms the major portion of O&M cost. The manpower for street sweeping has been calculated as per CPHEEO norms (500 meters per person). It is also assumed that 10% of the roads will be swept daily, 20% will be swept in alternate days and 70% will be swept twice a week. Drain Cleaning will also be done by the same worker strength only. It is also assumed that every worker will be given 1 holiday per week; therefore 14% overhead is taken on manpower to cater the same. o O&M Cost for the Compost Plant o O&M cost for the Regional Sanitary Landfill Facility o O&M cost for the Common Facility
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
The O&M assessment takes into consideration various parameter such as equipment & machinery, personnel, transportation, office management, consumables, electricity and repair and maintenance of equipment. The summary of O&M expenses for Yellandu town is mentioned below: O&M Cost of the Collection and Transportation System for Yellandu Municipality Table 41: O&M Cost for the C&T System for Yellandu Municipality Particular Cost Manpower for Collection & Transportation 12531600 Sanitary staff 240000 O&M Cost for Infrastructure 267590 Diesel Cost 1067625 cost of consumables 1014300 Total 15121115 *Detailed Costing is given in Chapter 5 O&M Cost of the Processing Facilities (Viz. Compost Plant) for Yellandu Municipality Table 42: O&M Cost for the Processing Facility at Yellandu Municipality Particulars No. Unit Total Months Annual Cost Rate Cost (in Rs.) In-charge 1 10,796 10,796 12 129,552 Skilled Workers 1 8,795 8,795 12 105,540 Unskilled Workers 4 7,452 29,808 12 357,696 Driver 1 8,795 8,795 12 105,540 Consumables viz. inoculants 5,000 12 60,000 Packing Cost 800 365 292,000 Diesel Cost 1 300 365 109,500 Electricity (30 HP) 895 365 326,748 Water Requirement (KLD) 2 1000/5KL 146,000 Total O&M Cost for compost plant 16,32,576 O&M Cost of the Regional Sanitary Landfill Facility for Yellandu Municipality Table 43: O&M Cost for Regional Sanitary Landfill at Yellandu Municipality S.No. Manpower Nos. Salary Per Annum 1 Landfill Manager 1 50000 600000 2 Drivers 2 14400 345600 3 Skilled Workers 3 12450 448200 4 Unskilled Workers 4 9300 446400 Sub Total 1804200 Consumables Cost 1 PPEs 10000 2 Daily Cover 641 2884500 3 Diesel 200 156000 Sub Total 3050500 Electricity KW KWh/day Rs./unit Per Annum 5 20 20 8 58400
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
Environmental Monitoring Cost 1 Ambient air monitoring 100000 2 Ground water monitoring Total O&M Cost Per Annum 5049100 18% Share of O&M by Yellandu Municipality 908838 Summary of O&M Cost Table 44: Summary of O&M Cost for Yellandu Municipality S. N. Particulars Total Outlay Rs. in Crores
A Collection and Transportation 1.51 B Compost plant including associated civil works 0.16
C Sanitary Landfill site (for use during the first 5 years) 0.09
E Total Operation & Maintenance Cost 1.76
Total O&M cost for the collection and transportation system including street sweeping, drain cleaning and processing facilities, common facilities and regional sanitary landfill facility is estimated at INR 1.76 Cr per annum.
9.7 Revenue Streams The revenue stream identified for the project includes (i) user fee from various categories of waste generators viz. households, hotels, restaurants, shops, vegetable/fruit market, institutes, banquet hall etc. (ii) sale of compost (iii) sale of recyclables. Two revenue sources under MSW management are sale of compost and sale of recyclables, though some revenue can be generated by way of collection from the generators of waste. However, all revenue options put together does not generate income enough to meet operation and maintenance expenses, therefore, tipping fee has to pay by the ULB to Private Operator. User fee: The right to collect the user fee towards Solid Waste Management shall remain with the private Operator. The Private Operator shall not demand or collect fee from the users as per the proposed user charges to be notified by the Municipality. The assessment of user fee for Yellandu is presented in below table.
9.8 Revenue Generation from Households The Municipality will collect user charges from households, shops, hotels, banquet halls, restaurants and guest houses. The households will be charged Rs. 30 in the first year. The user charge shall gradually increase every year. The expected user fee collection efficiency is assumed to be 60% in the first year which shall increase to 70 to 75% in the later stages of the project. Table 45: Revenue Generation from the User Charges to be paid by Households in Yellandu
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REVENUE FROM HOUSEHOLDS USER CHARGE S. Year Expected User Nos. of User Charge/Month Revenue/An Revenue/Annum No. Collected in % Households in INR num in INR in Lakhs 1 2018 60 10188 30 2200608 22.01
The user fee will be collected from the commercial establishments also. Table 46: Revenue Generation from Commercial Establishments in Yellandu Municipality REVENUE FROM COMMERCIALS ESTABLISHMENTS Types No. of User Revenue Per Establishmen Charge/Mont Annum t h Commercial Shops 600 50 360000 Hotels/Restaurants/Dhaba 44 200 105600 Schools 12 200 28800 Offices 15 300 54000 Slaughter House 1 200 2400 Hospital/Nursing Homes/Dispensaries 20 500 120000 Vegetable/Fruit Market 2 1000 24000 Fish Market 1 1000 12000 Banquet Hall 5 500 30000 Total Revenue Generation in Lakhs 736800
9.9 Revenue Generation from Sale of Compost It is proposed that the Private Operator for the Compost plant shall be responsible independently for production and sale of the compost. As the sale of compost has been taken into consideration as one of the revenue sources for the private operator, the operator shall be encouraged to develop suitable market and strategy for the sale of compost. The private operators can develop a detailed plan including market map, compost storage, agents, bulk buyers, transportation road network etc. It is estimated that compost plant will produce 3 MT (2018) of compost per day which can be sold at the rate of Rs.1.5 per kilograms. Revenue per annum from sale of compost is given in table below. Table 47: Revenue from Sale of Compost for Yellandu Municipality TPD KG/Day KG/Annum Price/KG Total Compost Generated (2018) 3 3000 1095000 1.5 1642500
Total Revenue Generation in Lakhs 16.43 The total revenue from sale of compost in the 1st year of operation is Rs 1642500. In the subsequent years, the revenue has been estimated to increase by 5% each year.
9.10 Revenue from sale of Recyclables
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
The primary survey of the MSW condu cted by IPE Global shows that 19.1% of the total waste 17 TPD is recyclable. Table 48: Revenue Generation from Sale of Recyclable Waste in Yellandu Municipality REVENUE FROM SALE OF RECYCLABLES Total projected waste generation in 2018 17.00 TPD Percentage of recyclable waste 19.10 % Total Recyclable Waste 3.2 TPD Percentage of Sellable Waste 50 % Total Sellable Waste 1.6 TPD Rate per kg 2.0 Rs. Total Revenue/Annum 1185155 Rs. Revenue in Lakhs 12 Lakhs Therefore, the revenue from sale of recyclables is estimated to be Rs. 1185155 in the 1st year of operation. Once the MSWM as per the proposed design is in place, the overall quantity of recyclable waste will increase and revenue generation from recyclable waste will increase accordingly.
9.11 Summary of Total Revenue Total revenue generated from the user fee, sale of compost, recyclables is estimated Rs. 45.4 Lakhs, in this, revenue generated from the user charges is not included. Table 49: Summary of Total Revenue Generation in Yellandu Municipality Revenue (in INR) (in Lakhs) Compost 1642500 16.4 Recyclables 1185155 11.9 Households 2200608 22.0 Hotels/Restaurant/Guest House/Banquet hall 736800.00 7.4 Total Income 5765063 57.7
Proposed Structure and Assumptions Collection and Transportation shall be carried out by ULB and Processing and Disposal Facility to be maintained by Private Operator Processing and Disposal Facility shall be maintained by single operator One time capital cost for the development of integrated facility shall be borne by the municipality The user fee collection efficiency is assumed to be 50% in the first year and to be increase gradually up to 90%. The user fee collected from households and commercial establishments shall be considered the revenue generation of ULB. It is assumed that the revenue from recyclable waste shall be given to sanitary workers. In case, the revenue is retained by the municipality, effective expense is calculated The private operator shall be compensated on the basis of Tipping Fee by the ULB.
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The revenue generation from sale of compost and recyclables to be retained by Private Operator. Increment rate of 5 % to be taken for tipping fee for subsequent years Increment rate of 5 % to be taken for revenue generation from commercial establishments and compost plant for subsequent years Increment rate of 2% to be taken for revenue generation from recyclable waste for subsequent years Increment rate of 5% on fuel charges, 10% on salary and wages, 2% on packing cost, 7% on consumables and 2% on repair & maintenance for subsequent years. 9.12 Calculation of Tipping Fee Table 50: Cash Flow and Tipping Fee of the Project excluding Street Sweeping Component for Yellandu Municipality S. No. Year (Start from 2018) ------> 1 Year 2018 I. Revenue for Municipality A User Charge from Households 2200608 B User Charge from Commercial Establishments 736800 Total Income 2937408 C Revenue from Recyclables 1185155
II. Revenue for Operator Compost 1642500 D Total Income 1642500
III. O&M Costs for Operator E Processing Facilities viz. Compost Plant 1,632,576 F Regional Common Sanitary Landfill Facility (5% share of Yellandu) 908838 g Total O&M Cost for Operator (E+F) 2541414
H Deficit (g-D) 898914 I Deficit inclusive 20% Profit of Operator 1407197 J Tipping Fee/MT for P&D (Processing and Disposal) 257 III. O&M Costs for Municipality K Collection and Transportation 7610315 Transportation cost of inerts to Karimnagar landfill 657000 L Contingency (@3%) 248019 Q Total O&M Cost for Municipality (K+L) 8515334 R Tipping Fee/MT for C&T (Collection & Transportation excluding Profit & 1555 Revenue) T Total Revenue for Municipality from User Fee and Recyclables 4122563 U Tipping Fee/MT for C&T (including Revenue from User Fee & Recyclable) 802 Tipping fee/MT for C&T including revenue from user fee and recyclables is Rs. 755
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II 10 .0 INSTITUTIONAL FRAMEWORK
Traditionally, Solid Waste Management has remained the responsibility of the Urban Local Bodies. These local bodies mostly suffer from lack of funds and manpower to perform the required functions. Moreover, with increasing urbanization and rate of solid waste generation, the burden has also magnified. The SWM Rules, 2016 have set responsibilities for ULBs, State governments and Central & State pollution control boards for different aspects of MSW management. These rules make ULBs responsible for their implementation and for any other infrastructure development pertaining to collection, storage, segregation, transportation, processing and disposal of municipal solid waste. They are also entrusted to aware the waste generators with the responsibility to avoid littering and promote segregation. The ULBs are supposed to organize awareness programs for segregation of wastes and promotion of recycling or reuse of segregated materials.
State Governments Policy Directives, funding and monitoring
Urban Local Bodies Implementation: Service Delivery Figure 14: Institutional Setup for Municipal Solid Waste Management
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Various departments are involved in the formulation of policies, rules and preparation of guidelines for Solid Waste Management at the Central level. The Central Government also plays a major role in monitoring the working of ULBs through Central Pollution Control Board (CPCB). State Government is also involved as the nodal body for the disbursements of grants provided by the Central Government and also for effective penetration of policies. The lowest tiers of government, Urban Local Bodies are responsible for service delivery for solid waste management. 10.1 Roles and Responsibilities of Major Institution as per SBM Swachh Bharat Mission is being implemented by the Ministry of Urban Development (M/o UD) and by the Ministry of Drinking Water and Sanitation (M/o DWS) for urban and rural areas with a given set of guidelines for improved sanitary services and capacity building initiatives. Municipal Solid Waste Management (MSWM) a major component of the SBM (urban)-“refers to a systematic process that comprises of waste segregation and storage at source, primary collection, secondary storage, transportation, secondary segregation, resource recovery, processing, treatment, and final disposal of solid waste.” Under the provisions of SWM, the local bodies are to prepare Detailed Project Reports in consultation with the state government based on the identified needs of the City Sanitation Plans. Provision also mentions clustering of smaller cities for attracting Private investment. The DPRs should be prepared in lines with Govt. of India’s goals outlined in the NUSP 2008, SWM rules, advisories, CPHEEO manuals (including cost-recovery mechanisms), O&M practices and Service- level Benchmark advisories released by M/o UD and Manual on Solid Waste Management, 2016. Table 51: Roles and Responsibilities of Major Institutions as per SBM Responsible Roles and responsibilities in SWM Institution State Level High Powered Committee (HPC) under the chairpersonship of the State’s Chief Secretary, and with members drawn from concerned departments (including a MoUD representative) shall be responsible for the Management of SBM (Urban) at the State / UT level. The functions include: Sanction projects relating to Solid Waste Management recommended by the ULBs. Plan for additional resource mobilization. Plan for fund flow in the short, medium and long term Recommend proposals for release of installments of funds for projects under the mission Monitor outcome and O&M arrangements of projects sanctioned and completed under the mission Review the progress of Capacity Building, IEC, and Public Awareness activities under the mission and approve their annual action plan Ensure convergence of action for sanitation in the state and bring about inter- departmental coordination for this purpose as and when required. Ensure timely audits of funds released and review the “Action Taken Reports” on various Audit reports of the mission and other similar reports Take up any other matter relevant for the efficient implementation of the
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mission, or matters referred to it by the SBM National Mission Directorate State Mission The SBM State Mission Directorate will be located within the Urban Development Directorate Department (UDD) in the State / UT which will also function as Member-Secretary to the State Level HPC The SMD will create / notify a uniform structure across the state for the planning, designing, project preparation, appraisal, sanction and implementation of sanctioned projects under the mission at the ULB level The Mission Directorate shall be supported by a dedicated Project Management Unit (PMU) on an outsourced basis ULB Level ULBs elicit the active participation of the Ward Committees, Area Sabhas, Resident Welfare Associations, NGOs and Civil Society Groups Group Level Review A Group Level Review and Monitoring Committee (DLRMC) will be constituted with and Monitoring a view to fulfill the objective of ensuring satisfactory monitoring of projects under Committee the Chairpersonship of a Member of Parliament. (DLRMC) As per SWM Guidelines, 80% of the urban population to be covered by SWM services (allowing for a 2% increase year on year) 10.2 Institutional Strengthening
Planning for an efficient and advanced MSWM system is not restricted to the procurement of vehicles, equipment or adequate infrastructure. Equally important is an effective institutional structure capable to steer and implement the MSWM system. The success and sustenance of the proposed SWM services depends on robustness and capacity of institutional framework. It is required to determine essentialities for institutional strengthening and internal capacity building to ensure that endeavor to improve the existing scenario is successful. Institutional Strengthening can be done by adequately decentralizing the administration, delegating adequate powers at the decentralized level, by inducting qualified and competent professionals into the administration and providing adequate training to the existing staff.
Existing System Loopholes in the Existing Proposed Measures for Institutional System Strengthening Currently, the Solid Waste Lack of clarity in Depending on the size of the Yellandu, a Management System is delegation of dedicated solid waste management looked after by Sanitary responsibilities department, or a MSWM Cell or responsible Inspectors and there is no Inefficiency in Service staff should be made accountable for solid Delivery dedicated department for waste management and implementation of Lack of Ownership SWM the MSWM Plan. Small ULBs like Yellandu Mismanagement of Resource should have a specific solid waste management cell with required technical and managerial personnel. The Existing Staff Low technical capacity Professionalizing the solid waste sector will comprising of: Inefficiency in Service not only build the capacities of workers to Sanitary Inspectors Delivery perform more effectively and efficiently but Sanitary Supervisors Wastage of Resources will also inculcate a sense of responsibility Sanitary Workers and pride towards their profession. This will Are not provided technical lead to an improvement in service delivery
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II training and guidance and better management of activities. Train and update the capacities of staff of Yellandu Municipality involved in solid waste management activities. Providing adequate professional growth opportunities should be built into the SWM hierarchy to encourage supervisory staff members to remain in the department to avoid attrition. Formulate and implement ULB level for capacity building programs to the field staff, supervisory staff, contract employees, officers, civil society organizations, Community Based Organizations, on SWM topics based on the responsibilities including attitude and behaviour change and creation of platforms for field based interactive learning and exposure visits. Presently, There is no Inefficiency in Service Regular collection of baseline information by monitoring system of daily Delivery Yellandu Municipality for better activities Wastage of Resources understanding of the existing solid waste system as accurately as possible, analyse system deficiencies in the context of SWM Rules, 2016 and utilize that information for further planning, implementation and monitoring processes Establishment of central complaint Redressal system for dealing with public complaints on a regular basis 10.3 Models of Arrangement Though the MSW Rules makes the ULBs responsible for management of waste, there are various examples where innovative partnerships models have been developed to carry out the waste management services in the Indian cities. Broadly, four models of engagement are existing: ULBs ULB + Private Operator (PPP mode) ULB + Community Figure 15: Models of Arrangement ULB + Private Operator + Community
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Figure 16: Solid Waste Management Activities However, a more robust arrangement is required for regional facilities where more than one ULB is involved and will be sharing the processing and disposal facility. In the case of Punjab (Solid Waste Management Plan-Punjab), State level and Cluster level solid waste Committee were formulated. The State level committee comprised of Director, Department of Local Government; Commissioners of all municipal corporations; Regional Deputy Director; Chief Engineer; Health Officer of all Corporations; One specific solid waste Professional and one specific Project Management Professional. The Cluster level Committee comprised of Commissioners of respective Municipal Corporation; One Representative of State Level solid waste Management Cell; Officers of respective council of Clusters; Health Officers of all corporations; Nodal Officers of Clusters and solid waste Monitoring cell headed by Executive Engineer. Specific technical entities for operation and maintenance of Collection & Transportation System as well as Processing & Disposal facilities were created.3
3 Punjab Model Municipal Solid Waste Management Plan-2014, Government of Punjab, Department of Local Government
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MSW Supply Agreement
Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II 11.0 PUBLIC AWARENESS THROUGH INFORMATION, EDUCATION & COMMUNICATION AND CAPACITY BUILDING OF URBAN LOCAL BODIES FOR SUSTAINABLE MSW MANAGEMENT Solid Waste Management comprises a substantial and critical component of work of any ULBs. This is also an area where citizens need to be made aware of their role in achieving clean and health cities. Design of IEC material for SWM aims to reach out to different stakeholders including children, youth, housewives, offices, institutions, commercial groups etc. With the rapid population growth in the cities, there has been a substantial increase in the generation of solid waste resulting into the contamination of air, water and land resources. It is not only affecting environment but also degrading the sanitation and hygiene conditions of the society, which create various types of problems effecting citizen’s health also. With the existing technology, the management of solid waste by trained engineers will only solve the technical aspects, however to keep the environment clean, it requires not only the technical solution but also public acceptance, co-operation and active people’s participation. After all every individual contributes one’s own mite to the generation of solid waste and therefore it is necessary that individuals should be disciplined so as to decrease further pollution of the environment. To enable people to participate in the development process, it is necessary that people have adequate knowledge about the nature and content of these Programs. Public Awareness through Information, Education and Communication (IEC), therefore, assumes added significance in the context of the Programs. Through IEC techniques the stakeholders and local community could be educated and aware about the issues and advantages of existing and implementing system of the solid waste management. The basic approach of IEC plan is to create effectiveness of the Solid Waste Management System. Its operational efficiency can be improved through Information, Education and Communication (IEC) techniques.
11.1 Objective IEC can be defined as an approach which attempts to change or reinforce a set of behaviors in a “target audience” regarding a specific problem in a predefined period of time. IEC strategies involve planning, implementation, monitoring and evaluation. When carefully carried out, the communication strategies help to foster positive waste management practices individually and institutionally and can contribute to sustainable changes in the environment.
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The major objectives of the IEC and Capacity Building are as follows:
Figure 17: Objectives of IEC activities
11.2 Public participation and awareness through Information, Education and Communication Plan The success of any solid waste management scheme can be measured through the extent of cooperation and participation of people, effectiveness of the proposed system and operational efficiency. The people of the cities should be made accountable for their activities and administration system should support them in dealing with the repercussions of their lifestyle. In this regard, IEC plan plays an important role as citizens are unaware or partially aware of hazards that have come into place due to generation of MSW by them. The Information, Education and Communication components of IEC plan are discussed as follows: 11.2.1 Information Information is the starting step in building up the people’s involvement in any public welfare project. Therefore integrated solid waste management would also remain incomplete if proper information is not passed to various stakeholders of the project. They would include residents, private firms, municipal officers, NGOs, Media houses and workers etc. The stakeholders are referred to as target groups as well in this document for convenience and are discussed in the upcoming section of IEC strategy. The information would spread across all areas of the region and would comprise of small and big pieces of data required to familiarize the people with MSW system. It will have activities where in people will know what is MSW, Why it’s being collected from door-to door, who will come to collect and where will it go ? Once the people of the region are supplied with this background, they can get a better understanding of the waste management system and can come forward in supporting the efforts of implementing agencies.
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
11.2.2 Education Education becomes the next significant factor in creating public awareness. It requires people to have basic understanding in waste management project activities. They will be briefed on various aspects of MSW system right from its generation to disposal. The education would also disseminate them with ideas such as why it needs to be discussed at such big platform, what will be the benefits of processing it scientifically and why if not treated properly; it can lead to havoc in coming years. This component shall help in bringing citizens together from various walks of life such as students, NGOs, intellectual class and teachers etc. They can share a platform to partner with the authorities who are engaged in waste treatment technologies so that system shows high level of efficiency and effectiveness. As the MSW is people’s unwanted item or refuse, it can only be turned into a resource for them if they get right education in this direction. Hence education which is imparted through wide range of events and activities will turn around the mind sets of stakeholders and will give desired results in the project. 11.2.3 Communication Communication is an integral part of planning for sustainable development. The development of human society is largely because of its ability to communicate information and ideas with each other and to use such information and ideas for progress.
Figure 19: Creating awareness on SWM among Figure 18: Awareness programmed at School women on SWM The Programs being implemented by the Govt. Departments aim at sustainable holistic development in all development projects. The success of these programs is critically dependent on the participation of the people, particularly target groups, in the implementation process. The approach should be to emphasize on communication with target groups, local community for the implementing programmed of Solid Waste Management in respective areas.
11.3 Approach of IEC Plan The basic approach of Information, Education and Communication Plan is to make the public aware about the need of reduction and segregation of waste from the households along with the collection system of waste to take public cooperation for making the environment pollution free and to develop proper hygienic conditions. Attitudinal and behavioral changes of the residents are important for the success of the segregated waste collection and its sustainability. For this purpose, communication with the residents is required through various techniques and modes. The proposed PP&A programmed may be carried out using localized and area specific popular tools that may be identified during project implementation period. However, one of the effective tools to forge public participation shall include the followings;
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Prepare suitable strategies for various target groups such as different housing groups (LIG/HIG/MIG/JJ Clusters/ Villages/ Resettlement Colonies/Unauthorized / Commercial Area/ Markets/ daily markets/ Sabzi Mandi/ School and College students etc. Establish two way communication mechanisms with stakeholders of the project such as citizens, the media, RWAs/Trade Organizations on one hand and the implementing agencies like Concessionaire or/and MUNICIPALITY on the other hand. Prepare and design Short Films, Advertisement Campaign, Posters, Brochures, Flax, Hoardings, Pamphlets, Stickers, Radio jingles, wall writing. Mike announcement through autos etc. for the campaign Monitor quality and accuracy of contents of the advertisement material Lay out ward wise annual plan for conducting campaign events such as: meetings, workshops, street corner plays, movies etc. Detailing number of event content, schedule, target group which are to be conducted by the Concessionaire in association with RWAs/Trade Associations/ School and college Managements/ NGOs and MUNICIPALITY, etc. Train resource persons from the MUNICIPALITY, Concessionaire, RWA/ Trade Associations etc. for propagating awareness Conduct workshops for staff of Concessionaire and MUNICIPALITY and training them by using manuals and other IEC materials Any other activity as may be approved by MUNICIPALITY.
Figure 20: IEC Strategy 11.4 Information, Education and Communication Strategy The Information, Education and Communication Plan is supposed to follow a structure approach to effectively involve people in the implementation mechanism and further incentive and disincentive schemes should also be integrated to ensure the desired results. “Getting the right knowledge to the right people in the right place at the right time” is the crucial component of any IEC Plan. Thus, the identification of the target group for awareness creation is a crucial part of the methodology. The Plan will follow a below mentioned strategy in a structured way for carrying out effective awareness activities. 11.4.1 Identification and Action Identification and selection of target groups plays a key role in creating effective awareness in residents. For solid waste management, it becomes more important as the source of MSW starts from houses due to which target starts from household female head, youths and children who require some form of role model or different methods to influence their behavior. It is a very important aspect which starts from waste generators level and may reduce, reuse and recycle their waste. The other part of target groups may be waste collector and waste managers. These types of target groups are directly involved with the solid waste management. Along with this, there are other groups which can be helpful for the better management of MSW segregation, waste collection, operation, handling and proper disposal. The major target groups are as following:
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
Figure 21: Target Groups in Solid Waste Management Table 52: Action Plan for target groups Sl.No. Target Target Group Details Action Plan Groups 1 Waste Generator Residential Areas Holding locality-wise meetings, (Women (household), seminars, targeted community Maids, children and meetings with self-help groups, Youths) through street plays, technical and pictorial presentation along with Commercial Areas aware them about health hazards and (Shopping areas, remedial measures and sanitation Vegetable markets, improvement. Offices, Hotels, Restaurants) Informing and suggesting them about Institutional Areas the segregated waste management (Jr. High Schools, and their important role. Colleges) 2 Waste Collector Sweepers They all should be involved and Rag pickers sensitize about the need of Waste loaders segregated waste collection and Truck drivers sanitation improvement. Landfill supervisors The waste collection, transportation and disposal of the waste in proper timing so that waste could not be overflow. The waste collector should be trained about the collection of segregated waste. 3 Waste Managers Administrators and Presenting them about the Rules and supervisors Regulation and updating them about Control and monitoring the ongoing activities and techniques
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team for MSW management. Complaint handlers Training programmes for the Computer software technical staffs operators and specialists Providing the reviews of progress and monitoring activities 4. Leaders Political Leaders (Local These leaders can be motivated to MLA, MP) participate actively in promotional Religious Leaders efforts of community involvement in Community Leaders segregated solid waste management. 5. School Teachers Primary Schools School teachers can be informed and and Students Jr. High Schools involved in the segregated solid waste Public Schools management scheme and can be motivated to educate the children for the sanitary improvement. The students can be educated and trained for the segregated waste management system and they can be great awareness creators for the societies. Some groups of students can be created as monitoring and awareness team for sanitation improvement which will make a great impact on societies and communities. 6. Media Print Media Launching mass campaign for Electronic Media educating and motivating local communities and families about the need of segregation of Solid Waste and its management for sanitation and hygienic improvement. 7. Elite groups or NGOs, Societies Sensitize and motivate local social CBOs influential people like Sr. citizens, organizations Sr. citizens Association leading businessmen, social club Rotary Clubs/ Lions Club members, NGOs and CBOs etc. to Self Help Groups (SHG’s) undertake or sponsor such activities for solid waste management for effective strategy of public participation and awareness. 11.4.2 Development of an IEC Plan Once the target groups have been identified, the responsibility lies in developing the approach for informing, educating and communicating with these groups. For successful implementation of any program involving public participation at large, it is essential to spell out clearly and make them know the manner in which the problem is proposed to be tackled to keep area clean and improve the quality of life. The information plan means familiarizing the people with waste management concept. To many the idea is new and it takes time for internalization. The target groups will be informed by authorities about waste segregation and its disposal practices. In information plan following activities can be undertaken-
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II i. Site visits by administrative officers – This will be attracting attention of citizens on subject matter. ii. Meeting of Resident welfare associations- RWAs can meet and discuss on door to door collection of waste and its separation at generation level. iii. A brief Introduction by Safai mitra- workers or safai mitra can give a brief talk on waste collection and transportation to the people of the region. This way people can get engaged in segregation of waste at source level. iv. Display of data and information through pictures/hoardings- the information on MSW can be shared with various target groups using methods like putting up pictures and boards at public places. These pictures can tell about the hazards of unscientific treatment of solid waste and need to handle the issue with better technologies for sustainable growth and development.
Likewise Education plan will also be put in place where various channels of making people aware on waste management will be exploited. This can include the following – i. Participation of schools and colleges- Schools are important stakeholders of public welfare projects. Environmental awareness is part of curriculum at school and university level. This opportunity can be utilized to educate not only students but their family members too on waste and management and its social, economic and environmental benefits. ii. Public Meetings – Public platform can be used to educate the people. They must know why this activity has been undertaken and what good it will do to them once gets operationalized. The idea is to make them know that solid waste is wealth and it can be converted into various useful components such as manure, eco-bricks and finally energy/electricity. iii. Dissemination of written material – the pamphlets, booklets and other small informative brochures can be given to the stakeholders who in turn will take the responsibility to spread the word at local and community level on solid waste management.
The communication plan is last but not the least component of the IEC strategy. It is the most exhaustive of all and requires great efforts to reach to the massed. It shows the best results if implemented well. In this, the communication material should be developed and must be utilized in public awareness program through the tools of publicity. The use of various publicity tools as public address meetings, workshops, School Activities, Street Plays, Distribution of handbills, pamphlets etc. can be used. However these activities overlap with the activities of Information and education plan but their scope and coverage is much vaster than the other two. The given table discusses the detailed communication plan as follows: Table 53: Communication Objective for each target group Target Audience Communication Objective HIG/MIG Households To create awareness on importance of separate storage of wet and dry waste at source To encourage use of two dustbins To encourage for payment of collection charges for door-to-door collection To disseminate information on services and infrastructure provided by MUNICIPALITY for waste management Encourage participation in door-to-door or street level waste management in their area Promote 3Rs and usage of Recycling Centre in the area Share information on municipal rules and laws regarding waste
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management LIG/EWS/JJ/ Motivation for use of dustbins for storage and disposal of household Resettlement Households waste To create awareness on importance of separate storage of wet, and dry waste at source Encourage use of dustbins or designated places for disposal household waste To encourage use of dustbins whenever out of house To encourage for payment of collection charges for door-to-door collection To disseminate information on services and infrastructure provided for waste management Encourage participation in door-to-door or street level waste management in their area Promote 3Rs and usage of Recycling Centre in the area Share information on municipal rules and laws regarding waste management Owners and workers of To create awareness on importance of proper disposal of waste to the commercial establishments designated sites/bins/ places To sensitize them to keep the area around their establishment clean for better sales and re-visits of customers To sensitize them on the payment of user/collection fee Encourage participation in the street level waste management in their area Promote 3Rs and usage of Recycling Centre in the area To disseminate information about the services and infrastructure provided for commercial area for waste collection and disposal Share information on municipal rules and laws regarding waste management in commercial areas. Awareness on their role to improve the system through Compliant Redressal System, School children To educate and create awareness on various aspects of solid waste management and environmental sanitation issues Awareness on impact of poor waste management on health Promote volunteerism and motivation for taking active part in promoting “clean city” drives and other environmental sanitation, and waste management activities in the city Encourage participation of family in the ‘Clean City’ campaign To disseminate information about the services and infrastructure provided in their localities for waste collection and disposal Associations and Encourage their participation in the Sanitation programmed of organizations MUNICIPALITY and take their support in meeting the objectives of the project. Use the influence and good-will of these organizations in seeking community support for the programmed. Using them to monitor the performance or outputs of the project, and report shortcomings, if any. Use such organizations to create awareness on various aspects of solid waste management and environmental sanitation issues Use such organizations to disseminate information about the services
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and infrastructure provided in their localities for waste collection and disposal Share information on municipal rules and laws regarding waste management and for disseminating them to their members Creating their role to improve the system through Compliant Redressal System. NGOs and CBOs Encourage their participation in the Sanitation programmed of MUNICIPALITY and take their support in meeting the objectives of the project. Use the influence and good-will of these organizations in seeking community support for the programmed. Using them to monitor the performance or outputs of the project, and report shortcomings, if any. Use such organizations to create awareness on various aspects of solid waste management and environmental sanitation issues Use such organizations to disseminate information about the services and infrastructure provided in their localities for waste collection and disposal Share information on municipal rules and laws regarding waste management and for disseminating them to their members Creating their role to improve the system through Compliant Redressal System. Using them to organize IEC programmed in the communities of their influence Rag-pickers and kabariwalas To create awareness on safe handling of recyclables collected from the waste To create awareness on importance of segregation of waste and harmful effects of littering To encourage and educate rag pickers for joining the Company as partners/ employees of the SPV To integrate them into the project Sanitary workers To create awareness on the new system introduced and their role To create awareness on safe handling and disposal of waste To create awareness on importance of segregation of waste. To encourage participation in waste management system. Disposal of waste to the secondary designated points, benefits of compactor stations, street to street collection system and its benefits How to handle street sweeping waste How to handle drain silt Service providers- To sensitize on the importance of regular and repetitive IEC experience Municipality/Concessionaire activities covering all aspects of waste management and NGOs Based on the experience and leaning from past, improve and modify IEC plan Devise monitoring of IEC plan Seek reports from the Target Audience through survey / or any other means on effectiveness of the campaign Councilors and local leaders Sensitization on the issues of waste management and its impact on the public health Motivate to mobilize the community support for waste management in their area of operation/wards
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11.4.3 Training and Capacity Building programmed The basic approach of Training & Capacity Building is to create effectiveness of the Solid Waste Management System and its operational efficiency of sanitary staff of the municipality. The municipality involves many officials and sanitary staffs. To know it deeply, a baseline data collection should be taken through questionnaire survey, discussion with the sanitary officials and sanitary staffs which will give an impression to identify and segmentation of Target Group. On the basis of the findings of the study, training programmes and training schedule of Health officials would be prepared and Capacity Building component, the primarily focus would be on the institutional development aspect of the study. It is proposed to study the existing institutional framework along with the respective roles and activities of each stakeholder. The identification of roles and activities of employees of implementing unit and stakeholder would help us to identify and develop various alternatives for the institutional framework for the sustainability of the system. Objective of the Program The Capacity Building/training programs must have the aim: To sensitize the involved group with working knowledge of the benefits of waste reduction, segregation and management. To impart clear instructions about the respective roles from generator to waste managers.
For achieving these objectives, a core group of trainers needs to be organized for continuous in- house training of the manpower to be deployed and other sanitation staff. For the success of this program it is essential that training and orientation cause be planned for all the people involved in various activities of solid waste management at different levels viz Administrative and Officials, Technical and non-technical staff etc. Along with these, private sanitary staff and rag-pickers should also be motivated for their active role in waste collection process. 11.4.4 Methodology for Conducting Training Program Awareness is to be created on how to handle the waste, ensuring complete participation, consultation and commitment from all stakeholders at all levels, efficient and effective segregation at generator level as well as for workers handling waste at primary and secondary level. Awareness on usage of safety equipment and Personal Protection Equipment (PPEs) is to be promoted. Thus, it is anticipated that customized training programs needs to be conducted for the staff at all levels. Well-equipped devices will be required to make these awareness campaigns/training programs successful. First of all, sufficient place/venue for conducting these programs needs to be finalized. Well-trained trainers will be required to deliver these training programs. A group of experienced trainers who have similar kind of experience in conducting the awareness campaigns/training programs should provide training to the target group
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II on municipal solid waste management practices. During the training program, participants should be given questionnaires, which must be used to collect feedback from the participants. This will help to review the success of the program.
Public Awareness through IEC PLAN
Programme Communication Social Mobilization
Health Workers & Volunteers Educational Institutions (Schools, (Door to door campaign) College etc)
Public Address Meetings Voluntary Organizations/ NGOs/ (Workshops/ Community Meeting) CBOs/ Societies Support /Sr. citizens
Media Support association (Print & Electronic Media)
Folk Media Sr. Officials/ Administration Officers (Nukkad Natak) / Sr. Citizens
Supporting Materials Local Elected leader support (Printing Materials as Handouts, Pamphlet, (MP, MLA/Councilor etc.) Hand-notes, printing Cards; Banner, Fact sheets etc. Hoarding)
Figure 22: Public Awareness through IEC Plan 11.5 Communication Strategy While no one opposes the concept of cleanliness, everyone feels that ‘everyone else’ is making the environment dirty. The communication strategy, therefore, should design a call for ‘shaking up the residents’, bringing to ‘top-of-the-mind’ the need for getting the septic tanks cleaned on time to avoid bursting and ban indiscriminate disposal of waste. This is expected to arouse the public conscience that ‘We all have role to play’ and ‘must change our ways’. The next stage is a more constructive one where the communication will play up the people’s expressed desire to be associated with clean things - clean homes and clean surroundings and make them feel ‘proud’ to be part of an initiative for a cleaner and environmentally sound cities. The expected response for this is, ‘I must do my bit to make it happen’.
The key expected outcome would be “…. I like living in a clean city. Do you?” Communication Planning is an integral part of planning for sustained development. The
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II development of human society has largely been due to its ability to communicate information and ideas with each other and to use such information and ideas for progress. First attempt would be a public campaign, which is the objective of the IEC Plan, will be launches to raise awareness about cleanliness. 11.5.1 Door to Door Campaign For door to door information spreading, involvement of sanitary workers/ staff would be easy and speedy along with the volunteers. It will also create a platform for better communication among public and sanitary staff. The volunteers and health workers will help in spreading the project information with the help of support material like pamphlet, booklet, cartoons etc. which will be helpful for providing effective information along with time saving. Figure 23: Public meeting and distribution of 11.5.2 Public Address Meeting color coded bins Interpersonal and community meeting is a great tool to share the information, views and direct interaction for the effective involvement and awareness among the residents. The information and people commitment can be taken for the segregation and better management for the Segregated Solid Waste Management Scheme. Some workshop and seminars will also lead to inform the stakeholders at a time with proper preparation and communication and their participation and cooperation for sanitary improvement. 11.5.3 Media Support Media support is essential and a very important part of IEC programmed to inform, educate and aware the masses. Media support includes the use of television, radio, print media and folk theatre therefore, accords priority for the promotion of non- formal sanitary improvement education and creation of awareness among all sections of the society through diverse activities using traditional and modern media of communication. The media should be informed and involved for each programmed Figure 24: Public meeting with school which would be conducting according to the IEC Kids plan. 11.5.4 Folk Programme Street play which is an important tool for creating entertained information, education and basically aware the lower income group and lower middle income group residents. The street play theme should be to the point on the IEC plan and in local point of view to realize the residents as of their
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II part. Mass media should also be encouraged for their support in public awareness program. 11.5.5 Social Mobilization For the social mobilization, attitudinal and behavioral changes of the residents’ involvement of major and social stakeholder are essential. For this purpose institutional and other organizations involved in social activities are a great awareness center for the social mobilization and public awareness as indicated below: Educational Institutions (Schools and Colleges etc.) NGOs/ CBOs/ Societies Support Sr. Officials/ Administration Officers / Sr. Citizens Ministerial Supports etc.
Figure 25: Social Mobilization through IEC
The role of Municipality or Concessionaire in the programmes will be Organize colony /community level events comprising workshops and meetings with RWAs etc. as per the IEC plan prepared by the SWM Plan and showing audio-visual tapes and CDs, short films, presentations etc. during such meetings/ workshops with the involvement of RWA and other supporting networks. Conducting orientation programs for all workers belonging to MSW Service. Conducting door-to-door campaign to elucidate participation of citizen in the programmed (including distribution of brochures & pamphlets)
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Distribution/ putting up campaign materials like brochures, posters, stickers etc., provided by MUNICIPALITY as per plan provided by SWM Plan. Placing and painting information boards at various localities for disseminating information to public for availing the services envisaged in the project. Creation of website of the SWM, wherein all information, such as schedules, timings, charges, complaint redressal system, Asset details, services, etc. that are required by the public are available. The web-site to be bilingual (English, Hindi and Telugu). Organize School level programmes as per plan/programmed prepared by the Communication partner. Organize IEC programmed for rag-pickers and kabadi-wallas to integrate them into the project. Perform such activities as may be required for the success of the project and ensure participation of citizen
11.6 Incentives and Disincentives – MUNICIPALITY Incentives and reward play major role in improving behavior. In order to gain better results from the IEC campaign, there will be a provision of incentives and disincentives. The organizations especially RWAs and market associations which have shown good results should be felicitated in public functions to motivate and encourage others to replicate the same. Some of the incentives and disincentives which may be used during the campaign are; The Concessionaire and MUNICIPALITY shall make necessary assessments to identify the prize- winners; MUNICIPALITY shall organize half yearly felicitation programmed for granting incentives/ dis-incentives. The cost of organizing such programmed shall be borne by MUNICIPALITY. Disincentives should also be entangled in the system in such a way that the waste littering is demoted and waste segregation is promoted. Several ways can be adopted to disincentivise such practices.
Figure 26: Incentives & Disincentives for promoting SWM
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
Penalties on the waste generator if the segregated waste is not provided to the waste collector Penalties on the waste generator if two bin system is not followed Penalties on littering of waste on the roads Negative publicity of the waste generators in the case of default
11.7 Phasing of the Programme To create awareness and promote adoption of desired behaviours in all stakeholders, a phase-wise approach will be followed.
Figure 27: Phasing of IEC Plan While designing and implementing the strategy, provision must be made to monitor and evaluate the communication intervention. Though it is very difficult to ascribe the impact purely to communication intervention (especially when it forms a part of larger social intervention), efforts must be made to review communication inputs periodically for guiding and improving programmed implementation. In addition, it is essential to incorporate a feedback mechanism that is short, quick and reliable. The feedback needs to be on parameters like The target group’s interest in the campaign; Its understanding of the contents, themes and subjects Its reaction to the format, language and characters used;
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
Visual appeal (where relevant) of the material; Sensitivity of the material to the environment and culture; and Situation of the target group.
The feedback should be action-oriented and aimed at making changes to improve effectiveness immediately. It should, in particular, provide key inputs to modify the messages and media used to reach specific target audiences. Evaluation plays a key role in the success of the implementation of a communication strategy, as it helps to gauge the effectiveness of the messages. Of course, in many cases, the impact or change will be qualitative in nature. But, efforts must be made to quantify the change, wherever possible, to evaluate the effectiveness of the media and communication mix. For this, some indicators that will track the success of the communication endeavor can be developed in a participatory manner. It is suggested that a recall survey is done after 3 months of the IEC campaign to assess the impact of intervention with regard to retention of messages communicated and understandability. Depending upon the results of the recall survey, IEC materials to address areas with had less recall value can be looked at to ensure all aspects that can influence behavior is reiterated to the target audience. Based on recall the IEC materials can be refined and made contextual to the changing needs of the target group. Increase in awareness level among the stakeholders will result into increased demand for the services and infrastructure for which an advance planning and preparedness will be required by the ULB. For this, remedial & redressal measures would be built in IEC campaigns so that the credibility of IEC messages remains high. To strengthen the service delivery system, a complain registering mechanism would be developed in the IEC cell where general public can register or lodge a complaint through a toll free number in case of poor waste management, garbage disposal, misbehavior or for any such things which may be decided by the MCF. Besides the complaint mechanism, use of IVRS (interactive voice recognition system) will also help people to acquire information on waste management in their locality and on other related issues. The numbers and details of such system would be publicized during the IEC campaign to make public aware about the complaint mechanism.
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Table 54: Awareness and capacity buildings schedule and estimated activities costing for a year Estimated Cost for IEC and Capacity Building programmed for one year in Yellandu
Duration Unit Total S.No. Activities Resource 1st 2nd 3rd 4th 5th 6th Cost Cost Quarter Quarter Quarter Quarter Quarter Quarter Design and Development of A Communication Material LS 200000 B Implementation of Plan a) Program Communication Door to door campaign : one to one 5 Volunteer @ Rs. 1 interaction(Health workers & NGO field 500 per day for 120 1500 180000 staff and volunteers) days (In parts) Public Address (Focus group meetings, 1 meeting in every 3 corner meetings, stakeholders meeting 3000 240000 ward in 1 quarter workshops and seminars) School Programmes (Essay, painting, poster, debates, quiz competitions/ 1 activity per 4 3000 30000 Introduce projects, games and role school play & Rallies through students) Printing & Distribution of the IEC 5 LS 100000 material bi monthly Continuous for 1 Broadcasting of stips on local Cable/ 6 year at least on 15000 250000 TV channel local leading channel Street Plays in each 7 middle and lower LS 100000 Folk Media : (Nukkad Nataks) strata of societies Subtotal (A) 900000
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Duration Unit Total S.No. Activities Resource 1st 2nd 3rd 4th 5th 6th Cost Cost Quarter Quarter Quarter Quarter Quarter Quarter b) Training and Capacity Building 1 Training need assessment study Stakeholder training need assessment Once in each 10000 40000 Study Sanitary Zone 2 Waste Collector a) Sweepers, Waste Loaders and Truck 12 per year 7000 84000 Drivers b)Landfill Supervisors 6 per year 6000 36000 On Lump-sum basis (Depends on c) Private Waste Collectors and Rag areas/colonies/ 5000 100000 Pickers/ Waste segregators societies and RWAs) = 24 meetings 3 Administration and Monitoring a) Administrators and Supervisors 10 per year 10000 80000 b) Computer/ software operators & Specialist and Control & Monitoring 10 per year 10000 80000 Team and Complaint Handlers C Monitoring and Evaluation Development of M&E Indicators To be borne by Municipality: Periodic Audits after completion of first Phase of IEC Appraisal of the Programme Activities Subtotal (B) 420000 Grand Total 1520000
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Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II 12.0 ENVIRONMENT, HEALTH & SAFETY ASPECTS
The safety and acceptability of many widely used solid waste management practices are of serious concern from the public health point of view. Municipal solid waste is an outcome of economic productivity and consumption and its handling and disposal is a growing environmental and public-health concern. Solid waste management encompasses a wide range of activities including collection of garbage, transportation, sorting recyclable materials and processing of waste. Risks occur at every step in the process, from the point of collection at homes, during transportation and at the sites of recycling or disposal. Workers and waste pickers handling solid waste are exposed to occupational health and accident risks related to the content of the materials they are handling, emissions from those materials, and the equipment being used. In areas, infectious medical wastes and toxic industrial wastes are not segregated from domestic waste, the waste collectors are exposed to a wide array of risks. As a result of their exposure to multiple risk-factors they suffer high rates of occupational health- problems. Making waste technologies more contained, reducing contaminant emissions, changing working methods to interrupt the pathways and using of protective clothing can reduce risks.
Environmental Management Plan consists of the set of mitigation, management, monitoring and institutional measures to be taken during implementation and operation to eliminate adverse environmental impacts or reduce them to acceptable levels. EMP provides the road map for managing adverse environmental impacts arising from the implementation of such project and ensuring the existing environmental quality. The EMP converse all aspects of planning, construction and operation of the project relevant to environment. Therefore the main purpose of the Environmental Management Plan (EMP) is to identify the project specific activities that would have to be considered for the significant adverse impacts and the mitigation measures required.
Objectives: Overall conservation of environment. Minimization of waste generation and pollution. Judicious use of natural resources and water. Safety, welfare and good health of the work force and populace. Ensure effective operation of all control measures. Vigilance against probable disasters and accidents.
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Monitoring of cumulative and long -time impacts and Ensure effective operation of all control measures.
IDENTIFICATION OF THE PROBLEM
Assessment of site specific information Determine containment pathway
Analyze Information (Both spatial and temporal) Field Assessment Chemical Assessment (Noise, Land, (Air, Water & Soil) Biological & Social)
Risk Characterization
Suggestive
Mitigation Measures
Monitoring Plan
Figure 28: Flowchart for Environment Management Plan
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Table 55: The detailed Environment Management plan of project has been discussed in the following table: S. Environmental Disturbance/ Source/cause of pollution Preventive, Control & Mitigation Measures No. Parameter Pollutant CONSTRUCTION PHASE 1. Ambient Air Air emissions-, Dust from construction, masonry Water sprinkling or water sprays on site unpaved/unsealed areas
Quality PM2.5, PM10, SO2, activities etc. Prohibition on open burning of waste
NOx, & CO Raw material & waste Construction of Paved roads for movement of vehicles. transportation All excavation work will be done in minimum time to reduce dust Levelling operations generation Wind erosion from stockpiled Vehicles carrying construction waste & raw materials will be covered material with tarpaulin sheets. Traffic movement Designation of traffic routes and the setting and enforcing of speed DG Set operation limits Temporary cyclone fence with fine shade cloth will be provided in area involving heavy dust generation Periodic emission check for vehicles Clean fuel shall be used in equipments. Washing Wheels of vehicles before entering the premises Covering stock piled raw material Vegetation will be carried out on stockpiled soil Diesel generators as per CPCB norms will be located away from sensitive receptors Existing green cover at waste processing facility will help in abatement of air pollution during construction phase Workers will be provided with PPE such as face and nose masks, gloves, shoes & goggles 2. Noise Quality Higher noise From construction machinery like DG sets will be provided with acoustic enclosure level excavators, bulldozers for Regular servicing of transportation vehicles will be carried out concrete mixer, crushing plants Honking will be prohibited at the site etc. Most optimum route is planned with minimum no. of vehicles Material transportation Traffic will be managed at site by providing adequate space for parking
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Operation of DG sets of vehicles. New mufflers & sound absorbing materials will be added to the heavy noise making construction machinery. Proper lubrication will be provided to minimize squeaking noise due to friction Construction machinery of modern make & complying with the prescribed noise standards will be used. Temporary barriers (plywood, block, spoils etc.) will be provided around the activity involving heavy noise generation Construction activity will be restricted during day hours Existing green area around composting facility will act as noise barrier between project site & surrounding area. 3 Land Loss of Top Soil Removal of top soil cover & soil Project activity will be confined only to project sites so as to restrict land Environment layer & change compaction clearing activities. in land-use Wind & Water erosion Maintenance of stable excavated slopes & liner system along the slopes Construction debris No excavation shall be carried out during monsoon Type of vegetative cover appropriate to the site shall be established Soil excavated will be stored and will be used for landscaping & leveling purpose. Temporary grass cover will be provided on excavated, piled up soil. 4. Surface Water Degradation of Run-off from excavated & Excavation will be carried out during dry season and restricted to Quality surface water cleared-off lands project area so as to avoid run off quality Accidental spillage of paints, Rapid Construction & development at excavated areas, varnishes etc. Timely & periodic removal of construction debris from site Discharge of sewage Careful handling of material, solvents & chemicals at site to avoid spillage Mobile STP will be provided for treatment of waste water generated during construction phase Curing water will be sprayed on concrete structures and free flow of water not allowed. Wastewater will be reused for landscaping & flushing Additional on-site diversion ditches will be constructed to control
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surface runoff during site development 5 Ground Water Degradation of Storage of construction waste in Timely removal of construction debris & other waste from site Quality ground water unpaved area. Treatment of sewage generated in modular STP quality Discharge of sewage Safe disposal of STP sludge No draft of ground water for construction purpose. 6 Biological Loss of habitat of Clearing site vegetation. Clearing of vegetation will be carried out only for activity area. Environment flora & fauna Excavation & Removal of Top Soil Plantation of equal no. of trees layer. A thick green belt & no-development zone will be developed around landfill site also after completion of construction activity Proper maintenance of existing green area Social Impact Unaesthetic Water ponding Local people will be preferred for employment. Aesthetics view, heavy Construction Debris Constant supply of potable water for human consumption and other noise & traffic Stock piled material domestic use on site will be provided. congestion Heaped excavated material All measures will be taken to prevent noise, air, and water & soil pollution. Higher noise levels Increased traffic density Designation of traffic routes and the setting and enforcing of speed
Local labor –construction limits.
Indirect employment Proper traffic management at site to prevent traffic jams on road. Exposure to noise, soil, water & Movement of transportation vehicles will be scheduled in non-peak air pollution traffic hours. No construction debris will be piled up outside project site premises. Periodic maintenance of road will be done. Continuous exposure to air & noise pollution will be prevented by Job rotation. Provision of PPE to workers like gloves, face mask, shoes, safety jackets etc. Proposed project will require manpower during construction phase thereby creating job opportunities. First aid facility will always be available at site Tie-up with local hospital will be done to provide ambulance to handle emergency cases, if required Working hours will be restricted for workers.
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Cautionary& informatory notice boards will be provided where ever required. Proper training will be provided regarding firefighting equipments, maintenance of Health, OPERATIONAL PHASE 1. Ambient Air Air emissions-, Movement of waste carrying Periodic water sprinkling will be done at site
Quality PM2.5, PM10, SO2, vehicles Prohibition on open burning of waste
NOx, & CO, CH4 & DG Set operation (during power Use of indigenous plants will be insisted. generation of failure only) Provision of PPE’s to employee Landfill gas emission ( mainly malodor at Proper parking facilities and demarcated areas will be allotted on site to CH4) smoothen traffic flow project site Collection, storage & Processing Wheels of vehicles will be washed before they leave premises of MSW Stacks of appropriate height as per CPCB norms are provided with Diesel generators for emission of exhaust gases Existing green area at existing waste processing facility will help in abatement of air pollution. More green area will be developed in & around the integrated MSW facility as per the requirement. Regular & timely collection of waste from temporary waste storing points to prevent degradation of waste & thus generation of odor. Vehicles will carry the waste only as per designed capacity & will be covered Timely processing & disposal of waste will be carried out Gas collection wells will be installed at project site for collection of methane gas & will be flared 2. Noise Quality Noise Level Plant operation DG sets will be provided with acoustic enclosure Men & material transportation Staff working in high noise level area will be provided with ear-muffs Proper lubrication will be provided to minimize squeaking noise due to friction Adequate tree plantation and Compound wall will be act as noise buffer Regular servicing of waste transportation vehicles will be carried out Honking will be prohibited at the site Traffic will be managed at site by providing adequate space for parking
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of vehicles. Existing green cover at composting facility will act as noise barrier between project site & surrounding area. More green area will be developed in & around the integrated MSW facility as per the requirement 3. Ground Water Decreased Leachate Leachate is collected & treated at the Proposed Sanitary Landfill Quality ground water Sewage Processing facility. quality Required side & bottom liners will be provided at landfill to prevent seepage of leachate in ground water Concentrated sludge from leachate shall be disposed-off in Hazardous waste handling landfill. After completion of landfill, a final cover will be provided as per specifications given in Solid Wastes Management Rules, 2016 to minimize infiltration and erosion Sewage generated at existing composting facility is treated in STP & disposed in septic tank followed by soak pit. Treated wastewater shall be recycled for flushing and irrigation Regular monitoring of ground water quality will be carried out at project site & in area around the project site. 4. Surface Water Decreased Runoff from landfill, MSW All roads will be paved Quality surface water storage & composting plant site No littering of waste will be allowed at project site quality Sewage Regular cleaning of roads & drains and removal of collected waste to designated point. Regular collection of waste from temporary waste storage stations Proper storm water drainage network exists at waste processing facility site & same will be followed for engineered landfill site also Landfill site will be covered with soil with proper compaction and grading during monsoon season No waste water stream or solid/hazardous waste will be discharged to any water body Proper drainage berms will be constructed to divert run-off away from the active cell of the landfill.
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5. Biological Green Belt Development of Green belt Dev elopment & maintenance of green area. Environment Development around site & avenue plantation Soil will be mulched & enriched with the organic compost. Plantation of native, sensitive & Plantation of native, sensitive & resistant tree, shrubs & herbs resistant varieties of trees, After completion of landfill, a final cover will be provided as per shrubs & herbs specifications given in Solid Wastes Management Rules, 2016 to Development of paved surface & minimize infiltration and erosion. roads Residential colony/park etc. will be developed after closure of landfill No open dumping of waste in low site as per post-closure plan. lying/valley areas 6. Social Better Better management & handling Timely & regular sweeping of roads, cleaning of drains & collection of environment & management of of MSW waste from households & temporary waste collection points. Aesthetics Municipal Solid Disposal of inert waste in a Improvement in transport, communication facilities, lifestyle and social Waste (MSW) scientific non-polluting manner status etc. due to ancillary development. Reduced littering of waste Designation of traffic routes and the setting and enforcing of speed No open waste dumping sites limits Development of green belt area Waste is collected during late hours of day when traffic density is lower Reduction of potential diseases Waste will not be stored at project site for more than 48 hours due to flies, mosquitoes & After completion of landfill, a final cover will be provided as per pathogen breeding on littering specifications given in Solid Wastes Management Rules, 2016 and the waste site will be used either for recreational or development of housing. Slightly increased Traffic density Adequate parking facility is provided for traffic management at site. Periodic maintenance of road will be done. Local people will be preferred for providing employment Occupational Health & Safety 1. Environment Handling, Waste pickers living and Implementation of Sanitary landfills and closed open dumps Health & Injury collection & working in the vicinity of Biomedical waste should be handled separately and not mixed with transportation of processing facilities with domestic waste waste minimal basic infrastructure are Provision of wear protective gear, particularly gloves & face mask exposed to wide array of Prohibition on open burning of waste pollutants and risk Daily cover of disposal sites Unsegregated Infectious Prohibition of animal at open dumps medical waste causes bruises Measures such as deferred timings and stretch breaks to be adopted
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and cuts, transfer of infectious Regular sanitization at open dumps so as to prevent breeding ground diseases for flies and mosquitos Breeding of disease vectors at Use of only PUC Certified vehicles open dumps, primarily flies and Waste will not be stored at project site for more than 48 hours rats lead to the spread of Regular cleaning of roads & drains and removal of collected waste to infectious diseases. designated point. Lifting of heavy waste-filled Proper control of contaminated leachate containers causes back and joint Provision of minimal basic amenities to Waste pickers injuries Prohibition on working of children and domestic animals at disposal Materials recycling centre and sites exhaust fumes from vehicles Implementation of modest sorting facilities contains high concentration of Permitting only registered adults dust, bio aerosols and metals Provision of water supply for washing, sanitation and hygiene education leads to respiratory illness is highly recommended for waste workers Methane and carbon dioxide air Proper training will be provided regarding maintenance of Health emissions from open burning Provision of first aid facility at site adding to global warming, and Tie-up with local hospital will be done to provide ambulance to handle subsequently vector-borne emergency cases, if required disease abundance and Routine inspections, housekeeping and maintenance will be carried out pathogen survival at regular intervals Volatile organic compounds in Integration of informal sector in the waste management plan in air emissions and inconclusive organized way evidence on altered cancer
incidence, birth defects, and infant mortality, as well as psychological stress for those living near uncontrolled land disposal facilities Infections from direct contact with contaminated material, dog and rodent bites, or eating of waste-fed animals and source of food chain path
116 Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II 1 3.0 IMPLEMENTATION STRATEGY AND PLANNING Implementation Strategy is critical component of “Strategic Planning”. Strategic planning is an activity that is used to set priorities, focus energy and resources, strengthen operations, ensure that all the stakeholders are working towards common goals, establish agreement around intended outcomes/results, and assess and adjust the organization's direction in response to a changing environment. It is a disciplined effort that produces fundamental decisions and actions that shape and guide towards the concerted goal. There are many different frameworks and methodologies for strategic planning and management. Many frameworks cycle through some variation on some very basic phases: 1) Analysis or assessment of the current environment, 2) Strategy formulation for bridging the gap, 3) Strategy execution, where the high level plan is translated into more operational planning and action items, 4) Evaluation or sustainment / management phase, where ongoing refinement and evaluation of performance, culture, communications, data reporting and other strategic management issues occurs. Strategic Planning is necessary to ensure that MSWM services keep pace with demand, are appropriate to needs, contribute to a sound and sanitary environment, are cost-effective and build continuously on existing and new opportunities offered. Figure 29: Strategic Planning Process
13.1 Implementation Strategy for Solid Waste Management
The way that a SWM Plan is implemented defines in great extent how successful it is going to be. The implementation of a Plan by itself plays a crucial role because if the equipment or the facilities that have been designed during the Planning process are not implemented in a proper way, they will not have the expected results. In order to assure the proper implementation of a SWM Plan,
117 Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II they have been developed certain instruments, covering a wide spectrum of aspects, aiming to integrate the designed changes to the existent SWM system. These instruments are divided according to their content to: Policy instruments; Legislative instruments; Economic instruments; Communicative instruments; Organizational/Institutional instruments
Figure 30: Instruments of Implementation Strategy Policy is one of the most if not the most important element related to the waste management practices of a given area or of a country. The successful implementation of a strategic objective often depends upon the existence of an appropriate policy framework. The promulgation of appropriate legislation is critical to the development and successful implementation of solid waste management plans at all levels. More specifically, this type of instruments provide a legal foundation for regulating the behavior of individuals and legal entities, thus ensuring the legislative basis for implementing the waste management plan, maintaining waste collection and disposal systems, and providing the basis for enforcement and sanctions. The economic instruments used for the implementation of a SWM Plan can perform a double role. Firstly, they can be used so as to ensure that the costs of providing waste management services are recovered, and secondly to influence the behavior of waste generators to cause less environmental pressure, ensuring the same time the preferred direction of the waste stream, i.e. disposal or recycling.
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Effective communication is crucial for the overall success and sustainability of a SWM Plan. The best way to raise public awareness around waste management issues is through Information and education. The SWM development process is vital in securing understanding of the waste challenge and community support for the way solid waste is handled. Institutions are very common, especially in developing countries, the changes that a SWM Plan requires to differ a lot from the current practices of waste management. For this reason, clarity in functional and financial devolution is necessary. Using the above-mentioned instruments, the implementation strategy can be briefly outlined for the ULBs of Telangana: 1) Maximize waste diversion from landfill by continuously improving segregation and recycling services 2) The economic instruments to be used to levy fees/charges for waste collection from waste generator 3) Increasing Efficiency of Operation and Maintenance Services 4) The policy instruments to be aligned to incentivize production of compost and strengthen the supply chain of recyclables as well as combustibles. 5) Information, Education and Communication techniques to be used to increase public participation 6) The system to be integrated with the monitoring mechanism for continuous monitoring of the action plan implementation 7) Skill Development and Capacity Building of ground force engaged in solid waste management system 8) Institutional Strengthening and Allocation of clear responsibility to the engaged agencies in the solid waste management system
13.2 Key Strategy and Action Plan Strategy 1:- Treating Waste as Resource: Maximize waste diversion from landfill by continuously improving segregation and recycling services Action Plan:- Implementing segregation of waste at source; the practice can be initiated in selected pilot areas and can be scaled up in phased manner. The IEC Programme shall be organized simultaneously with the construction of SWM Facility to help local population assimilate the changes in the proposed system. The IEC Component is crucial to reciprocate the difficulties of change management in local population and shall be taken up in timely manner with appropriate frequency to sustain the impact. Though the waste segregation at source shall be encouraged, the contingency plan shall also be set in place to account for any failure in the proposed plan. The segregation plants shall be installed in the ULBs having high generation of waste whereas manual segregation shall be encouraged in low waste generating ULBs to ascertain maximum waste diversion from landfill.
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Notification regarding penalization on non-conformity of waste segregation at source shall be issued. The notification shall impose reasonable penalties that create pinch to the user Strategy 2:- The economic instruments to be used to levy fees/charges for waste collection from waste generator Action Plan:- The economic instruments shall be enforced to levy user charges from the waste generators. Until now, the public service of waste collection and disposal was given free to the user with no liabilities on the waste generator. This may create pinch to the user and moreover, transform the user outlook towards the service as “public good”. The notifications shall be issued after conducting necessary IEC Programme and implementation of door to door service. Targets should be set for monitoring collection efficiency to track the progress The economic instruments shall be used to incentivize the resource recovery from waste for the implementing agency Strategy 3:- Increasing Efficiency of Operation and Maintenance Services Action Plan:- Operation and Maintenance is the most critical component in the execution of services. Efficient O&M Services are the key for the successful implementation of proposed strategy and plan. There are numerous cost-cutting strategies to help make the future of your collection system successful, including reducing the frequency of collection, implementing dual collection of solid waste and recyclables, and automating collection practices. Dual collection systems reduce total fleet and labor costs by decreasing the number of special vehicles needed to provide multiple collection services. Optimizing number of trips and distance of travel with logically designed movements of fleets. New management techniques can be used, such as revised organizational structures, updated pay and incentive programs, new training initiatives, modified performance appraisal systems, and new job descriptions, note improved employee morale and rising productivity. Strategy 4:- The policy instruments to be aligned to incentivize production of compost and strengthen the supply chain of recyclables as well as combustibles Action Plan:- Subsidies on manufacturing of compost shall be given to the implementing agency Market for Compost shall be assured for the manufacturer. The State Government can bridge the gap between the manufacturer and buyer Involvement of NGOs in waste recycling shall be ensured Strategy 5:- Information, Education and Communication techniques to be used to increase public participation Action Plan:-
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Separate Action Plans has been outlined for each target group (Refer Chapter 13) Strategy 6:- The system to be integrated with the monitoring mechanism for continuous monitoring of the action plan implementation Action Plan:- An MIS shall be developed in detail (Refer Chapter 16) The MIS shall be inherently linked with monitoring system having set targets Strategy 7:- Skill Development and Capacity Building of ground force engaged in solid waste management system Action Plan:- The Training Programme shall be organized for ground level workers engaged in daily waste collection service. This can enhance the efficiency of workers and will help in keeping the cities clean Performance based incentives shall be given to workers Strategy 8:- Institutional Strengthening and Allocation of clear responsibility to the engaged agencies in the solid waste management system Action Plan:- The institutions shall be defined with clear functions and financial devolution. The responsibilities shall be clearly defined throughout the value chain of service provision with no ambiguity
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Description Time in Months
0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 Approval of the DPR Statutory Clearances Preparation of the Detailed Bid Documents (RFQ, RFP & Concession Agreement in line with approved DPR Approval of the Bid Documents Issuance of Notice for Inviting Tender Issuance of Notice for RFQ Screening and shortlisting of Bidders Issuance of Notice for RFP for Shortlisted Bidders Receipt of Tenders from Bidders Bid Evaluation and Recommendation of Bidder Award of Works Contract to Successful Bidder(s) Preparation of Implementation Plan & Construction Schedule Procurement of the C&T vehicles/equipment’s through tendering process Establishment of the C&T system Processing & Disposal Facilities Site Handover Survey and Soil Investigation Evaluation and Approval of Engineering Drawings & Design Complete Site Clearance and Levelling Construction of Boundary Wall Construction of Security Room Construction of Office with Amenities Installation of Weighbridge at the Site Construction of QC Laboratory Construction of Internal Roads Construction of Change/Canteen Room Construction of Drainage System Construction of Wheel Wash Pit Construction of Power Room/DG Platform Construction of Meter Room Development of the Green Belt Area Construction of UG Tank & Pump Room Compost Plant Tipping Section Tipping area (waste receiving area) Pre-sorting unit shed Composting Pad Monsoon shed over composting pad
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Description Time in Months
0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 Compost Preparatory & Finishing Shed Compost refinement unit shed Compost curing shed Store room for compost Water supply storage & distribution Leachate collection & disposal system Power connection, control room, substation Sanitary Landfill Excavation Bunding Clay liner HDPE liner laying & Anchoring Soil layer Providing leachate pipes Providing drainage media & leachate collection system Installation of environmental monitoring system Bought Out Items Pre-Sorting Unit Compost plant Machinery Other vehicles/equipment’s for compost plant Lab equipment’s/Furniture Vehicles & Equipment’s for SLF RDF Plant Equipment’s Erection & Commissioning of Compost Plant Erection & Commissioning of RDF Plant Trial & Run Workshop Construction of the workshop for maintenance of the vehicles Start of Commercial Operations
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13.3 Leadership Development and Change Management Change Management is a complex process that encompasses shift in the mindsets, institutional structures, functional domains, prevailed practices as well as existing social culture. The situation becomes more complex when change is lead through a planned process in pursuit of enumerated goals and targets. The integrated approach in solid waste management does not only concentrate upon mere technical and material aspects of waste management rather it explains a broad periphery of external domains.
The perspective and context of change are the essential so as to understand the external environment and ground realities. In the current situation the change is lead in terms of implementing Integrated Waste Management Systems. The context is highly sensitive not only in terms of health and environmental concerns but due also to its sensitivity vis‐à‐vis wide range of stakeholders and conflict of interest among those.
Among all the stakeholders, public and civil society are the key recipient of service delivery, hence the ultimate purpose of change management stands as bringing overall improvement in the lives of people. Among various conflicting interests, the more evident is people’s sense of responsibility vis‐à‐vis cleaning their homes, streets, roads, colonies and commercial areas. Hence for any institution that undertakes the responsibility of establishing IWMS in the city should essentially focus upon public outreach campaigns. The key purpose behind such overtures should be to conduct a continuous and dynamic dialogue process that may cover the key social pockets of society as well as institutions. In such scenario, a multi-pronged approach needs to be adopted for public awareness campaign that employs different modes of media i.e. TV, Radio broadcast, newspapers and other print media along with billboards, flyers, brochures and other avenues. The key purpose is to educate the public in terms of their social responsibilities with respect to generation, recycling and disposal of solid waste within their social preview. Secondly, the ULB tries to improve public suggestibility that may help creating a harmonious environment and refined social attitudes in the society. The public sensitization is one of the focal considerations that may be worked upon with cautious planning otherwise no matter how efficient the organization may be it will fail if not supported by general public.
Leadership development and change management tend to be top priorities for many organizations. In spite of this, shorter their goals for both. One major reason organizations struggle is because they treat both leadership development and change management as separate rather than interrelated challenges. Cultural changes cannot happen without leadership, and
124 Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II efforts to change culture are the crucible in which leadership is developed. For better results, coordinated leadership development and change management efforts are required, approaching them as one and the same. True leadership involves deviating from cultural expectations in ways that inspire others to choose to follow. Managers at all levels of an organization must overcome resistance if genuine cultural change is to occur. ULBs, in this case, should act as leader demanding for change from its people.
Figure 31: Change Management Process Identify the Target Audience: Convincing both internal and external audiences that the proposed collection system change is beneficial. Internal audiences include decision-makers, department heads, crews and supervisors, and customer service personnel. External audiences include customers, stakeholder groups, the media, peer communities, and competitors. Define Needs: To find out what the “average” citizen thinks about a proposed program change, consider some or all of the following techniques: surveys, focus groups, pilot programs, citizen planning committees, and informal discussions with customers. Understanding resident fears and needs is critical to developing an effective outreach strategy. Citizen input is only part of the solution; staff creativity also plays a role. Idea-sharing incentives motivate front-line crews to share their ideas for saving money or improving service quality. Communicate Program Change: Once the target audience is identified, develop an information campaign to respond to those needs. For citizens, get the word out through direct mailings, utility bill notices, newspaper and magazine articles, print and broadcast public service announcements, community meetings, and paid advertising. No matter which media is chosen, the message should focus on the needs and concerns identified through the citizen involvement efforts. Deliver the Promised Services: One of the most meaningful ways to build support for new service levels is to make sure program operations live up to their public relations promises. The service delivery glitches should be minimal. Respond to Concerns: Customer care is important to local governments. It is important to train staff to respond to calls, and implement strategies to address citizen concerns to avoid any kind of resistance from the population.
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Evaluate the programmed and make changes: The only thing constant is “change”. Even a well-conceived outreach program, however, can fall short of its goals. If a change is implemented and encounters barriers, diagnose the problem and learn from the experience. The changes should be incorporated to make implementation programmed better with time
126 Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II 14.0 OTHER OPERATION AND MAINTENANCE ASPECTS Institutionalizing of appropriate quality assurance system is essential to ensure continuous and efficient municipal solid waste management system. The performance of all components of solid waste management systems, from processing and disposal, should be maintained on daily basis. Provision of citizen centric services shall be monitored through a feed-back linked mechanism which shall focus on concerns of community regarding primary storage, door to door collection and transportation of waste.
14.1 Proposed Management System Solid Waste Management function requires constant supervision as the sector demands daily delivery of service of collection, transportation and disposal of waste. In line with the proposed system briefed in the chapter, the role of the ULB would be more as an enabler rather than only being a service provider, so that overall service can be enhanced. To provide more effectiveness in the Solid Waste Management System, the existing SWM, the organizational structure is proposed as shown below:
Commissioner
Health Officer Environmental Engineer
Sanitary Supervisor
Sanitary Inspector
Sanitary Workers
Figure 32: Proposed Management Structure for Solid Waste Management System The organizational structure comprises of Health Officer, Environmental Engineer, Sanitary Inspector, Sanitary Supervisors and Sanitary Workers headed by Executive Officer. Specific responsibilities of each of these officials are given below: Executive Officer of ULB: Responsible and accountable for SWM Plan preparation and implementation Health Officer: Responsible for establishing the baseline and analyzing gaps in solid waste management service provision.
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Responsible for coordinating various departments and stakeholders to be involved in development of solid waste management plan in the ULB. Responsible for assessing options and suggesting viable alternatives to be ratified by the stakeholders Environmental engineer: Inform the planning process with field level consultations and information Sanitary Inspector: Field inspection of collection and transportation activities To communicate and interact with private operators/collection and transportation staff/RWAs Carry out IEC Activities Monitor the operations of Sanitary Supervisor Maintain field records on daily basis and submit reports to the health officer regularly Sanitary Supervisor: Monitor the work of collection and transportation team Ensure the efficiency of service Ensure door to door collection and segregation of waste Submit field reports to Sanitary Inspector
14.2 Management Information System (MIS) MIS is a comprehensive monitoring and evaluation system that should be adopted for assessing progress towards meeting the targets in the SWM Plan and for monitoring successful implementation of the plan. The monitoring system adopted should:
collect data regularly, and analyze collected information, take/propose corrective measures, and support the planning & implementation process. Figure 33: General MIS Architecture Collection and analysis of data related to solid waste management is critical for assessing the existing situation and propose suitable measures to improve service delivery. A Management Information System (MIS) can retrieve relevant information which can then be used by decision makers. MIS facilitates monitoring the efficiency of SWM systems. It increases transparency and accountability of officials in the solid waste management system as well as helps in establishing a strong and reliable information data base necessary to facilitate planning, mid-course corrections and decision making.
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14.2.1 Data Collection for MIS Keeping of records relating to all the activities of SWM with respect to specific time-frame for each activity is of utmost important for efficient system. Such information/data collected may require time to time examination of each activity and may require some corrective measures for achieving the desired objectives. These information/data will not only help in enhancing the efficiency of the system but also helps in future planning of the system. It is required to collect specific and discreet information not only to keep records up-to-date but also, for taking corrective measures as well as proper planning for future. Some of the information is thus required to: Have overall idea of existing condition Deficiencies in the existing system Develop corrective measures for the existing system Upgrading the existing system Decision making Planning a better system Making budgetary provisions “What gets measured, Gets Managed” The data collection for daily monitoring of SWM service will be done through regular monitoring and tracking of daily waste generation and collection efficiency. The regular monitoring of Solid Waste Management service can be used to track the performance in delivery of service and therefore, required interventions can be introduced through identification of loophole in the system. The requisite will be collected at all the levels of solid waste management value chain.
The MIS reports proposed in this section are classified into following categories:
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Waste Generation Average quantity of waste generated per capita/kg/day
Average quantity of waste produced each day in metric tons (MT) Seasonal variation in daily waste generation
Total quantity of waste produced annually during last 3 years (MT) Breakup of the quantity of waste generated per day in kg or MT o Household, shops and establishment waste o Vegetable and food market waste o Meat, fish and slaughter house waste o Construction and demolition waste o Non-infectious hospital waste o Non-hazardous industrial waste
Waste Collection Primary Collection: Secondary Collection:
Sanitation workers in local body Type of transfer system Tools and implements used in primary Mode of unloading collection system : Year of purchase and No. of secondary collection locations make of equipment’s per ward Personnel protective equipment’s provided Type of secondary collection to the workforce locations in each ward: Mode and frequency of collection from . Dumper Placer Container various sources . Cement bin No. of sanitary workers required to report . Refuse Collector bin for duty wrt actual . Dhalao No of household covered Amount of waste received from various Amount of waste collected sources in each ward Manpower required for Supervision Frequency of Clearing each bin
Waste Transportation Distance between collection points Quantity at each collection point Vehicles available with the local body for waste transportation: Type, Age and Capacity No. of trips made by vehicles/shift/day Fuel consumption of vehicles Distance traversed by vehicles and quantity transported Percentage of waste transported/day Breakdown reported during the day and action taken Processing and Disposal Amount of waste received for processing Characteristics of waste (physical & chemical) Percentage of waste treated Quantity of waste disposed to landfill after processing Amount of waste received for disposal in landfill Volume of leachate generated
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The MIS reports proposed in this section are classified into following categories:
Door-to-Door Collection & Transportation. Street level Collection & Transportation from each Colony/ Locality Collection and Transportation from Hotels, Dhabas, Restaurants, Banquet Halls, Institutions, Farm House & All Other Commercial Establishments. Collection and Transportation of Drain Silt, C&D Waste and Green Waste Collection and Transportation of Street Sweeping Waste and Clearing of Bins Cleaning of Secondary Collection Points
14.2.2 Formats for Data Interpretation The list of data collection requirements mostly illustrates requirement of quantitative data on Waste Generation, Collection & Transportation and Disposal. After the collection of above mentioned quantitative data, statistical analysis will be done to measure the degree of change and level of consistency in the data collected on daily basis. The purpose of the data analysis and interpretation phase is to transform the collected data into useful information and further facilitating the development of the intervention and its consequent performance on the system.
Figure 34: Conversion of Data to Information The critical analysis of collected data should be done through inter-validation of analyzed data at levels. The formats should be so prepared that the information system is integrated with the daily variation in the data input and sufficiently design to critically link the input data at all the stages of data collection. This information can further be utilized to enhance the assets and reduce the liabilities in the system. A particular MIS for Solid Waste Management System should deliberate on:
Total Quantity of Waste Generated Extent of segregation of waste Efficiency of Vehicles deployed Average Diesel Consumption Average Distance Travelled
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Efficiency of Manpower in executing the Solid Waste Management Works Street-Sweeping in person/km Drain Cleaning in person/km Collection Efficiency wrt manpower deployed Efficiency in Bin Clearing Efficiency in user-fee collection Percentage of Waste Processed Percentage of Waste Landfilled
The minute details on the existing solid waste management system can be used to bring interventions in the system and can be back-tracked also.
The information can be further enhanced by linking the spatial attribute to the MIS System. Geographic Information Systems (GIS) and visual capture of information using cameras are now being integrated with the MIS to provide spatial and visual validation for provision of services. Communication technologies such as Radio Frequency Identification (RFID), Global Positioning System (GPS) and General Packet Radio System (GPRS) are now integrated with Geographic Information Systems (GIS) for monitoring the solid waste management. MIS is a computerized system which stores and retrieves from a database of information; this data can be analyzed for identifying problem areas and improving service delivery efficiency. These can be suitably adopted by cities to improve the efficiency of service. GPS Spatial MIS Data
GIS
Figure 35: MIS-GIS System
Computer application of mentioned tools needs some prior data/information to provide correct information to decision makers.
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GPS will be installed in all the vehicles to track the movement of vehicles. All the Vehicles and Secondary Collection Bins will be RFID Reader in non-breakable, non-temper and non-removable enclosure. RFID tag should contain information about asset type, asset numbers, Ward no. and asset installation date.
14.3 Complaint Handling System An effective and transparent complaint handling system is a pre-requisite to any successful transformation. It is thus proposed to set-up an efficient, effective, transparent and user-friendly complaint handling system for registering complaints from people regarding removal of solid waste.
Complaint handling is another important component of waste management system. It helps in analyzing and improving the level of services provided to the stakeholders’.
14.3.1 Essential Features of Complaint Handling System A complaint handling system that is efficient and fair includes:
acknowledging that your customers have a right to complain openly seeking feedback from your customers Having a written policy about handling complaints readily available to citizens. The essential features of complaint handling system are as described below: Fairness: Complaint handling should be fair to all parties, and must allow everyone's views to be heard and taken into account in a balanced way. Effectiveness: Availability of adequate resources is vital to handle complaints efficiently and effectively. Complaints received should be dealt with quickly and courteously. The people involved in responding to complaints will communicate the complaints to the field staff and will have the authority and ability to decide remedies and to put them into effect.
Accessibility: The complaint handling system should be accessible to all customers, and help them lodge their complaints. Information about how to make a complaint will be readily available and simple to understand or in other words it will be a user-friendly system. Toll free numbers, e-mail address etc will be provided for registering complaints. These numbers will also be available on all the vehicles, bins placed at public places, at all waste storage locations and will be displayed at all prominent public places. Accountability: The system will record the complaints received and the outcomes achieved. All the recurring and systemic problems that become known through the complaint handling system will be identified and rectified. The operation of complaint handling system will be reviewed regularly to make sure that effective outcomes are achieved for customers.
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14.3.2 General Rules for Handling Complaints The general rules/ etiquettes for handling complaints include: Listen to the complaint and get all details Repeat the message to confirm your understanding Tell the customer what will be done and when Handle complaints quickly Follow-up to be sure the complaint is redressed Confirm the complaint has received a satisfactory response and thank the customer Inform public of services, your responsibilities and theirs
14.3.3 Complaint handling system
Three dedicated telephone lines will be put in place for receiving customer calls and complaints. The system will be operational all times of day round the year. The system will have provision wherein the operator punches in all details of the complainant whenever a complaint is received. The complaint will be forwarded to the required field staff, which will ensure that it is addressed. Once the necessary action has been taken on the complaint, it can be disposed off and a note will be sent to the complainant stating details of action taken. A record of all the complaints lodged will be maintained to prepare a database, which will help in establishing: Complainant’s name Location Nature of complaint Time of complaint Response time Feedback from complainant The most important feature, which will help in upgrading the complaint handling system will be the feedback received from people.
14.3.4 Customer Care Centre/Control Room Customer Care Center/Control Room/Complain address system shall have following key components: Dedicated phone lines and staff to receive complain or request from public and municipal staff. Mobile phone’s short code number to receive complaint’s SMS and Web-Interface for customer to directly feed complaints. Workflow to track the work that is reported and report back to person originating the complaint.
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Customer Care center/Control Room shall be manned by concessionaire staff.
14.3.5 Dedicated Phone Lines
A dedicated phone number with minimum 10 lines (and extendable based on actual requirement). Maximum call waiting time shall be 2 minutes for any received complaints. While the customer is waiting, a recorded voice message indicating that complains can be logged by SMS or on web shall be played, in addition to general greetings. All calls shall be recorded and shall be reviewed for the quality of interaction of their staff with the customers. This recording shall be made available to the municipality, any or all the agency/ies designated by municipality for auditing purpose. Concessionaire shall put a detailed Standard Operating Plan (SOP) in place to elaborate actual arrangement. Report received from customer shall be stored online directly. Unique ticket number shall be generated and communicated to caller along with expected time for correcting the issue. Control Room shall be staffed adequately to receive and process the complaints. Control room shall be operational from 7 am till 10 pm on all days.
SMS to receive Complaints
Short code based SMS service shall be deployed to receive complains/requests in structured SMS form. Similar Short code based SMS service shall be deployed to receive requests from municipality staff for on demand service. User friendly web shall be created to receive complains from staff/customers online.
14.3.6 Workflow to track Status
Each complaint request shall be assigned a unique ticket number. Each complaint shall be forwarded via-SMS and system to the concerned executing person with a copy to reporting supervisor. Once ticket is closed, it shall be updated in the database. In case complaint is not addressed within specified time, reason for delay along with likely resolution time shall be supplied in database. Status of complain if completed or not completed (along with reason and likely date of addressing) shall be supplied to the customer on or before the specified date. Customer feedback shall be taken on completion of task and shall be stored in the database. Status shall also be searchable online using ticket number and customer phone number. Current status of all open and closed complaints shall be visible online and user shall be able to view their status by date or/ and complain number etc. On completion of work – SMS shall be sent back to the customer indicating completion of work. Systems shall have provision to take feedback of customer on the level of satisfaction
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based on service provided. Daily summary report Zone Wise, Sub-Zone, Ward Wise shall be sent to the relevant designated staff. These repots shall be auto-generated from the customer complaint database.
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Annexure No.1 Sample Questionnare
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SECONDARY DATA CHECKLIST
Section 1: GENERAL
Name of Town:
1. A copy of Master Plan/CDP 2. Map of town/city with municipal limits showing, ward/zone boundaries, major roads, physical features etc. 3. Any previous report related to MSWM prepared, if any of all towns 4. Current Schedule of Rates (SoR) 5. Details of existing final dumping sites, its location, area, etc. 6. Details (viz. area, location, distance from Centre of city) of the proposed site for dumping of MSW for setting up of Integrated MSW management facility. 7. Workshop details – location, equipments (type, no., age, condition), no. of staff
Section 2: DEMOGRAPHY
8. Census Population Year 1951 1961 1971 1981 1991 2001 2011 Total Population Floating population
9. Ward-wise Population & Area (As per Census 2011)
Total Population BPL Slum Area of Ward (In Ward No. Population Population sq. km) 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. 14. 15. 16. 17. 18. 19. 20. 21. 22. 23. 24. 25. Total
10. Ward-wise road length of the Town
Ward No. Total Road Length Type of Road Dimensions if available
11. Municipal Area of the Town (In Sq. km)
12. Number of Households (HH) as per Census 2011
13. Details of Hospitals
Type of Medical Location Total Numbers Facility Hospitals Nursing Homes Dispensaries Clinics’ Pathology
14. Details of Commercial Establishments
Commercial Type Location Total Nos. Capacity Occupancy Hotels Restaurants Dhabas Banquet Hall Shops Institute Offices Commercial Type Location Total Nos. Capacity Occupancy Vegetable Market Fruit Market Fish/Chicken Market Slaughter
Section 3: MUNICIPALITY DETAIL
1. Name of the Chairman 2. Elected since when 3. No. of elected representatives/Ward Councillors Attach the list 4. No. of Committees formed Name of the Committee No. Members in the Committee
Staff Details
1. Total Staff Strength of the Municipality
2. Organogram of the Municipality Please Attach
3.Total Sanitation Permanent Temporary Contractual Vacant Staff Strength Existing Required Existing Required Existing Required
4. Organogram of the Sanitation Staff Attach
5. Details on Supervisory Staff Permanent Temporary Contractual Vacant
5. Revenue of the Municipality for Own Source Grant Loan Subsidy last 5 years 2014-2015 2013-2014 2012-2013 2011-2012 2010-2011
6. Expenditure of the 2014-2015 2013-2014 2012-2013 2011-2012 2010-2011 Municipality for last 5 years (break up)
6. Monthly Expenditure on SWM a. Salary of - Permanent Sanitary Workers Contractual Sanitary Workers b. Any payment to private party (if SWM services are outsourced) c. Cost of fuel d. Cost of replacement equipment e. Cost of repair & maintenance of equipment f. Miscellaneous Cost on Sanitation Activities
Section 4: SOLID WASTE MANAGEMENT
Data-head Data REMARKS 1. Total Waste Generated In Metric Tonnes 2. Total Waste Transported In How it is transported? Metric Tonnes Capacity of that equipment? 3. Projected Waste Generation
4. Percentage of Door to Door Collection
Ward No. Uniform Partial Limited to few areas Mechanism of Collection* 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. 14. 15. 16. 17. 18. 19. 20. 21. 22. 23. 24.
* 1 – Carried out by ULB 2- Carried out by private parties 3 – Carried out by NGOs
5. How do door to door collection in commercial areas take place?
15. Percentage of Segregation In Residential Areas In Commercial Areas
16. User Fee Payment for Door to Door Collection Income Class (in INR) User Fee
System of User Fee Collection
17. Secondary Storage Type of Containers Used Capacity Quantity
18. Frequency of Clearance from Secondary Collections Points (SCPs) (viz. Dhalao, Open Dump & Dust Bin)
Twice (T)/ Type of SCP and Once in Ward No. Location of SCPs Daily Thrice (TR) a Nos. fortnight week
19. Street Sweeping Mechanism –
Ward-wise frequency of Street Sweeping
Twice (T)/ Once in fortnight Ward No. Daily Thrice (TR) a week 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. 14. 15. 16. 17. 18. 19. 20.
20. Drain Cleaning Mechanism –
Open Drains Closed Drains (if available) Length Dimensions Length Dimensions
Ward-wise frequency of Drain Cleaning
Ward No. Once in a week Once in Fortnight Once in Month 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. 14. 15. 16. 17. 18. 19. 20.
21. Type of vehicles used in Collection & Transportation of Waste Type of Vehicle Make Year of Numbers Capacity Purchase
22. List of defective/worn out equipment, vehicles and cost estimation for repair and maintenance
23. Quantity of waste being transported a. Transfer Stations
i. Biodegradable Waste going to the Compost Site ii. Non-biodegradable Waste going to RWMC iii. Compost Rejects going to RWMC
b. Quantity of waste being dumped at open sites
c. Mechanism for disposing of Construction Waste
24. Copy of log book data (vehicles in & out) maintained at existing dumping site Section 5: MISCELLANEOUS
1. Any prominent NGOs/Individuals working in SWM sector?
2. Awareness Activities taken by the Municipality
3. No. of Rag-pickers in the Municipality
4. Any agency working for/with rag-pickers Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
Annexure No.2 POPULATION PROJECTIONS OF YELLANDU ------
Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
Annexure 2: Population Projections
S.No. Year Arithmetic Incremental Geometric State urban Graphical Average increase increase increase average increase Population
1 2012 35255 35006 33475 35733 35269 34948 2 2013 35617 35075 32116 36574 34439 34764 3 2014 35980 35099 30812 37415 33547 34570 4 2015 36342 35078 29561 38256 32592 34366 5 2016 36705 35012 28360 39097 31575 34150 6 2017 37067 34901 27209 39938 30495 33922 7 2018 37430 34744 26104 40779 29352 33682 8 2019 37792 34542 25044 41620 28148 33429 9 2020 38155 34295 24027 42461 26880 33164 10 2021 38517 34004 23051 43303 25551 32885 11 2022 38880 33666 22115 44144 24158 32593 12 2023 39242 33284 21217 44985 22704 32286 13 2024 39605 32857 20356 45826 21187 31966 14 2025 39967 32384 19529 46667 19607 31631 15 2026 40330 31867 18736 47508 17965 31281 16 2027 40692 31304 17975 48349 16260 30916 17 2028 41055 30696 17245 49190 14493 30536 18 2029 41417 30043 16545 50031 12663 30140 19 2030 41780 29345 15873 50872 10771 29728 20 2031 42142 28602 15229 51713 8816 29300 21 2032 42505 27813 14610 52554 6799 28856 22 2033 42867 26979 14017 53395 4719 28396 23 2034 43230 26101 13448 54236 2577 27918 24 2035 43592 25177 12902 55077 373 27424 25 2036 43955 24208 12378 55918 -1895 26913 26 2037 44317 23194 11875 56759 -4224 26384 27 2038 44680 22135 11393 57600 -6616 25838 28 2039 45042 21030 10930 58441 -9071 25275 29 2040 45405 19881 10486 59283 -11588 24693 30 2041 45767 18686 10061 60124 -14168 24094 31 2042 46130 17446 9652 60965 -16810 23477 32 2043 46492 16161 9260 61806 -19514 22841 33 2044 46855 14831 8884 62647 -22281 22187 34 2045 47217 13456 8523 63488 -25111 21515 34 2046 47580 12036 8177 64329 -28003 20824
Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
Annexure No.3 WASTE PROJECTIONS ------
Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
Annexure 3: Waste Projections
Year Projected Per capita per waste Per capita Total waste Biodegradable Recyclable Combustible Inert Drain SIlt Population year quantity generation quantity in generation in MT/ (in kgs/ MT/ Year with 1.3 % Day Day) increase per capita per year as per MoUD guidelines 2015 38256 156.22 16.37 0.4280 5976 7.91 2.91 2.19 2.31 1.05 2016 39097 158.25 16.95 0.4336 6187 8.19 3.02 2.27 2.39 1.08 2017 39938 160.31 17.54 0.4392 6402 8.47 3.12 2.35 2.47 1.12 2018 40779 162.39 18.14 0.4449 6622 8.76 3.23 2.43 2.56 1.16 2019 41620 164.50 18.76 0.4507 6847 9.06 3.34 2.51 2.64 1.20 2020 42461 166.64 19.39 0.4566 7076 9.36 3.45 2.60 2.73 1.24 2021 43303 168.81 20.03 0.4625 7310 9.67 3.56 2.68 2.82 1.28 2022 44144 171.00 20.68 0.4685 7549 9.99 3.68 2.77 2.92 1.32 2023 44985 173.23 21.35 0.4746 7792 10.31 3.80 2.86 3.01 1.37 2024 45826 175.48 22.03 0.4808 8041 10.64 3.92 2.95 3.11 1.41 2025 46667 177.76 22.73 0.4870 8295 10.98 4.05 3.05 3.20 1.45 2026 47508 180.07 23.44 0.4933 8555 11.32 4.17 3.14 3.30 1.50 2027 48349 182.41 24.16 0.4998 8819 11.67 4.30 3.24 3.41 1.55 2028 49190 184.78 24.90 0.5063 9089 12.03 4.43 3.34 3.51 1.59 2029 50031 187.18 25.66 0.5128 9365 12.39 4.57 3.44 3.62 1.64 2030 50872 189.62 26.43 0.5195 9646 12.76 4.70 3.54 3.73 1.69 2031 51713 192.08 27.21 0.5263 9933 13.14 4.84 3.65 3.84 1.74 2032 52554 194.58 28.02 0.5331 10226 13.53 4.99 3.75 3.95 1.79 2033 53395 197.11 28.83 0.5400 10525 13.93 5.13 3.86 4.07 1.85 2034 54236 199.67 29.67 0.5470 10829 14.33 5.28 3.98 4.18 1.90 2035 55077 202.27 30.52 0.5542 11140 14.74 5.43 4.09 4.30 1.95 2036 55918 204.90 31.39 0.5614 11457 15.16 5.59 4.21 4.43 2.01
Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
2037 56759 207.56 32.28 0.5687 11781 15.59 5.75 4.33 4.55 2.07 2038 57600 210.26 33.18 0.5761 12111 16.03 5.91 4.45 4.68 2.12 2039 58441 212.99 34.10 0.5835 12448 16.47 6.07 4.57 4.81 2.18 2040 59283 215.76 35.04 0.5911 12791 16.93 6.24 4.70 4.94 2.24 2041 60124 218.57 36.00 0.5988 13141 17.39 6.41 4.82 5.08 2.30 2042 60965 221.41 36.98 0.6066 13498 17.86 6.58 4.96 5.21 2.37 2043 61806 224.29 37.98 0.6145 13862 18.34 6.76 5.09 5.35 2.43 2044 62647 227.20 39.00 0.6225 14233 18.83 6.94 5.23 5.50 2.50 2045 63488 230.15 40.03 0.6306 14612 19.34 7.13 5.36 5.64 2.56
Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
Annexure No. 4
Quotation for Proposed Infrastructure
Index for Quotation for Proposed Infrastructure
S. Proposed Proposed Quotation Photo No. infrastructure make Reference no 1 House hold bins Nilkamal Model RC make 101.1/ Quotation included
2 Wheel barrows Sheetal quotation make include
3 Secondary Sheetal quotation collection bins make include
4 Litter bins with Nilkamal Quotation MS frame make included
5 1.8 cum ACE Tata make Rate Hopper Tipper contract BS4 included.
6 Front wheel Praakaram Quotation loader (1 Cum) Auto and included Construction Equipment’s
7 Weigh bridge Citizen make Quotation machine Included
8 Tractor Rate contract included
8 Bailing machine Budgetary price included
House hold bins:
Quote from: Nilkamal
House hold & Secondary Collection bins:
Quote from: Sheetal
Litter bin with MS Frame
Quote from: Nilkamal
1.8 cum ACE Hopper Tipper BS4:
Front-end loader:
Weighbridge Machine:
Quotation from:
Tractor:
Bailing machine budgetary price quote:
Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
Annexure No. 5 VENDOR CONTACT LIST
Composting S.No Vendor Name Adress Contat no 1 M/s Hanjer 401, HUMA MALL, LBS 022-25782541/42 Biotech MARG, KANJURMARG (W), Mr.Irfan-9821125213 MUMBAI - 400078,
2 M/s Hydro air 116, Raheja Arcade, 022-2756 43 47/ 43 Technics (PCD) Sector-11, Plot No.61, 48/ 4777, CBD Belapur, Navi Mumbai, 022 27566865 / Maharashtra 41568181 400 614 Fax - 91-22-2756 43 64. 3 M/s Subhash C/0 OM Metal Tel: + 91- 22- Projects and Marthanda Building,2nd 24944537 Marketing Ltd Floor Above Canara Bank A.B.Road Worli Naka, Mumbai-18
4 M/s Excel Excel Industries Limited Tel.: 91 - 22 - Industries Ltd 184-87, S.V. Road, 66464200 Jogeshwari (West), Fax: 91 - 22 - Mumbai - 400 102, 26783657 5 M/s UPL Near Banco Product, Ph: +91 265 2680283 Environmental Padra Road, / Engineers Ltd Village - Bil, 2680284/ 516 Fax: Vadodara - 391410. +91 Gujarat, India. 288 2680285 6 M/s RAMKY Gachibowli Phone No. 040- Enviro Engineers Ramky Towers 500032 23310091 Ltd (30 lines) Fax No. 040- 23302353
Bio methanation S.No Vendor Name Address Contat no 1 M/s ENKEM 824, Poonamalle High Tel: 044-26427577 Engineers Pvt. Ltd Road, Fax: 044-26411788 Kilpauk (Near KMC), Chennai - 600010 2 M/s Mailhem 4, Neelesh Apartments, 020 25659856 Engineers Pvt.Ltd 426/6, Gokhale Cross Road, Fax-020 25659857. Model Colony, Pune - 411 061 Maharashtra India 3 M/s TERI-Energy TERI Mumbai Office Tel. No. 27580021 and Resource "Crystal", 4th Floor, Institute 79 Dr. Annie Besant Road, Worli, Mumbai 400018
Composting S.No Vendor Name Adress Contat no 3 M/s Subhash C/0 OM Metal Tel: + 91- 22-24944537 Projects and Marthanda Building,2nd Marketing Ltd Floor Above Canara Bank A.B.Road Worli Naka, Mumbai-18
4 M/s Garware - Wall 39, S.K.Hafizuddin Tel-020-30780185 Ropes Ltd Marg, Sankil Street, Byculla (W), Mumbai- 400 008 5 M/s SMS Infrastructure 244, Narayani House, Mr. H. S. Vijay M.D - Ltd Hill Road, 9822571432 Ramnagar, Nagpur – 440010 6 M/s RAMKY Gachibowli Phone No. 040- Enviro Engineers Ramky Towers 500032 23310091 Ltd (30 lines) Fax No. 040-23302353
Telangana Urban Finance & Infrastructure Development Corporation (TUFIDC) Preparation of DPR for MSWM System under Zone-II
Annexure No. 6 SWM Rules 2016
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