Course Title: Project Management
Course Code: MGT 3341
Section: A
Submitted to: Prof. Dr. Farid A. Sobhani
School of Business & Economics, UIU
Submitted by:
Name
ID
Nowshin Anjum
111 212 033
Sk. Adnan Ahmed
111 212 056
Md. Alvi Hasan Tanmoy
111 212 057
Tanvir Anjum Pial
111 212 061
Sayeed Hossain Chandon
111 212 076
Abida Sultana Tinni
111 221 005
Remarks
Date of Submission: 21st January, 2025
A Project Proposal on
Modern Waste Management System in Bangladesh
"Turning Waste into Worth"
CONTENTS
FEASIBILITY STUDY .............................................................................................................................. 1
Discussion of Proposed Projects and Justification for Selection .......................................................... 1
Feasibility Test for Modern Waste Management System in Bangladesh ............................................. 3
PROJECT SUMMARY ............................................................................................................................. 5
Key Highlights .......................................................................................................................................... 5
Operational Scope ..................................................................................................................................... 5
Economic and Financial Viability............................................................................................................. 6
Implementation Timeline .......................................................................................................................... 6
Strategic Alignment .................................................................................................................................. 6
PROJECT OVERVIEW ............................................................................................................................ 7
Mission Statement..................................................................................................................................... 7
Vision Statement ....................................................................................................................................... 7
Core Services: ........................................................................................................................................... 7
Supporting Services .................................................................................................................................. 8
Corporate Strategy or Objectives with “Waste Concern” ......................................................................... 9
OPERATIONAL PLAN ........................................................................................................................... 10
1. Products/Services Facilities ................................................................................................................ 10
2. Production/Manufacturing Process ..................................................................................................... 11
3. Research and Development (R&D) .................................................................................................... 11
4. Human Resource Management ........................................................................................................... 11
5. Detailed Logistics and Transportation Plan ........................................................................................ 12
6. Quality Control Measures ................................................................................................................... 12
7. Operational Risk Management............................................................................................................ 12
8. Seasonal and Regional Adjustments ................................................................................................... 12
9. Inventory and Resource Management................................................................................................. 12
10. Community Collaboration ................................................................................................................ 12
MARKET ANALYSIS ............................................................................................................................. 13
I.
Potential Customers ........................................................................................................................ 13
II.
Size and Growth of Market ............................................................................................................. 14
III.
Competitor Analysis ................................................................................................................... 14
IV.
SWOT Analysis .......................................................................................................................... 15
MARKETING PLAN ............................................................................................................................... 18
1.
Sales and Marketing ........................................................................................................................ 18
2.
Distribution Plan ............................................................................................................................. 19
3.
Advertising and Product Promotion ................................................................................................ 20
4.
Customer Service ............................................................................................................................ 20
FINANCIAL PLAN .................................................................................................................................. 21
I.
Break-Even Analysis (Yearly Basis) .............................................................................................. 22
II.
Cash Flow Projections (in Crores): ................................................................................................. 23
III.
IRR Calculation: ......................................................................................................................... 23
IV.
NPV Calculation: ........................................................................................................................ 23
V.
Project Balance Sheet (Year 1) ....................................................................................................... 23
VI.
Sensitivity Analysis .................................................................................................................... 24
Financial Metrics Overview .................................................................................................................... 24
Risk Assessment ................................................................................................................................. 25
Final Verdict ........................................................................................................................................... 25
CONCLUSION ......................................................................................................................................... 26
FEASIBILITY STUDY
Discussion of Proposed Projects and Justification for Selection
During the initial research phase, we evaluated four potential projects based on discussions with
businessmen and industry stakeholders. Each project was assessed for feasibility, market need,
alignment with Bangladesh’s economic and social goals, and profitability.
I.
Proposed Projects
Project
Objective
Establish
Renewable
Energy (Solar
Power Plants)
Pros
Cons
solar - Aligns with -
Conclusion
High
upfront Financially
farms to address renewable
investment
energy crises and energy goals.
Crore BDT).
promote
green -
energy.
Reduces -
Long
(200+ viable
requires
gestation, extensive
dependency on dependent
fossil fuels.
but
on and
policies/subsidies.
land
approvals;
less suitable for
first-phase
investment.
Implement IoT- - Supports rural based
Requires Innovative
but
precision development. - training/awareness. - slow
Smart
farming
to High adoption Scalability
Agriculture
improve
Systems
and reduce costs.
yields potential
in by
internet
limited implementation
and due
to
tech
and
agricultural
advanced
investment
areas.
equipment.
farmer education
requirements.
Affordable
Construct
Housing
cost housing for urban housing (300+ Crore BDT).
cycles and high
middle-
costs make it less
Development
low- -
Addresses - High funding needs Feasible but long
and shortages.
Page | 1
lower-income
families
- High demand - Regulatory delays suitable
in ensures
urban/peri-urban
stable and
construction immediate
risks.
execution.
returns.
for
areas.
Comprehensive
- High demand - Requires
waste
due to urban awareness
management
inefficiencies.
with
recycling -
Modern
facilities
Waste
convert
Management
System
into
products.
public Strong alignment
and with
stakeholder
Significant collaboration.
to environmental
waste and
social
reusable benefits.
-
sustainability
goals
profitability
metrics
this
Financially
viable
(NPV:
23.5
Crore
BDT,
IRR:
and
the
makes
best
choice.
15%).
While all five projects presented value and potential, the Modern Waste Management System
was chosen due to its balanced combination of financial viability, market need, and alignment
with sustainability goals. This project is scalable, addresses pressing waste issues, and has the
potential for significant environmental, social, and economic benefits in Bangladesh.
II.
Selection Justification for Modern Waste Management System

Market Need: Bangladesh generates 14,000 tons of waste daily, with limited capacity for
collection and recycling. This gap creates a substantial opportunity for a systematic and
modern waste management solution.

Financial Feasibility: Compared to other projects, the Modern Waste Management
System requires moderate investment (100 Crore BDT) and offers faster returns within 2
years.
Page | 2

Social and Environmental Impact: This project not only creates jobs but also contributes
to urban cleanliness, reduced landfill dependency, and circular economy practices.

Risk Assessment: The risks associated with this project (e.g., public awareness, waste
supply chain) are more manageable compared to challenges like land acquisition (solar
energy) or regulatory delays (housing development).
Feasibility Test for Modern Waste Management System in Bangladesh
To evaluate the feasibility of the Modern Waste Management System project, we analyze its need.
This feasibility test follows the initial research phase, where five potential projects were discussed
with local businessmen. Based on the analysis, the Modern Waste Management System was
selected as the most promising project.
Why it’s needed:

There’s a significant gap between waste generation and effective management, indicating
a critical need for advanced waste management solutions.

Recycling initiatives such as aluminum can production directly address the rising demand
for eco-friendly packaging in industries like beverages

Here’s a more concise version in the table:
Feasibility Test
Key Outcomes
Manpower: ~100 personnel (50 collection, 30 recycling, 10 admin,
Technical Feasibility
10 marketing).
Technology: GPS-enabled trucks, automated recycling machines,
IT-based tracking systems.
Financial Feasibility
Costs: 100 Crore BDT; Revenue: Sales, service fees, carbon credits.
NPV: ~23.5 Crore BDT, IRR: ~15%, Break-even: ~2 years.
Page | 3
Funding: 50 Crore equity, 50 Crore debt, potential Green Climate
Fund grants.
Demand: 14,000 tons daily waste; <10% recycled.
Economic Feasibility
Benefits:
Reduced
landfill
use,
job
creation,
monetized
environmental gains.
Administrative
Feasibility
Social & Political
Feasibility
Environmental
Feasibility
Partnerships: Waste Concern, municipalities, NGOs.
Structure: Skilled workforce, IT-driven management, regular
training.
Social Needs: Incentives (10 BDT/kg) for participation, benefiting
low-income groups.
Support: Aligned with Vision 2041 and recycling policies.
Impacts: Reduced landfills, emissions, and wastewater treatment;
circular economy promotion.
The Modern Waste Management System is feasible across all dimensions—technical, financial,
economic, administrative, social, and environmental. The project addresses a critical urban challenge, aligns
with Bangladesh’s development goals, and offers significant environmental and social benefits.
Page | 4
PROJECT SUMMARY:
MODERN WASTE MANAGEMENT SYSTEM
The Modern Waste Management System is a transformative initiative designed to tackle the
pressing waste management challenges in Bangladesh's urban
areas, particularly in Dhaka and Chattogram. By integrating
advanced technologies and fostering community participation
this project aims to establish a sustainable and innovative
solution for waste reduction, recycling, and resource recovery.
Key Highlights:

Authorized Capital: BDT 100 Crore

Financing Structure:

o
Debt-Equity Ratio: 1:1
o
Debt: BDT 50 Crore
o
Equity: BDT 50 Crore
Project Costs:
o
Imported Automated Recycling Machinery: BDT 40 Crore
o
Locally Sourced Equipment: BDT 10 Crore
Operational Scope:

Daily Waste Processing Capacity: Up to 1,000 tons

Output:

o
Recycled materials (e.g., aluminum cans, plastics).
o
Reduced landfill dependency.
Job Creation: ~100 jobs, including roles in:
o
Waste Collection
o
Recycling Operations
o
Administration
o
Marketing
Page | 5
Economic and Financial Viability:

Net Present Value (NPV): BDT 23.5 Crore

Internal Rate of Return (IRR): 15%

Break-Even Point: ~3 years

Revenue Streams:
o
Sale of recycled materials
o
Waste management service fees
Implementation Timeline:
The project will be rolled out in five phases over five years, ensuring scalability and operational
efficiency:
1. Planning and Setup: Months 1–6
2. Infrastructure Development: Months 7–12
3. Pilot Operations: Months 13–18
4. Full-Scale Operations: Months 19–24
5. Monitoring and Expansion: Months 25+
Strategic Alignment:
This initiative supports Bangladesh’s Vision 2041 and global sustainability goals by addressing
the daily waste generation of 14,000 tons (with over 6,000 tons from Dhaka alone). It provides an
essential solution for:

Environmental sustainability through reduced landfill use.

Improved urban cleanliness.

Enhanced social and economic impacts via job creation.
The Modern Waste Management System represents a pivotal step toward building a cleaner,
greener, and more sustainable future for Bangladesh.
Page | 6
PROJECT OVERVIEW
The Modern Waste Management project aims to implement advanced and sustainable waste
management solutions in collaboration with Waste Concern, a leading organization in the field.
The primary objective of this initiative is to enhance existing waste management systems by
incorporating innovative practices such as improved recycling techniques, waste-to-energy
technologies, and better waste segregation methods. By leveraging the expertise of Waste Concern,
the project seeks to address the pressing waste management challenges in Bangladesh, reduce
environmental pollution, and promote a more sustainable approach to waste handling. This
collaboration will not only optimize waste management processes but also contribute to the
country's environmental sustainability goals, improving public health and creating long-term
economic benefits through resource recovery and energy generation from waste.
Mission Statement
The mission of the Modern Waste Management project is to innovate and enhance waste
management practices by converting waste into valuable
resources. Through the adoption of advanced technologies and
sustainable practices, the project aims to create a cleaner
environment, improve public health, and foster economic
sustainability. By partnering with Waste Concern, the project
will focus on waste reduction, recycling, and resource
recovery, ensuring that waste is not only managed effectively
but also contributes positively to the economy and society.
Vision Statement
The vision of the Modern Waste Management project is to create a sustainable, waste-free future
by transforming waste management through technology, community engagement, and strategic
partnerships.
Core Services:
1. Solid Waste Management & Resource Recovery
Page | 7
o
Transforming organic waste into valuable resources such as compost and biogas,
significantly reducing landfill waste and generating renewable energy solutions.
2. Clinical & Hazardous Waste Management
o
Ensuring the safe handling, treatment, and disposal of medical and hazardous waste
to protect public health, environmental integrity, and regulatory compliance.
3. Sanitation & Faucal Sludge Management
o
Developing and implementing innovative sanitation solutions, particularly in
underserved communities, focusing on effective human waste management and
improving public health.
4. Wastewater Treatment
o
Creating cutting-edge technologies to treat wastewater, enabling safe reuse for
irrigation and industrial applications, conserving water resources, and reducing
environmental pollution.
Supporting Services
1. Urban Environmental Management
o
Providing comprehensive planning and consultancy services to foster sustainable
urban development, promoting environmentally responsible growth, and enhancing
livability.
2. Climate Change Mitigation & Adaptation
o
Implementing projects designed to reduce greenhouse gas emissions and help
communities adapt to the impacts of climate change, ensuring long-term resilience
and sustainability.
3. Environmental & Social Impact Assessment
o
Conducting thorough assessments to evaluate the environmental and social impacts
of proposed projects, ensuring sustainability, minimizing harm, and aligning with
best practices.
Page | 8
4. Environmental Management Systems (EMS)
o Assisting businesses and organizations in establishing robust EMS frameworks to monitor
and improve environmental performance while ensuring compliance with relevant
regulations.
Corporate Strategy or Objectives with “Waste Concern”
Waste Concern has a clear set of strategic objectives that guide its mission to enhance
environmental sustainability and improve waste management practices:
1. Innovation: Waste Concern is focused on creating and
spreading new, effective technologies for managing
waste, wastewater, and sanitation systems. By
innovating in these sectors, they aim to address
environmental
challenges
and
improve
service
efficiency.
2. Capacity Building: Waste Concern is dedicated to providing training and development
programs, equipping individuals and organizations with the necessary skills to improve
waste management practices. This empowers workers and enhances the efficiency of waste
management systems.
3. Sustainability: Waste Concern champions sustainable development by promoting resource
recovery and implementing initiatives that improve the environment. Their projects focus
on using waste as a resource, contributing to the conservation of natural resources and
reducing pollution.
4. Community Engagement: Waste Concern engages local communities by offering
employment opportunities through waste management projects, improving people's
livelihoods, and fostering a sense of responsibility in managing waste effectively.
These objectives focus on advancing waste management practices, fostering environmental
sustainability, and improving the quality of life for communities.
Page | 9
OPERATIONAL PLAN
1. Products/Services Facilities
Products:
1. Recycled Products: Compost, recycled plastic items,
upcycled e-waste materials, and glass-based decorative or
construction items.
2. Energy Products: Biogas, refuse-derived fuel (RDF), and
charcoal briquettes for industrial and domestic use.
3. Eco-Friendly Products:
Biodegradable
packaging
and
reusable household items crafted from recycled waste.
Services:
1. Waste Collection & Sorting: Door-to-door collection, segregation at the source, and bulk
waste management.
2. Recycling & Resource Recovery: Processing plastics, paper, metals, and glass into reusable
materials.
3. Hazardous Waste Management: Specialized disposal of medical, chemical, and hazardous
waste.
4. Community Engagement: Awareness campaigns, workshops, and training programs.
5. Digital Tracking: Mobile apps for collection monitoring and reporting.
6. Specialized Waste Services: E-waste handling and industrial waste management.
7. Consulting: Advisory services for businesses and local governments.
8. Green Energy Solutions: Biogas systems and renewable energy consultation.
Page | 10
2. Production/Manufacturing Process

Waste Collection: Door-to-door pickup using GPS-enabled vehicles and route optimization
software.

Sorting & Pre-processing: Manual and automated
sorting at Material Recovery Facilities (MRFs).

Recycling: Reprocessing of plastics, paper, metals,
and glass using advanced technologies.

Energy
Generation:
Biogas
production,
RDF
processing, and charcoal briquette manufacturing.

Landfilling: Safe disposal in engineered sanitary
landfills with methane capture.
3. Research and Development (R&D)

Innovative recycling techniques for mixed plastics and e-waste.

AI-powered waste segregation and IoT-enabled smart bins.

Biogas and waste-to-energy optimization methods.

Development of biodegradable and eco-friendly products.
4. Human Resource Management
Allocation of Roles:

Administrative Team: 5 managers for operations, HR, and finance.

Technical Team: 10 engineers for waste processing, energy systems, and IT infrastructure.

Field Workers: 50 personnel for waste collection, sorting, and facility operations.

Community Outreach: 5 specialists for public relations, training, and awareness programs.
Training and Development:

Hands-on training in waste handling and equipment operation.

Periodic workshops on safety protocols and emerging technologies.
Employee Welfare:
Page | 11

Health insurance, protective equipment, and regular medical check-ups.
5. Detailed Logistics and Transportation Plan

Route Optimization: GIS-based planning for fuel efficiency.

Vehicle Fleet: 20 GPS-enabled vehicles with waste compartmentalization features.

Hazardous Waste Protocols: Compliance with environmental safety standards.
6. Quality Control Measures

Inspection: Regular audits of recycling and composting facilities.

IoT Integration: Sensors for real-time contamination monitoring.

Compliance Standards: Adherence to local and international environmental regulations.
7. Operational Risk Management

Contingency Plans: Backup systems for equipment failure.

Emergency Response: Dedicated teams for hazardous waste incidents.

Compliance Audits: Regular checks to ensure legal alignment.
8. Seasonal and Regional Adjustments

Seasonal Planning: Increased operations during harvest and festive periods.

Regional Focus: Tailored strategies for urban and rural areas.
9. Inventory and Resource Management

Digital tracking of materials, equipment, and spare parts.

Efficient allocation of labor and machinery to maximize output.
10. Community Collaboration

Incentives: Rewards for proper segregation.

Feedback Mechanisms: Mobile apps and surveys for service improvement.

Volunteer Engagement: Cleanup drives and environmental workshops.
This plan ensures clarity, efficiency, and a strong foundation for the project’s success.
Page | 12
MARKET ANALYSIS
The Market Analysis section evaluates the demand, competition, and risks associated with
implementing a modern waste management system in Bangladesh. This analysis focuses on
identifying potential customers, understanding market size and growth, analyzing competitors,
performing a SWOT analysis, and identifying risks.
I.
Potential Customers
1. Municipalities:
o
Primary Role: Waste collection and disposal services for urban areas.
o
Potential Collaboration: Contracts for city-wide waste management under publicprivate partnership models.
o
Current Pain Points: Inefficient waste segregation, lack of modern facilities, and
over-reliance on informal sectors.
o
Example: Dhaka North and South City Corporations.
2. Industries:
o
Target Industries: Textiles, pharmaceuticals, manufacturing, and food processing.
o
Needs: Specialized handling of industrial and hazardous waste.
o
Growth Potential: Rapid industrialization increases waste volumes and
environmental compliance requirements.
3. Residential Communities:
o
Focus: Gated communities, apartment complexes, and housing societies.
o
Demand: Regular waste collection, recycling options, and eco-friendly solutions.
4. Commercial Establishments:
Page | 13
o
Examples: Hotels, restaurants, office complexes, shopping malls.
o
Requirements: Consistent and reliable waste removal with recycling services for
sustainable operations.
5. Recyclers:
o
Collaboration Opportunity: Recycling companies that require pre-segregated waste
or raw material for processing.
II.
Size and Growth of Market
Market Size:

Bangladesh generates over 14,000 tons of waste per day, and this figure is growing
annually.

Dhaka alone contributes more than 6,000 tons of waste
daily, presenting a concentrated opportunity for a
scalable solution.
Market Growth:

Urbanization and industrial growth are driving a 7-9% annual increase in waste production.

The government aims for 80% waste recycling by 2041, which aligns with our project
goals.
Trends Driving Growth:
1. Increasing awareness about sustainability and environmental regulations.
2. Rising demand for modern waste management solutions, including waste-to-energy and
recycling systems.
III.
Competitor Analysis
Major Competitors:
1. PRISM Bangladesh Foundation:
o
Focus: Medical waste management.
Page | 14
o
Strengths: Serves the healthcare sector and NGOs.
2. City Corporations (Dhaka and Chattogram):
o
Focus: General waste collection and disposal.
o
Weaknesses: Lack of advanced technologies and inefficient operations.
3. Informal Sector:
IV.
o
Focus: Waste picking and manual recycling.
o
Challenges: Disorganized, lacks scalability, and often unsanitary.
SWOT Analysis
Strengths
1. High Demand for Waste Management Solutions
o
Rapid urbanization generates ~14,000 tons
of waste daily, with low recycling rates
(~10%).
o
Growing awareness among citizens for
cleaner cities.
2. Economic Incentives for Waste Contributors
o
Innovative model offering 10 BDT per kg of waste attracts community
participation, particularly low-income groups.
3. Technological Edge
o
Use of modern recycling equipment ensures efficiency and high-quality recycled
products like drink cans.
o
Digital platforms (e.g., mobile apps) for waste tracking and user engagement.
4. Sustainability Alignment
o
Aligns with UN Sustainable Development Goals (SDGs) and government policies
under Vision 2041.
o
Potential for carbon credits to boost revenue.
Weaknesses
1. High Initial Investment
Page | 15
o
Requires ~100 Crore BDT for setup, with long gestation periods for returns (2
years).
o
Dependency on external funding (loans or grants).
2. Limited Awareness
o
Lack of proper waste segregation knowledge among citizens.
o
Dependency on education campaigns to change behaviors.
3. Operational Challenges
o
Logistical complexities in collecting and sorting waste from diverse sources.
o
Maintenance costs of modern recycling technology.
Opportunities
1. Untapped Market Potential
o
Only ~55% of waste is currently collected, leaving room for growth.
o
Opportunity to expand services to industrial waste sectors (e.g., textiles,
electronics).
2. Public-Private Partnerships
o
Collaboration with companies like Waste Concern and municipalities can provide
financial and operational support.
3. Market for Recycled Products
o
High demand for recycled materials, such as aluminum drink cans, in both domestic
and international markets.
o
Growing consumer preference for eco-friendly products.
4. Policy Support
o
Government initiatives promoting sustainability offer grants, subsidies, and tax
incentives for waste management projects.
Threats
1. Regulatory Challenges
o
Compliance with environmental laws and standards could be costly and timeconsuming.
Page | 16
o
Policy shifts may affect project operations.
2. Competition
o
Presence of established players like Geocycle Bangladesh, Garbageman Limited,
Pro Recycling Ltd.
o
Informal waste collection networks pose a challenge in securing waste sources.
3. Community Resistance
o
Potential resistance from local communities unfamiliar with structured waste
systems.
o
Cultural barriers to waste segregation practices.
4. Environmental Risks
o
Improper handling of toxic waste during recycling could lead to environmental
contamination.
o
I.
Risk of backlash if sustainability claims are not effectively implemented.
Risk Analysis (Unforeseeable Barriers)
1. Regulatory Challenges:
o
Delays
in
obtaining
licenses
for
waste
collection, recycling, or energy recovery.
o
Inconsistent enforcement of environmental
laws.
2. Operational Risks:
o
Inefficiencies in waste collection logistics due to urban congestion.
o
Unavailability of skilled manpower for operating modern waste management
facilities.
3. Economic Risks:
o
Volatility in commodity prices affecting recycling revenue.
o
Economic downturns reducing affordability for premium waste management
services.
4. Cultural Resistance:
o
Slow adoption of waste segregation practices among households and businesses.
Page | 17
o
Pushback from informal waste sector workers who may see the project as a threat
to their livelihood.
The market for modern waste management in Bangladesh is expanding rapidly, driven by
urbanization, industrial growth, and increasing awareness of sustainability. While the
opportunities are immense, overcoming challenges such as regulatory compliance, informal sector
integration, and operational inefficiencies will be key. This detailed market analysis forms a strong
foundation for presenting our project proposal to “Waste Concern” and highlights the
collaborative potential for a successful venture.
MARKETING PLAN
1. Sales and Marketing
Target Segments

Urban Municipalities: Collaborate with city corporations like Dhaka North and South for
comprehensive waste management contracts.

Commercial Establishments: Focus on shopping malls, corporate offices, and restaurants
to install RVMs for systematic waste collection.

Industrial Sector: Partner with beverage and manufacturing industries to collect recyclable
waste and promote eco-friendly practices.

Community Engagement: Incentivize individual users with financial rewards (10 BDT/kg)
for recycling waste through RVMs.
Value Proposition

Economic incentives to encourage community participation in recycling.

Sustainable and environmentally friendly waste management solutions aligned with
national policies like Vision 2041.

Advanced technologies to ensure efficient and scalable operations.
Page | 18
Sales Strategies

Direct Outreach: Establish B2B partnerships with industries and municipalities for waste
management contracts.

Collaborations: Work with NGOs and organizations
like Waste Concern to boost public awareness and
community involvement.

Digital Marketing: Utilize a mobile app to engage
users by tracking participation, offering rewards, and providing updates on recycling
milestones.
2. Distribution Plan
Deployment of RVMs

Launch 500 RVMs in strategic locations across Dhaka and Chattogram during the
initial phase.

Prioritize high-footfall areas like markets, transportation hubs, and educational
institutions.
Logistics and Waste Collection

Use GPS-enabled trucks for efficient waste collection and transportation from RVMs
to centralized recycling facilities.

Develop a supply chain network incorporating
informal waste collectors to ensure consistent waste
input and inclusivity.
Recycling Infrastructure

Establish a state-of-the-art recycling plant equipped
with shredders, automated sorting machines, and
remolding units for materials like aluminum and plastic.
Page | 19
3. Advertising and Product Promotion
Awareness Campaigns

Conduct workshops in schools, colleges, and community centers to educate citizens about
recycling benefits.

Use social media campaigns to highlight the financial and environmental advantages of
using RVMs.
Promotional Activities

Organize launch events showcasing the benefits and functionality of RVMs.

Partner with major beverage brands for co-branded RVMs to promote eco-friendly
packaging and waste recycling.
Digital Outreach

Develop a user-friendly mobile app for scheduling waste pickups, tracking rewards, and
gamifying recycling efforts.

Collaborate with influencers and environmental advocates to amplify the project’s reach
and impact.
4. Customer Service
Support Infrastructure

Offer 24/7 customer support through a dedicated helpline for troubleshooting and user
queries.

Provide a mobile app for seamless interaction and engagement with RVM users.
Feedback Mechanism

Regularly collect feedback through surveys and app reviews to improve RVM functionality
and reward programs.
Maintenance and Reliability
Page | 20

Schedule regular maintenance to minimize downtime of RVMs.
Implementation Timeline
1. Phase 1 (Year 1): Deploy 100 RVMs in Dhaka and Chattogram; launch public awareness
campaigns.
2. Phase 2 (Year 2-3): Scale up deployment to 500 RVMs and expand recycling capacity.
3. Phase 3 (Year 4-5): Introduce waste-to-energy technologies and expand operations to
smaller cities.
The Modern Waste Management System using RVMs is a transformative initiative that addresses
critical urban waste challenges in Bangladesh. By leveraging financial incentives, advanced
recycling technologies, and strategic community partnerships, this project aligns with
Bangladesh’s Vision 2041 for sustainability. It provides a scalable, socially inclusive, and
environmentally impactful solution that transforms waste into worth, fostering a cleaner, greener
future.
FINANCIAL PLAN
(Based on Assumption)



Project Cost:
o
Initial Investment: 100 Crores BDT
o
Cost of Vending Machines: 50 Crores BDT
o
Other Capital Expenses: 20 Crores BDT
o
Working Capital: 30 Crores BDT
Revenue Projections:
o
Revenue per machine per year: 2 Lakhs BDT
o
Number of machines: 500
o
Annual revenue growth: 10%
Expenses:
o
Operating cost per machine per year: 1 Lakh BDT
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
I.
o
Maintenance cost per machine per year: 50,000 BDT
o
General administrative expenses: 10 Crores BDT annually
o
Annual expense growth: 5%
Other Assumptions:
o
Project Duration: 5 years
o
Discount Rate: 10%
o
Tax Rate: 30%
o
Residual value of assets: 10% of the initial investment
Break-Even Analysis (Yearly Basis)
The Break-Even Point (BEP) being achieved in 3 years is based on the projected revenue and
fixed costs of the project. Here's how it works:
Break-Even Analysis Logic:
1. Fixed Costs (Annual):
o
General Administrative Expenses: 10 Crore BDT
o
Depreciation: 10 Crore BDT (for vending machines
over 5 years)
Total Fixed Costs per Year: 20 Crore BDT
2. Revenue Projections:
o
Revenue per machine per year: 2 Lakh BDT
o
Total Machines: 500
o
Total Annual Revenue: 500×2,00,000=10Crore
o
Revenue grows at 10% annually.
3. Variable Costs (Annual):
o
Operating and maintenance costs per machine: 1.5 Lakh BDT
o
Total Variable Costs: 500×1.5,00,000 = 7.5 Crore BDT
4. Contribution Margin (Annual):
o
Contribution per machine = Revenue - Variable Cost = 2,00,000−1,50,000 =
50,000 BDT
o
Total Contribution Margin = 500×50,000 = 2.5 Crore BDT
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5. Annual Net Cash Flow:
o
Revenue − (Fixed Costs + Variable Costs) =10 Crore−(7.5Crore+2.5Crore)
= 0 Revenue - in Year 1.
Thus, BEP is achieved within 3 years, supported by the 10% annual growth in revenue and steady
fixed/variable cost structure.
II.
Cash Flow Projections (in Crores):
Year Revenue Expenses Net Cash Flow
III.
1
85
89.25
(4.25)
2
110
93.71
16.29
3
121
98.40
22.60
4
133.1
103.32
29.78
5
146.41
108.48
37.93
IRR Calculation:
IRR ≈ 15%
IV.
NPV Calculation:
100 Crores (Initial Investment) + 123.5 Crores (Discounted Cash Flows) = 23.5 Crores
V.
Project Balance Sheet (Year 1)
Assets
Liabilities
Fixed Assets: 50 Cr
Loan: 50 Cr
Working Capital: 30 Cr Equity: 50 Cr
Cash: 10 Cr
Total: 100 Cr
Total: 100 Cr
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VI.
Sensitivity Analysis
Scenario
NPV (Cr) IRR (%)
Base Case (10% growth) 23.5
15%
Revenue Growth: 5%
12.5
12%
Operating Cost: +10%
18.3
14%
Discount Rate: 12%
16.7
13%
Financial Metrics Overview
1. Break-Even Analysis:
o
Break-even achieved in 3 years indicates an acceptable timeline for investment
recovery in large-scale projects.
o
The fixed and variable cost structures are well-defined, and the revenue
projections support growth.
2. Cash Flow Projections:
o
Positive and increasing Net Cash Flow from Year 2 onward.
o
By Year 5, the project generates a significant net cash flow of 37.93 Crore BDT.
o
This steady cash flow indicates financial stability and the ability to sustain
operations long-term.
3. IRR (Internal Rate of Return):
o
IRR of 15% meets or exceeds standard benchmarks for waste management or
infrastructure projects, reflecting good returns on investment.
4. NPV (Net Present Value):
o
Positive NPV of 23.5 Crore BDT: This means the project creates value above the
initial investment, making it financially viable.
5. Balance Sheet (Year 1):
o
A balanced structure with fixed assets (50 Cr) funded by a mix of loans and
equity ensures financial leverage without excessive risk.
o
Working capital and cash reserves provide liquidity for operational demands.
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Risk Assessment
1. Sensitivity Analysis:
o
Even under pessimistic scenarios like lower revenue growth (5%) or increased
operating costs (+10%), the project remains viable:
o

NPV: 12.5 Crore BDT

IRR: 12%
This resilience to fluctuations suggests the project is robust against moderate
adverse conditions.
Final Verdict
Yes, the project is worthy.
The combination of a reasonable break-even timeline, positive cash flows, a strong NPV, and an
IRR exceeding acceptable thresholds makes this a viable and attractive investment. Additionally,
sensitivity analysis confirms the project’s ability to withstand minor economic or operational
setbacks.
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CONCLUSION
The Modern Waste Management System in Bangladesh is a transformative initiative designed
to address critical urban and environmental challenges while offering a sustainable and profitable
business
model.
With
Bangladesh
generating
approximately 14,000 tons of waste daily and recycling
less than 10% of it, this project fills a significant gap in
waste management infrastructure. Financially, the project
demonstrates strong viability with a projected IRR of
15% and an NPV of 23.5 Crore BDT, indicating its
attractiveness to investors. The break-even point,
achievable within three years, further highlights its
efficiency in recovering initial investments.
The market potential is substantial, driven by a growing urban population and increased awareness
of sustainability. The project’s innovative approach of incentivizing waste contributors at 10 BDT
per kilogram fosters community participation and promotes a circular economy. Socially, the
project is poised to create approximately 150 employment opportunities while enhancing public
awareness of waste management practices. Environmentally, it reduces landfill dependency and
greenhouse gas emissions, contributing to long-term sustainability goals aligned with
Bangladesh’s Vision 2041.
Moreover, the project’s competitive edge lies in its advanced technology, streamlined operations,
and strategic partnerships with municipalities and NGOs. These factors ensure effective
implementation in a market dominated by semi-organized players. In conclusion, the Modern
Waste Management System is a financially sound, socially inclusive, and environmentally
impactful project. It is highly recommended for implementation, given its potential to deliver
significant financial returns while addressing pressing societal and environmental needs.
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