The document presents a master plan for solid waste collection and disposal management in Narayanganj City Corporation. It discusses the current challenges with waste management in the city. It then proposes a modernized collection system involving secondary transfer stations. Specifically, it recommends 8 secondary transfer stations located across various wards. The stations would aid in more efficient transportation of waste to the final disposal site. Additionally, the document outlines the methodology used in developing the master plan, including waste data collection and analysis to inform the plan.
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The zero waste concept- What it is, How industries view and apply it and how useful is it to policy makers in lieu of environmental management and sustainability.
A published work of Atiq Uz Zamaan, University of South Australia.
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The zero waste concept- What it is, How industries view and apply it and how useful is it to policy makers in lieu of environmental management and sustainability.
A published work of Atiq Uz Zamaan, University of South Australia.
Master Plan dan Kajian Akademis Persampahan Provinsi DKI Jakartajoihot
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khususnya Dinas Kebersihan DKI Jakarta untuk melanjutkan pelaksanaan pengelolaan
persampahan yang berwawasan lingkungan dan berkelanjutan
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Beijing, as the capital and political and cultural center of China, is a world famous ancient city and modern cosmopolis. Standing in the northwest of Beijing, Haidian District is important and famous for its science and technology, culture, education and tourism. It, consists of 22 sub -districts and 11 townships, has a total area of 426 square kilometers and a resident population of 1.5 million.
Land Readjustment (LR) is one of the methods of land development for developing or improving urban infrastructure and also enhancing utility/value of land, so a LR is not a land acquisition method, but a kind of land consolidation method, which is called “Land Replotting”.
Land readjustment is an approach that is commonly used in East Asian countries, such as Japan and the Republic of Korea. In addition, it has also been used in Germany to enable the assembly and planning of privately owned land at the peri-urban fringe, as well as the delivery of infrastructure and services on such land. Using this approach, the government pools or assembles the various privately owned land parcels in a given area and prepares a land use plan for the overall area including designating spaces for public infrastructure and services such as roads and open spaces. It then implements the plan and provides the necessary trunk infrastructure. At the end of the process, the government returns to each landowner a land parcel proportional to their original parcel but of smaller size (for instance, 50–60 percent of the original land parcel)—except that the new land parcel is of a higher value because it is now serviced urban land. The government retains selected strategic land parcels that it auctions or sells at market rates for cost recovery of its investment in infrastructure and service delivery (see Lozano-Gracia and others 2013). Land readjustment is a very useful instrument in urban regeneration projects involving private land and fragmented land ownership.
Problems-
1. Physical aspects such as buildings, roads, and land use are not proper.
2. Lack of adequate road infrastructure and social infrastructure.
3. Irregular plots, both the government and the private parties including individual owned small parcels of land exist
4. Hike in land values
5. Private ownership of small parcels of urban land sometimes interferes with the effective control of the space pattern of the city
6. Improper width of roads create traffic issues.
Urban Planning & Development Act, 1973Aman Kudesia
Housing & Urban Planning Department Uttar Pradesh
Urban Planning Act
Power of Authority, State Government & Court
Master Plan, Zonal Development Plan
Land Acquisition & Disposal of Land
An easy to grasp manual to establish waste segregation at home. Distills the waste segregation down to 5 important categories so that the requirement is easily understandable to all.
Introduction to Site Planning. These slides should be able to provide urban planners a simple guide to factors and issues to consider in planning a a site. These slides were prepared for urban design class for masters students in Makerere University Kampala ( Uganda)
Growth pattern of towns Natural and Planned,
Types of zoning and importance,
various road networks(Grid iron pattern, shoe string development,
Surveys for data collection, physical survey, social survey, economic survey, civic survey,
Town aesthetics, landscape architecture,
Rehabilitation of slum and urban renewal,
Persyaratan Teknis Pengoperasian, Penutupan dan Rehabilitasi TPA Sampah Joy Irman
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Master Plan dan Kajian Akademis Persampahan Provinsi DKI Jakartajoihot
Pekerjaan “Master Plan dan Kajian Akademis Persampahan Provinsi DKI Jakarta 2012
-2032” dimaksudkan untuk membantu Pemerintah Provinsi Daerah Khusus Ibukota Jakarta
khususnya Dinas Kebersihan DKI Jakarta untuk melanjutkan pelaksanaan pengelolaan
persampahan yang berwawasan lingkungan dan berkelanjutan
Smart Cities - Global Case Studies - Part - 4Resurgent India
Beijing, as the capital and political and cultural center of China, is a world famous ancient city and modern cosmopolis. Standing in the northwest of Beijing, Haidian District is important and famous for its science and technology, culture, education and tourism. It, consists of 22 sub -districts and 11 townships, has a total area of 426 square kilometers and a resident population of 1.5 million.
Land Readjustment (LR) is one of the methods of land development for developing or improving urban infrastructure and also enhancing utility/value of land, so a LR is not a land acquisition method, but a kind of land consolidation method, which is called “Land Replotting”.
Land readjustment is an approach that is commonly used in East Asian countries, such as Japan and the Republic of Korea. In addition, it has also been used in Germany to enable the assembly and planning of privately owned land at the peri-urban fringe, as well as the delivery of infrastructure and services on such land. Using this approach, the government pools or assembles the various privately owned land parcels in a given area and prepares a land use plan for the overall area including designating spaces for public infrastructure and services such as roads and open spaces. It then implements the plan and provides the necessary trunk infrastructure. At the end of the process, the government returns to each landowner a land parcel proportional to their original parcel but of smaller size (for instance, 50–60 percent of the original land parcel)—except that the new land parcel is of a higher value because it is now serviced urban land. The government retains selected strategic land parcels that it auctions or sells at market rates for cost recovery of its investment in infrastructure and service delivery (see Lozano-Gracia and others 2013). Land readjustment is a very useful instrument in urban regeneration projects involving private land and fragmented land ownership.
Problems-
1. Physical aspects such as buildings, roads, and land use are not proper.
2. Lack of adequate road infrastructure and social infrastructure.
3. Irregular plots, both the government and the private parties including individual owned small parcels of land exist
4. Hike in land values
5. Private ownership of small parcels of urban land sometimes interferes with the effective control of the space pattern of the city
6. Improper width of roads create traffic issues.
Urban Planning & Development Act, 1973Aman Kudesia
Housing & Urban Planning Department Uttar Pradesh
Urban Planning Act
Power of Authority, State Government & Court
Master Plan, Zonal Development Plan
Land Acquisition & Disposal of Land
An easy to grasp manual to establish waste segregation at home. Distills the waste segregation down to 5 important categories so that the requirement is easily understandable to all.
Introduction to Site Planning. These slides should be able to provide urban planners a simple guide to factors and issues to consider in planning a a site. These slides were prepared for urban design class for masters students in Makerere University Kampala ( Uganda)
Growth pattern of towns Natural and Planned,
Types of zoning and importance,
various road networks(Grid iron pattern, shoe string development,
Surveys for data collection, physical survey, social survey, economic survey, civic survey,
Town aesthetics, landscape architecture,
Rehabilitation of slum and urban renewal,
Persyaratan Teknis Pengoperasian, Penutupan dan Rehabilitasi TPA Sampah Joy Irman
Persyaratan Teknis Pengoperasian, Penutupan dan Rehabilitasi TPA Sampah dalam rangka Penyelenggaraan Prasarana dan Sarana Persampahan dalam Penanganan Sampah Rumah Tangga dan Sampah Sejenis Rumah Tangga
Mahesh Joshi on need of segregation of solid wasteMahesh Joshi
This is my Presentation on Need of Segregation of Municipal Solid Waste during M.Sc. Environmental Science. It was a project for Service Course for Communication Skills.
Presentation to MCGM regarding Mumbai Development Plan 2014-34 - SWMRishi Aggarwal
This is a presentation made to the Municipal Corporation of Greater Mumbai on 21st January 2014 to apprise them of views about how land use should be done keeping solid waste management processes in mind.
CFD Simulation of By-pass Flow in a HRSG module by R&R Consult.pptxR&R Consult
CFD analysis is incredibly effective at solving mysteries and improving the performance of complex systems!
Here's a great example: At a large natural gas-fired power plant, where they use waste heat to generate steam and energy, they were puzzled that their boiler wasn't producing as much steam as expected.
R&R and Tetra Engineering Group Inc. were asked to solve the issue with reduced steam production.
An inspection had shown that a significant amount of hot flue gas was bypassing the boiler tubes, where the heat was supposed to be transferred.
R&R Consult conducted a CFD analysis, which revealed that 6.3% of the flue gas was bypassing the boiler tubes without transferring heat. The analysis also showed that the flue gas was instead being directed along the sides of the boiler and between the modules that were supposed to capture the heat. This was the cause of the reduced performance.
Based on our results, Tetra Engineering installed covering plates to reduce the bypass flow. This improved the boiler's performance and increased electricity production.
It is always satisfying when we can help solve complex challenges like this. Do your systems also need a check-up or optimization? Give us a call!
Work done in cooperation with James Malloy and David Moelling from Tetra Engineering.
More examples of our work https://www.r-r-consult.dk/en/cases-en/
Saudi Arabia stands as a titan in the global energy landscape, renowned for its abundant oil and gas resources. It's the largest exporter of petroleum and holds some of the world's most significant reserves. Let's delve into the top 10 oil and gas projects shaping Saudi Arabia's energy future in 2024.
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Presented at NUS: Fuzzing and Software Security Summer School 2024
This keynote talks about the democratization of fuzzing at scale, highlighting the collaboration between open source communities, academia, and industry to advance the field of fuzzing. It delves into the history of fuzzing, the development of scalable fuzzing platforms, and the empowerment of community-driven research. The talk will further discuss recent advancements leveraging AI/ML and offer insights into the future evolution of the fuzzing landscape.
TECHNICAL TRAINING MANUAL GENERAL FAMILIARIZATION COURSEDuvanRamosGarzon1
AIRCRAFT GENERAL
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The A318, A319, A320 and A321 are twin-engine subsonic medium range aircraft.
The family offers a choice of engines
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Industrial Training at Shahjalal Fertilizer Company Limited (SFCL)MdTanvirMahtab2
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Forklift Classes Overview by Intella PartsIntella Parts
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For more technical information, visit our website https://intellaparts.com
COLLEGE BUS MANAGEMENT SYSTEM PROJECT REPORT.pdfKamal Acharya
The College Bus Management system is completely developed by Visual Basic .NET Version. The application is connect with most secured database language MS SQL Server. The application is develop by using best combination of front-end and back-end languages. The application is totally design like flat user interface. This flat user interface is more attractive user interface in 2017. The application is gives more important to the system functionality. The application is to manage the student’s details, driver’s details, bus details, bus route details, bus fees details and more. The application has only one unit for admin. The admin can manage the entire application. The admin can login into the application by using username and password of the admin. The application is develop for big and small colleges. It is more user friendly for non-computer person. Even they can easily learn how to manage the application within hours. The application is more secure by the admin. The system will give an effective output for the VB.Net and SQL Server given as input to the system. The compiled java program given as input to the system, after scanning the program will generate different reports. The application generates the report for users. The admin can view and download the report of the data. The application deliver the excel format reports. Because, excel formatted reports is very easy to understand the income and expense of the college bus. This application is mainly develop for windows operating system users. In 2017, 73% of people enterprises are using windows operating system. So the application will easily install for all the windows operating system users. The application-developed size is very low. The application consumes very low space in disk. Therefore, the user can allocate very minimum local disk space for this application.
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Final project report on grocery store management system..pdfKamal Acharya
In today’s fast-changing business environment, it’s extremely important to be able to respond to client needs in the most effective and timely manner. If your customers wish to see your business online and have instant access to your products or services.
Online Grocery Store is an e-commerce website, which retails various grocery products. This project allows viewing various products available enables registered users to purchase desired products instantly using Paytm, UPI payment processor (Instant Pay) and also can place order by using Cash on Delivery (Pay Later) option. This project provides an easy access to Administrators and Managers to view orders placed using Pay Later and Instant Pay options.
In order to develop an e-commerce website, a number of Technologies must be studied and understood. These include multi-tiered architecture, server and client-side scripting techniques, implementation technologies, programming language (such as PHP, HTML, CSS, JavaScript) and MySQL relational databases. This is a project with the objective to develop a basic website where a consumer is provided with a shopping cart website and also to know about the technologies used to develop such a website.
This document will discuss each of the underlying technologies to create and implement an e- commerce website.
Final project report on grocery store management system..pdf
Solid Waste Management master plan for NCC
1. Presented by
8th October 2020
1
PRESENTATION ON MASTER PLAN FOR SOLID WASTE COLLECTION
AND DISPOSAL MANAGEMENT IN NARAYANGANJ CITY CORPORATION
Narayanganj City Corporation
Acumen Architects and Planners Ltd.
2. Background of the Project
Narayanganj is the center of business and industry, especially
the jute trade, processing plants and the textile sector of the
country.
It’s a city of about 1.5 millions people with an area of 72.43
sq. km (NCC, 2020).
Solid waste generated by the households, markets, commercial
and industrial entities of NCC lacks efficient management and
environment friendly disposal.
According to our surveys, discussions, calculations and analysis,
not more than 50 % of generated solid waste in NCC is currently
collected and transported to a dumping site.
Acumen Architects and planners Ltd.
3. Project Summary
Narayanganj City Corporation has recruited Acumen Architects and Planners
Ltd. and signed a contract with Acumen on 27th November, 2019 to carry
out the thorough SWM Study and Prepare SWM Master Plan as well as to
provide necessary support for contracting out the construction work of the
project.
Acumen Architects and planners Ltd.
Client Narayanganj City Corporation
Client
Representatives
Md Kamrul Ahsan, Superintending Engineer, Narayanganj City
Corporation, Narayanganj
Client Reference Memo no: 46.16.6700.015.09.217.19.121
Project Name Solid Waste Collection and Disposal Management in
Narayanganj City Corporation
Contract Date 27th November, 2019
Contract Duration 6 months
Document Title Master Plan for Solid Waste Collection & Disposal Management
in Narayanganj City Corporation
4. Objectives of This Project
The main objectives of this project are following:
I. To prepare a comprehensive Solid Waste Management (SWM)
Master Plan for NCC.
II. To ensure efficient solid waste collection and transport
management and environment friendly final disposal
III.To prepare a modern and sustainable waste management plant
at Jalkuri
IV. To produce products (Compost Fertilizer, Biogas, Crude oil,
charcoal and recycled products) from solid/municipal waste of
NCC
Acumen Architects and planners Ltd.
5. Development of SWM Master Plan
1. Detailed analyses of current SWM data/situation/system/practice at NCC
2. Present Waste Data Collection and Future projection of waste generation at NCC
3. Detailed plan for source separated waste collection, STS & transportation and
environment friendly disposal of the collected waste
4. Detailed land use plan for the Jalkuri solid waste management Plant
5. Detail Road network, Road Sign, Footpath and Drainage Master plan for Jalkuri
Waste Management Plant
6. Detail Master plan for Landfilling, Waste Sorting Shade, Recycling Shade, Compost
Plant, Compost Drying Bed, Compost Processing Shade and Biogas Plant for Jalkuri
Waste Management Plant
7. Detail Master plan for Garage, Car Washing Shade, Maintenance Workshop, Canteen
Room, Prayer Room, Administration Building, Guard Room, Monitoring Room and
Entry Gate for Jalkuri Waste Management Plant
8. Detail Master plan for Plantation, Leachate Pond, Gray Water pond and Fresh
Water Pond for Jalkuri Waste Management Plant
9. Preparation of Estimation, BID Documents (for contracting out) and Bill of
Quotations (BoQ) for all design works
6. Time Frame of the Master Plan
Master plan is a dynamic long-term planning document that provides a
conceptual layout to guide future growth and development. Generally, any
kind of master plan is proposed for 20 years.
The master plan for solid waste collection and disposal management can be
for 50 years even 100 years based on its capacity.
But for Narayanganj, Acumen (the consultant) think that it will not be a
suitable and feasible plan for more than 20 years for Jalkuri Waste
Management Plant.
The consultant also proposed that this master plan will be revised and
updated where necessary after every 5 years. The waste management
department and NCC’s authority will be responsible for the implementation
and revision of this master Plan.
7. Revision of the Master Plan
The consultant also proposed that this master plan will be revised and updated where
necessary after every 5 years. The waste management department and NCC’s authority
will be responsible for the implementation and revision of this master Plan.
1st Revision:
Revision of Waste
Collection System
Installation of STS
(Secondary Transfer
Stations)
Garbage Vehicle needs and
gaps analysis
Capacity Building
Man staff
New infrastructures
development for SWM
Procurement of new
Modern SWM equipment
2nd Revision:
Installation of STS
(Secondary Transfer
Stations)
Garbage Vehicle needs and
gaps analysis
Capacity Building
Man staff
New infrastructures
development for SWM
Procurement of new
Modern SWM equipment
Compost production
Biogas Production
Power Generation
Extend the service area
3rd Revision:
Compost production
Biogas Production
Power Generation
Petroliam Generation
Market creation for the
product of waste
management plant
Landfill site extension or
preparation for new
landfill site
Searching for new location
for Landfill site
Extend the service area
4th Revision:
Market creation for the
products and bi-products
of waste management
plant
Landfill site extension or
preparation for new
landfill site
Searching for new location
for Landfill site
Preparation for New
Master Plan/New SWM
Plant
8. Methodology & Approach of the
Preparation of this SWM Master Plan
1. Jalkuri Landfill site visit, Drone survey, Digital Survey, Geological Survey
and Topographical survey of the proposed landfill site, Muza Map Collection
and digitization with detail study and analysis about the proposed landfill. site
9. Methodology & Approach of the
Preparation of this SWM Master Plan
2. Solid Waste Data Collection through household survey, commercial, industrial and
medical waste survey, KII, FGDs, discussion with NCC authorities, and secondary
sources & Detail Analyses of collected data
10. Methodology & Approach of the
Preparation of this Draft Master Plan
3. Solid Waste Data Collection through polythene bag distribution and collection survey,
Open dumping points visit, discussion with NCC authorities and secondary sources
11. Waste Production and Projection of
Households Waste in NCC
Income Group Average Family
Size
Average Waste
Generation rate per
Person
Average Waste
Generation Rate (gm)
High Income Group 5.44 601.272 462.534 gm
0.463 kg
Middle Income Group 4.964 421.224
Low Income Group 4.416 365.206
Total Population of Narayanganj City
Corporation at 2020
About 14 lacks or 1.4 million but according to BBS, 2011, it is about 1063576
(Based on BBS, 2011 data: Projected with exponential growth methods)
Total Amount of Household Solid Waste
Generation per Day at 2020
491975.514 kg or 491.975 tons
Year Population
(Based on BBS,
2011)
Total Amount of
Household Waste of NCC
(Unit: Ton)
Per capita waste
generation per day:
0.463
Population
(Based on Consultant
Study, NCC)
Total Amount of
Household Waste of NCC
(Unit: Ton)
Per capita waste
generation per day:
0.463
2020 10, 63, 576 491.98 14, 00, 000 648.2
2025 13, 56, 133 627.30 17, 20, 957 796.80
2030 17, 29, 162 799.85
21, 15, 496 979.47
2035 22, 04, 800 1019.87 26, 00, 485 1204.02
2040 28, 11, 271 1300.40 31, 96, 660 1480.05
12. Waste
Production
from
Open
Dumping
Points
in
NCC
Location Name of open dumping point Wand
Number
Type of Area Approx. Area
(sq. feet)
Amount of waste
Unit: Number of
Loaded Truck (3 ton)
Amount of Waste
(Unit: Ton)
Nitaiganj Mor 18 Commercial 12’/6’ 1 3
Nulua Road (Bongobondu extension
Road, Motin Shaber Bari, beside
Kamarer Shop
18 Commercial 5’/5’ 1 3
Nitaigang Mor, boldeb Temple 15 Commercial 8’/6’ 1/2 1.5
Nitaiganj, in front of Somrat
Garments
15 Commercial 8’/5’ 4 12
DIT, Jonota Super Market 15 Commercial 5’/6’ 1 3
In front of F Rahman Super Market 15 Commercial 5’/7’ 1 3
Ukil Para Mor 14 Commercial 8’/10’ 2.5 7.5
Flower Bazar Mor 14 Commercial 8’/6’ 3 9
Beside Popular Clinic 13 Commercial 8’/10’ 2.5 (Evening ½ Truck) 7.5
Beside Hokers Market 13 Commercial 5’/7’ 2.5 (Evening ½ Truck) 7.5
Children Park Sport 12 Residential 5’/6’ 1 3
Officer’s Quarter, Khanpur 12 Commercial 10’/8’ 1.5 (Evening ½ Truck) 4.5
Beside Borofcall Field 11 Commercial 5’/6’ 1 3
Beside Fire Service Mor 11 Residential 10’/8’ 1/2 1.5
M. Sarkas Mor 11 Industrial and
Commercial
12’/10’ 1 3
Beside Pathantoli Bazar Mosjod 10 Residential,
Industrial and
Commercial
20’/6’ 1 3
Beside Metro Cinema Hall 13 Commercial 5’/6’ 1/2 1.5
Beside Jahaj Office 13 Residential
and
Commercial
10’/12’ 2 6
Beside 1 no. rail gate 15 Commercial 5’/6’ 1 3
Beside Chamber Road 15 Commercial 5’/7’ 2 6
Beside Amina Monjil 17 Residential 12’/8’ 1 3
Beside Akhrar Mor 16 Commercial 15’/5’ 1/2 1.5
Beside Jim Khana Road 17 Residential 15’/12’ 1 1.5
Total (23) 32 (Approx.) 97.5 (Approx.)
Total (85) 118 (Approx.) 340 (Approx.)
13. Methodology & Approach of the Preparation
of this Draft Master Plan
4. Solid Waste Data Collection through medical waste survey, discussion with warehouse
of broken material, discussion with NCC authorities, and from secondary sources
14. Waste type Amount
(Unit:
kg)
Composi
tion/
Percent
age
Broken material (Iron, steel,
glass, silver, tin etc.)
31500 35
Plastic 18000 20
Textile/cloth 9000 10
Leather/rubber 9000 10
Paper 13500 15
Hazardous Waste (Bottle of
Medicine, Acid, paints and other
hazardous substances which
contain chemical ingredients)
4500 5
Other waste 4500 5
Total 90000 kg
(90 tons)
100
Waste composition in 200 kg of warehouse’s waste per day
Waste Composition/Percentage of waste from the
warehouses of broken materials in NCC
35%
20%
10%
10%
15%
5%5%
Waste Composition/Percentage of
warehouses in NCC
Broken material
Plastic
Textile/cloth
Leather/rubber
Paper
Hazardous Waste
Other waste
15. Methodology & Approach of the
Preparation of this Draft Master Plan
5. Dumping Site, Compost Plant and WTE Plant Visit with NCC’s Waste
Management Department (Alamin Nogor and Panchoboti Compost Plant)
16. Methodology & Approach of the Preparation
of this Draft Master Plan
6. Similar SWM Plant Visit (Jessore SWM Plant Visit with NCC) to enrich
consultant knowledge about SWM
17. Methodology & Approach of the
Preparation of this Draft Master Plan
7. Solid Waste Data Collection discussion with NCC authorities and Waste Management
Department of NCC
18. Methodology & Approach of the
Preparation of this Draft Master Plan
8. Waste Sample Collection, Chemical Test of Collected Waste and Detail
study on Waste Management to prepare this draft master plan.
21. Present Scenario/Problems/Barriers of
Solid Waste Management at NCC
Absence of implementation of national policy to encourage
recycling practice;
Lack of Finance/Investment, and inefficient tax collection;
Inefficient and back dated practice of waste collection;
Shortage of suitable lands for final disposal of solid waste;
Shortage of Secondary Transfer Stations/Points before final
transfer to disposal site;
Lack of awareness about environmental problems associated with
solid wastes and
Lack of partnership between public sector, private sectors and
community groups.
22. Modernized Solid Wastes
Collection System
There are two types of collection system:
1. Conventional based
2. Community based
Alternative Potential
Advantage
Potential
Disadvantage
Favoring Condition
Once per week or
less
Less expensive Odor and Vector
Problem
Cold to Moderate
Climate
Twice per week Reduce storage
equipments
More expensive Warm Climate
More than twice
per week
Reduce storage
equipments
More expensive Dense Population
Advantages and Disadvantages of Different Collection Frequencies
23. Secondary Transfer Station/STS
Secondary collection is the collection of waste from communal bins, storage
points, or transfer station, and transportation to the final disposal site
(Rahman, et al., 2010).
The consultant proposed that there should be at least 8 secondary
Transfer Points in whole Narayanganj City Corporation. Typical size of an
STS is about 40”/50” or 50”/40”.
STS at Narayanganj: 3
STS at Siddirganj: 3
STS at Kadam Rasul: 2
27. Secondary Transfer Station (STS)
STS Proposal for Narayanganj City
Corporation:
There are already 80-85 designated
open dumping points in Narayanganj
City Corporation which should be
converted into secondary transfer
station. There need 50-60 secondary
transfer stations in Narayanganj
City Corporation. This number will be
revised after each five year.
31. Type of Truck Frequency of
Dumping
Loading Rate
1.5 ton 4 trips/d 80 %
3 ton 4 trips/d 80 %
5 ton 3 trips/d 70 %
10 ton 2 trips/d 70 %
15 ton 2 trips/d 60 %
20 ton 2 trips/d 60%
Assumption of Truck Operation at NCC
Estimated by the Acumen Study Team
Procurement Plan of Trucks and Containers
Source: Estimated by the Acumen Study Team
Existing Number of Garbage Vehicle: Approx. 38 (According to NCC Waste Management
Department
List of New Procured Garbage Vehicle up to 2040
Year 1.5 ton 3 ton 5 ton 10 ton 20 ton Total
'20 5 10 15 15 5 50
'22 5 4 10 0 0 19
'24 5 1 5 0 0 11
'26 0 0 5 5 5 15
'28 0 0 5 0 0 5
'30 0 0 4 0 5 9
'32 0 0 4 5 0 9
'34 0 0 3 0 0 3
'36 0 0 3 0 5 8
'38 0 0 1 5 5 11
'40 0 0 0 0 0 0
total 15 20 50 30 25 140
32. The required number of drivers and cleaners is estimated under the
following conditions by type of trucks.
1.5-ton Truck: (1 crew consists of 1 driver + 2 cleaners) 4-shift a day
3-ton Truck: (1 crew consists of 1 driver + 2 cleaners) 2-shift a day
5-ton Truck: 1 crew consists of 1 driver + 2 cleaners (truck and special cleaners)
10- ton Truck: 1 crew consists of 1 driver + 4 cleaners (truck and special cleaners)
15- ton Truck: 1 crew consists of 1 driver + 4 cleaners (truck and special cleaners)
20-ton Truck: 1 crew consists of 1 driver + 4 cleaners (truck and special cleaners)
Vehicle Staffing Plan and Assumed Operation Manner for NCC
Year 1.5 ton 3 ton 5 ton 10 ton 20 ton Total
Total Number of
Employee
'20 5 10 15 15 5 50 304
'22 5 4 10 0 0 19 171
'24 5 1 5 0 0 11 147
'26 0 0 5 5 5 15 179
'28 0 0 5 0 0 5 129
'30 0 0 4 0 5 9 151
'32 0 0 4 5 0 9 151
'34 0 0 3 0 0 3 123
'36 0 0 3 0 5 8 148
'38 0 0 1 5 5 11 167
'40 0 0 0 0 0 0 114
total 15 20 50 30 25 140 644
Existing Number of Garbage Vehicle: Approx. 38 and Number of staff involve with
those Garbage Vehicle: Approx. 38*3=114
33. Total amount of daily generated Solid
Waste from different sources and Waste
Composition at NCC in 2020
MSW Generation at NCC Potential Supply of MSW by NCC to Jalkuri Site (Basis
of plant’s design capacity of resources recovery)
Source of Solid
Waste
Amount
(tons/d
ay)
Food & Farm
Wastes
(tons/day)
Non-food Wastes (tons/day)
Fermentable
Fraction (Biomass
for Biogas &
Compost Plant)
Recyclable Fraction
(Direct Sale of
Metals, PET &
HDPE Plastics,
Cardboards &
Mixed Papers, E-
Wastes after
sorting)
Non-recyclables –
either hazardous
or not recyclable
economically (RDF
for WTE or
Pyrolysis Plant)
Household 492 366.84
(74.56 %)
89.99
(18.29 %)
35.18
(7.15 %)
Commercial and
Industrial
340 170
(50 %)
136
(40%)
34
(10 %)
Warehouse of
Broken Material
90 0
(0 %)
63
(70 %)
27 tons/day
(30%)
Total 922 536.84 (58.2%) 288.99 (31.34%) 96.18 (10.43%)
34. But what a sight for SWM!
Is this what we want?
Should we just wait and watch our earth turn into
a dump yard !!!???
35. Consequences of Improper Solid
Waste Management
Consequences of improper solid waste disposal
i. Air Pollution
ii. Ground Water Contamination
iii. Stagnant Water for Breeding Insects
iv. Land can Get Degraded and Poisoned
The appropriate solid waste disposal method has to be selected,
keeping in view the following objectives:
1. Should be economically viable
2. Should not create any kinds of health Hazards
3. Should not causes adverse environmental effects
4. Should not result in unpleasant sight, odor and noise
36. List of the Products & by-Products of a
Planned SWM Plant, the City Corporations
/Municipalities can get……
Products:
1. Recycled and reusable different types of Products
2. Compost/Organic fertilizer
3. Bio-Gas
4. Crude Oil (Petroliam, Diesel, Octene etc.)
5. Heat and Electric Energy/Power
6. Ashes (From incineration or burning waste)
By-Products:
1. Employment generation
2. Net and Clean Narayanganj City
3. Healthier and Liveable Narayanganj City
4. No water logging and clear drainage/sewerage flow in Narayanganj city
5. No ground water contamination and no water pollution (water body, Khal,
River etc.)
6. Control air, water, land, environment pollution/pollution free city
7. No road blockage by waste
8. Less wastage of land
37. Quantity of all the Products and by-
Product & Economic/Monetary Benefit of
a Planned SWM Plant (Compost Fertilizer)
One kilo of Municipal Waste is sufficient to produce approx. 0.25 kg
(1/3th) of compost fertilizer and it is 16,666.67 kg/16.67 ton from
50 ton municipal waste
The monetary value of produced compost fertilizer from 50 ton
municipal waste is equivalent to approx. 83,333.33 taka/day
Monthly income from a 50 ton compost plant will be about 25,00,000
taka (83,333.33*5*30=25,00,000taka/month; per kg compost
fertilizer is equivalent to max. 5 Taka).
10,000kg/10 ton (1/5th of 50 ton) fertilizer will also come from
slurry of Biogas Plant (50 ton MSW) and the monthly value of that
fertilizer is about 60,000taka/day and 18,00,000taka/month
Total Income from composting is about 1,43,333.33taka/day and
43,00,000taka/month
Potential Customers of composting are Farmer (Vegetable and
Agricultural), Nursery, Roof Top Gardening, Gardening, etc.
38. Quantity of all the Products and by-Product
& Economic/Monetary Benefit of a Planned
SWM Plant (Bio-Gas, Waste to Energy)
One kilo of waste is sufficient to produce approx. 0.07 cubic meters of pure methane gas
and it is 3500 cubic meters from 50 ton food waste (Organic waste).
Each cubic meter (m3) of biogas contains the equivalent of 6 kWh of calorific energy. 4500 cubic
meters biogas (Compare to Jessore Plant) will produce 2700 KWh/2.1MW of electricity.
Total Monetary Value of 2.7MW/2700kWh is about 58,80,500 taka/month
(2700kWh/Unit*7.16*30)
One kg of waste is sufficient to produce enough biogas to travel a kilometer, or two
kilometres by an eco-car.
Incineration
39. Quantity of all the Products and by-Product
& Economic/Monetary Benefit of a Planned
SWM Plant (Crude Oil- Petroleum)
One kg of plastic/polythene waste is sufficient to produce 0.55
litre crude oil (Petroliam, Diesel, Octane etc.)/0.45L useable
vehicle fuel.
0.2ton/200kg Plastic waste is sufficient to produce approx.
200 litres crude oil (Ponchhaboti compost plant of NCC) which is
equivalent to 2,16,000 taka/month (200*.45*80*30)
Market value of 1kg ash produced from burning
plastic/polythene is 1200-1500 taka (Average 1000tk/kg)
Total value of 20 kg Ashes (200 kg Plastic*0.10) is about
6,00,000tk/month (20*1000*30)
40. Cost-Benefit Analysis Based on Previous Completed SWM Project Experience
Sl.
No. Description of Works
Total Amount of Cost in
BDT ( Including VAT & Tax)
1 Land Development/Earth Filling 2,90,59,990.00
2 Construction of Road, Foot Path and Drain 2,89,90,800.00
3 Construction of Pump House and WTP 60,51,231.00
4 Construction of Leachate, Gray and Natural Ponds, WTP 1,55,50,233.00
5 Construction of Office Building 65,88,176.00
6 Construction of Guard Room and Monitoring Room 40,50,420.00
7 Construction of Canteen and Prayer Room 2520783.00
8
Construction of Garage, Car Washing Shade and Maintenance
Workshop 95,50,998.00
9 Construction of Boundary Wall 9050352.00
10 Construction of Entry Gate 2890283.00
11 Construction of Traffic Signs and System 1045977.00
12 Construction Weight Scale 2558934.00
13
Construction of Utility Poles and Lines (Water, Gas, Electricity, Lamp
Post etc.) 6657366.00
14 Beautification and Plantation Cost 7075690.00
15
Investment on Garbage Vehicles ( Hand Trolley, Rickshaw Van,
Secondary Transfer Vehicle, Garbage trucks of 4, 6, 8, 10 wheels) 92456792.00
16 Construction of Waste Sorting and Storage with Recycling Shade 10015200.00
17 Cost of Modern Mechanical equipment’s in Waste sorting Shade 41060890.00
18 Construction of Compost Plant 19080111.00
19 Cost of Bio Gas Plant 32090271.00
20 Cost to Waste to Electricity Production Plant 23345690.00
21 Cost of Waste to Petroleum Production Plant 27001199.00
22 Cost of Waste Compaction Vehicle 32315741.00
Total 40,90,07,127.00
Implementation
Cost
for
Solid
Waste
Management
Plant
(Including
VAT
and
Tax)
41. Cost-Benefit Analysis Based on Previous
Completed SWM Project Experience
Sl.
No.
Description of Works Total Amount of Cost in BDT (
Including VAT & Tax)
1
Staff Remuneration (Average-15,000BDT)/month (Total-57
Person) 8,50,000.00
2
Garbage Vehicle Driver and Cleaner (45)/month (Average-
15000BDT/month) for 100 ton solid waste 6,50,000.00
3 Fuel Cost/Maintenance Cost (50)/month 5,00,000.00
4 Power/Electric Bill/Utility Charge/month 50,000.00
Total 20,50,000.00
Operation and Maintenance Cost/ Month
Promotion and Marketing Cost/Month
Sl.
No.
Description of Expenses Total Amount of Cost in BDT (
Including VAT & Tax)
1
Staff Training/Workshop/Promotional Cost (Public
awareness, campaigning, posturing) 1, 50, 000.00
2 Cost of Compost Marketing 1, 00, 000.00
Total 2, 50, 000.00
Total Cost / Month
Sl.
No.
Description of Expenses Total Amount of Cost in BDT
( Including VAT & Tax)
1 Operation and Maintenance Cost 20,50,000.00
2 Promotion/Marketing/Public Awareness Building 2,50,000.00
Total 23, 00, 000.00
42. Cost-Benefit Analysis Based on Previous
Completed SWM Project Experience
Revenue/Income Generation/Month
Sl.
No.
Description of Revenue Total Amount of Revenue/ Income in BDT
( Including VAT & Tax)
1 Household (55353)Charge/Month (80tk/Household) 44, 28, 240.00
2 Composting Fertilizer (50 ton*1/3*5)=25, 00, 000 tk 25,00,000.00
3 Biogas (450 m^3 from 50 ton) (Jessore: 200 m^3 from
17 ton); Electricity: 450*6= 2700kWh
2700*7.16*30=5,80,500.00taka/month
5,80,500.00
4 Compost from Slurry (50 ton*1/4*1/2*5*30) 1,90,000.00
5 Crude oil/petroleum from polythene/plastic
(200L*.45*80*30)
2,16,000.00
6 Charcoal/ink (20kg*1000*30) 6,00,000.00
Total 85, 14, 740.00
Cost Benefit Analysis/Month
Sl.
No.
Description of Expenses/Revenue Total Amount of Revenue/
Expenses in BDT
1 Implementation Cost 40,90,07,127.00
1 Monthly Total Expenses for the SWM Plant 23, 00, 000.00
2 Monthly Total Income from the SWM Plant 85,14,740.00
3 Monthly Surplus/Revenue/Profit 62,14,740.00
4 Yearly Surplus/Revenue/Profit 7, 45, 76, 880.00
5 Payback period of the investment (42,90,07,127.00/35, 98,
240.00)
66 months/5.5y
44. Assignment Role Required number
Chief (Site manager) Site manager (Engineer) 1 person
Assistant staff manager
Give assistance to site manager
(technician)
2 shifts x 1 person
Waste Sorting Staff and
Maintenance staff
Waste Sorting and Mechanical
technician (Temporary)
18 person
Reception and control staff
Measurement of weight and
check of waste
2 shifts x 2 persons
Dumping platform instructor Instruction to trucks
2 platforms x 2 shifts x 2
persons
Heavy equipment operator Operator 2 shifts x 10 persons
Guard entrance control
2 shifts x 2 persons
Necessary Manpower of Taskforce at Jalkuri
Landfill Site
Total Required Staff: 57
45. Target Trainee Topic Duration
Top Managers (Members of
Waste Management
Committee)
(around ten persons)
* Basic Concept on Environmental Conservation Act (1995), Rules
(1997) and Guidelines for Environmental Impact Assessment
* Basic Concept on Preservation Act (2000) and Required
Procedure for the Compliance
* Basic Concept on Relevant Part of the Ordinance
* Basic Concept on (Draft) (Municipal) Solid Waste (Management)
Handling Rules
* Discussion and Determination on What to do to Comply with the
Laws/Regulations
* Discussion on Responsibility Demarcation on Business Waste
and DCC Strategy for Responsibility Re-allocation
One Day
Seminar
Conservancy Officers,
Supervising Inspectors and
Inspectors, etc.
(Around 120 persons)
* Basic Concept on Relevant Part of the Ordinance, including the
Part of Offense and Punishment
* Basic Concept on Environmental Conservation Act (1995), Rules
(1997) and Preservation Act (2000)
* Required Procedure for the Compliance of the Ordinance
* Planning for Implementation of the Procedure for Relevant
Areas and Presentation of the Result
One Day
Seminar
and
One Day
Workshop
Junior Engineers and Officers
in charge of SWM
(around 50 persons, two
circles, around 25 persons)
* Basic Concept on Environmental Conservation Act (1995),
Rules (1997) and Guidelines for Environmental Impact
Assessment
* Basic Concept on Relevant Part of the Ordinance
* Basic Concept on Preservation Act (2000) and Required
Procedure for the Compliance
* How to Prepare Environmental Management Plan
* Required Procedure for the Compliance of the Ordinance
One Day
Seminar
and
One Day
Workshop
Legal
Training
Program
Incineration – burning of waste in an oxygen-rich environment, producing heat and CO2/carbon dioxide and other pollutants
Gasification - conversion of waste into simplest molecules - carbon monoxide, hydrogen and methane forming a Syngas which is used for generating electricity or producing valuable salable products
Biomass production - degradation of organic matter in the absence of oxygen (anaerobic digestion)
Methane Capture – from landfills for electricity production
Incineration – burning of waste in an oxygen-rich environment, producing heat and CO2/carbon dioxide and other pollutants
Gasification - conversion of waste into simplest molecules - carbon monoxide, hydrogen and methane forming a Syngas which is used for generating electricity or producing valuable salable products
Biomass production - degradation of organic matter in the absence of oxygen (anaerobic digestion)
Methane Capture – from landfills for electricity production
Incineration – burning of waste in an oxygen-rich environment, producing heat and CO2/carbon dioxide and other pollutants
Gasification - conversion of waste into simplest molecules - carbon monoxide, hydrogen and methane forming a Syngas which is used for generating electricity or producing valuable salable products
Biomass production - degradation of organic matter in the absence of oxygen (anaerobic digestion)
Methane Capture – from landfills for electricity production
Incineration – burning of waste in an oxygen-rich environment, producing heat and CO2/carbon dioxide and other pollutants
Gasification - conversion of waste into simplest molecules - carbon monoxide, hydrogen and methane forming a Syngas which is used for generating electricity or producing valuable salable products
Biomass production - degradation of organic matter in the absence of oxygen (anaerobic digestion)
Methane Capture – from landfills for electricity production
Incineration – burning of waste in an oxygen-rich environment, producing heat and CO2/carbon dioxide and other pollutants
Gasification - conversion of waste into simplest molecules - carbon monoxide, hydrogen and methane forming a Syngas which is used for generating electricity or producing valuable salable products
Biomass production - degradation of organic matter in the absence of oxygen (anaerobic digestion)
Methane Capture – from landfills for electricity production
Incineration – burning of waste in an oxygen-rich environment, producing heat and CO2/carbon dioxide and other pollutants
Gasification - conversion of waste into simplest molecules - carbon monoxide, hydrogen and methane forming a Syngas which is used for generating electricity or producing valuable salable products
Biomass production - degradation of organic matter in the absence of oxygen (anaerobic digestion)
Methane Capture – from landfills for electricity production