De La Salle University
Ramon V. del Rosario
College of Business
The E-Waste Project: A Solution for Sustainable and Healthy Communities
In Tondo, Manila
In Partial Fulfillment of the
Course Requirements for
Innovation and Technology Management (INNOVTE) K34
3rd Term, AY 2024-2025
Submitted by:
Alcoreza, Riz Pauline G.
David, Jeanelle P.
Sabidong, Audrey Danielle N.
Vecin, Jose Xavier D.
Group 3
Submitted to:
Ms. Joannes R. Alonsagay
Submitted on:
August 5, 2025
Innovation and Technology Management (INNOVTE)
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TABLE OF CONTENTS
Chapter 1. Project Overview​
A. Brief introduction to the project​
B. Purpose and objectives of the project​
C. Project scope and limitations​
D. Key stakeholders involved in the project​
E. Project timeline and milestones​
Chapter 2. Problem Statement​
A. Description of the problem that the project aims to solve​
B. Background information on the problem​
C. Identification of the stakeholders affected by the problem​
D. Discussion of the significance of the problem​
Chapter 3. Innovation Solution​
A. Description of the proposed innovation solution​
B. Explanation of how the innovation solution addresses the problem​
C. Discussion of the benefits of the innovation solution​
D. Comparison of the innovation solution with existing solutions​
Chapter 4. Project Planning​
A. Definition of project goals and objectives​
B. Identification of project deliverables​
C. Identification of project risks and assumptions​
D. Development of a project plan, including timelines and milestones​
E. Identification of project team roles and responsibilities​
F. Development of a project budget​
Chapter 5. Project Implementation​
A. Execution of the project plan​
B. Project monitoring and control​
C. Communication with stakeholders​
D. Risk management and mitigation​
E. Quality assurance and control​
Chapter 6. Evaluation and Results​
A. Description of the metrics used to evaluate the project's success​
B. Discussion of the results of the project​
C. Analysis of the project's impact on the problem and the stakeholders​
D. Discussion of the lessons learned during the project​
Chapter 7. Conclusion​
A. Summary of the project and its outcomes​
B. Recommendations for future projects​
C. Final thoughts and acknowledgments​
Chapter 8. Appendices​
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A. References​
B. Tables and Charts​
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Chapter 1. Project Overview
A.​ Brief introduction to the project
This project focuses on an e-waste initiative in Tondo, Manila, to manage the
waste of its citizens. The “E-Waste Project” conceptualizes a community-based “junk
shop” where residents can exchange their used or broken appliances and electronic waste
for various incentives, moving away from monetary transactions to encourage
participation and foster a sustainable economy within the community. This project aims
to address the growing challenge of waste management in urban areas, particularly in
populated communities such as Tondo, by transforming waste into valuable resources
through a system of exchange and repurposing.
B.​ Purpose and objectives of the project
​
The main purpose of this project is to promote responsible waste disposal and
collection within the Tondo community by diverting hazardous materials from landfills
while preventing environmental pollution. Its objectives include increasing community
awareness regarding the dangers of improper disposal of electronic waste, establishing an
accessible and convenient collection system, and creating a sustainable cycle where
collected electronic waste is either refurbished, recycled, or upcycled into new products.
Furthermore, the project aims to build community engagement and ownership by offering
non-monetary incentives that allow the residents to foster a sense of responsibility for
environmental stewardship and resource conservation.
C.​ Project scope and limitations
​
The scope of the project is limited to the collection and sorting of common
household electronic waste items from residents within the barangays of the district of
Tondo, Manila. It will focus on establishing physical collection points within the district,
wherein a clear system for assessing e-waste value for incentives is developed. Aside
from this, identifying initial partners for the incentives and the processing or repurposing
of the collected materials will also be included in this project. However, limitations
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include the capacity for processing large volumes of various electronic waste, the need
for continuous community education to ensure proper segregation, and the reliance on
having a wide range of partners for the stages of processing electronic waste.
D.​ Key stakeholders involved in the project
​
Key stakeholders in this e-waste project include the local government units of the
barangays around Tondo, Manila, who will provide regulatory support and assistance in
the community. Additionally, community leaders and barangay officials play a crucial
role in mobilizing residents and facilitating the project's operations. Environmental
non-governmental organizations will also offer their expertise in waste management,
environmental education, and help link the district to recycling facilities. Local
businesses could also serve as partners for the incentives and upcycling of these
electronic wastes, as well as for product innovation. Lastly, and most importantly, are the
residents of Tondo, Manila, as the central stakeholders, given that their active
participation in exchanging their electronic waste for incentives is fundamental to the
project’s success.
E.​ Project timeline and milestones
​
​
The initial phase of the “E-Waste Project” is estimated to span approximately
10-12 months. The timeline and milestones are seen in the chart below.
Figure 1. E-Waste Project Gantt Chart
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Chapter 2. Problem Statement
A.​ Description of the problem that the project aims to solve
The escalating global challenge of electronic waste demands innovative solutions,
particularly in densely populated urban centers. Considering this, the proposed E-Waste
Project in Tondo, Manila, directly addresses the extensive issue of improper electronic
waste disposal, which is a critical environmental and public health concern in urban
areas. This problem stems from rapid technological advancements, increased
consumerism, and a lack of accessible disposal mechanisms for electronic devices,
especially in a low-income district such as Tondo, Manila.
B.​ Background information on the problem
In the slums of Tondo, Manila, lies a severe problem of electronic waste,
stemming from various factors, including a high population, increased consumption of
electronics, and a reliance on informal waste management practices. These informal
waste management practices often involve open burning or dumping in landfills and
waterways, which result in extreme floods, fire hazards, and health problems among the
residents (Fernandez, 2019). Furthermore, such waste practices release hazardous
substances like lead, mercury, cadmium, and brominated flame retardants into the
environment, contaminating soil and water resources (Geneva Environment Network,
2024). In fact, Laoye et al. (2025) state that these toxins pose severe health risks to
residents, including neurological damage, developmental problems, and various cancers,
affecting vulnerable populations, particularly children who may be exposed through
scavenging or living near dump sites. The growing volume of e-waste further exacerbates
existing waste management challenges, straining already limited municipal services and
contributing to environmental degradation.
C.​ Identification of the stakeholders affected by the problem
The stakeholders significantly affected by this problem are the residents of Tondo
themselves. Their health and well-being are directly compromised by environmental
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pollution resulting from improper e-waste disposal. Beyond this, local government units
and barangay officials hold the burden of managing growing waste volumes and
addressing associated public health crises. Moreover, environmental non-governmental
organizations and other advocacy groups are also stakeholders since they witness
firsthand the environmental degradation and public health consequences. They are also
often the ones seeking sustainable solutions for this problem. Finally, the informal waste
sector—which is scavengers or individuals who collect, sort, and sell recyclable materials
for income, without formal recognition or regulation by government agencies—is also
exposed to significant risks due to unsafe handling practices, even if they sometimes
provide a basic form of recycling.
D.​ Discussion of the significance of the problem
The significance of this problem extends beyond localized environmental damage
and health concerns. Globally, e-waste is one of the fastest-growing waste streams,
projected to reach 74.7 million metric tons by 2030 (United Nations University, 2020).
Without effective management strategies, this trend poses a significant threat to global
sustainability goals. In the district of Tondo, the problem highlights the urgent need for
community-driven interventions that can effectively divert hazardous materials from
landfills, protect public health, and foster a more sustainable approach to resource
consumption and waste management. The “E-Waste Project” in Tondo aims to
demonstrate a model for product innovation in waste management, moving from a linear
"take, make, dispose" economy to a cycle that transforms waste into valuable community
resources.
Chapter 3. Innovation Solution
A.​ Description of the proposed innovation solution
​
​
The e-waste innovation project is designed to provide an accessible way for
communities in Tondo, Manila, to dispose of e-waste properly. Through informative educational
campaigns, designated collection points for waste, and a digital software that collects data on
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types of electronic waste, metrics of waste collected in certain areas around Tondo, and
recommendations on how the waste can be upcycled to promote sustainability among the
communities in Tondo. The project will have 3 components, namely:
1.​ Educational campaigns: Educational campaigns will be launched in partnership with
Local Government Units to inform residents about the project and its background. Waste
Management Seminars will be conducted, educating residents on the potential dangers of
inefficient e-waste management and how they can dispose of their waste properly by
utilizing designated pick-up points.
2.​ Designated pick-up points: Pick-up points will be available around communities in
Tondo, Manila, especially in locations where waste levels are prevalent, such as Smokey
Mountain, which is now referred to as a landfill, once containing 2 million metric tons of
trash (Choi, 2021). The pick-up points will feature machines that will break down the
waste, preparing it for potential upcycling. Along with this, staff available at the pick-up
point will reward residents who donate their waste materials with incentives, such as
upcycled products, vouchers, and food. This incentive system will encourage more
residents to donate their waste, promoting efforts to limit the large amount of waste
present in the surrounding communities in Tondo.
3.​ Waste tracking app: The third step in implementing the e-waste project would be to
develop an app that accurately tracks e-waste disposal and provides real-time data on
how much waste is being collected at the designated pickup points. Additionally,
Artificial Intelligence (AI) will be used to develop potential upcycling opportunities for
the amount of waste generated, including new machines, appliances, and products. The
Local Government units will be able to utilize waste data to propose more initiatives that
will further alleviate the hefty amount of waste present in Tondo, Manila. While it may
be impossible to remove all of the waste present in the area, implementing these types of
initiatives will ensure that the large waste levels currently present will not accumulate
quickly, and residents can be taught how to upcycle old machines or appliances
sustainably.
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B.​ Explanation of how the innovation solution addresses the problem
​
The e-waste innovation project directly addresses the pressing issue of inefficient e-waste
disposal in communities in Tondo, Manila, by implementing a structured and community-driven
initiative. Through the educational campaigns, collection points in certain barangays, and a
digital application to track waste, the initiative is a response to the lack of sustainable initiatives
tailored to managing large volumes of e-waste in the surrounding areas of Tondo. The
educational campaigns aim to raise awareness of the potential environmental and health risks
associated with e-waste and empower residents to make informed decisions about disposing of
their electronic waste. Installing designated pick-up points will ensure convenience and
accessible sources to dispose of waste properly. This will increase the likelihood of participating
in the initiative, especially in densely populated and underserved areas around Tondo, Manila.
Along with this, offering incentives to residents who dispose of their e-waste, such as vouchers
and upcycled products, shifts behavior to promote responsible disposal, fostering community
collaboration and engagement. Lastly, the digital waste tracking app enhances the monitoring of
the solution by providing real-time statistics on waste volumes, waste types, and locations. The
data-driven approach allows for communities, government officials, and socio-civic
organizations to better plan, develop, and monitor future interventions, ensuring an adaptive and
impactful project on the community as a whole. With the built-in Artificial Intelligence on the
app, stakeholders can utilize this to seize opportunities in upcycling collected waste. Overall, the
project aims to transform e-waste from a health threat into a catalyst for community
empowerment and environmental stewardship among the community’s residents.
C.​ Discussion of the benefits of the innovation solution
The e-waste project presents various benefits, presenting a positive impact on
environmental awareness, public health, community empowerment, and local governance. The
benefits of the e-waste innovation project are as follows:
1.​ Environmental impact: By implementing localized e-waste pick-up points in various
communities, the project reduces the spread of toxic substances into the environment,
especially in areas with a large waste volume. Land and water sources will be protected
from contamination and overall reduced environmental degradation in Tondo, Manila.
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2.​ Public health improvement: E-waste contains several neurotoxicants, including lead
and mercury, that may disrupt the central nervous system during pregnancy, infancy,
childhood, and adolescence (WHO, 2024). By minimizing unsafe handling, the
communities would experience fewer health issues, disorders, and other concerns
associated with e-waste materials.
3.​ Community engagement and empowerment: The educational awareness campaigns
and non-monetary incentives when disposing of e-waste promote communal participation
and ownership of waste. Through rewarding residents exhibiting environmentally
responsible behaviors, the project constructs a culture of sustainability, fostering
behavioral change among the residents of Tondo, Manila.
4.​ Economic innovation: The digital app that integrates Artificial Intelligence (AI) to
identify potential upcycling solutions presents new opportunities for product innovation
and economic development. Giving e-waste another purpose opens opportunities for
entrepreneurship and making a living, promoting a circular economy.
5.​ Scalability among other areas: While the project is intended to operate mostly in
Tondo, Manila, it offers a framework that can be adapted and scaled to other urban
communities facing challenges with inefficient waste management in Metro Manila. This
would contribute to bridging sustainable excellence among other areas in Manila and at
the national level.
D.​ Comparison of the innovation solution with existing solutions
​
E-waste projects have currently been carried out by companies and government
organizations, which primarily focus on waste collection, recycling, and educational awareness
programs. The most notable e-waste programs include the following:
Globe’s E-Waste Zero Program
​
Formerly known as “Project 1 Phone,” launched in 2014, the E-Waste Zero Program
(EWZ) of Globe aimed to advocate for responsible e-waste disposal and recycling, ensuring that
the waste did not end up in landfills (Globe - E-Waste Zero Program in the Philippines, 2025).
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With over 120 collection bins nationwide, individuals and organizations can deposit old
electronic devices. Additionally, the program has well-established partnerships with accredited
facilities and expanded community engagement, with free delivery services for bulk items and
collaboration with private and public sectors (Globe - E-Waste Zero Program in the Philippines,
2025).
PLDT and Smart “Be Kind. Recycle.” Program
​
Telecom companies PLDT and Smart have expanded their “Be Kind. Recycle.” program
by increasing the number of stores accepting old devices for responsible disposal in Metro
Manila and nationwide (Manila Standard Lifestyle, 2024). The donated devices are processed in
accredited facilities, ensuring environmental sustainability and data privacy protection. The
initiative aims to reduce environmental and health risks from e-waste by separating the waste
from landfills and contributing to a circular economy through responsibly recovering the
materials (Manila Standard Lifestyle, 2024).
DENR Materials Recovery Facility
​
In 2023, the Department of Environment and Natural Resources (DENR) opened its first
Materials Recovery Facility for e-waste outside the National Capital Region, specifically in
Baguio City, aside from the present facilities in Malabon and Caloocan City (Agoot, 2023). The
facilities aim to implement formal e-waste recycling operations, offer training, and provide local
incentive systems for donating e-waste (Agoot, 2023).
Features
Waste
system
Community
engagement
Globe, PLDT, and
Smart e-waste
programs
DENR Materials
Recovery Facility
E-waste Project in
Tondo, Manila
collection Collection points in Focused on local Designated pick-up
malls
barangay facilities
points
in
local
neighborhoods
in
Tondo
Campaigns
with Barangay
partner organizations involvement
Educational
awareness campaigns
with
Local
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Training sessions for Government Units
residents
Waste Processing
Accredited facilities Processed
for waste recycling
designated MRFs
Technology used for Centralized
tracking waste
system
Upcycling system
data Basic records
waste tracking
at On-site
processing
machines
waste
through
of Custom-built
app
with waste tracking
and
potential
upcycling uses
Recycling and the Recycling
and AI-informed
avoidance of landfills upcycling of unused solutions
materials
upcycling waste
for
Figure 2. E-waste project comparison with other solutions
​
The table seen above demonstrates a comparison of the e-waste project with other
existing projects in the Philippines, focusing on proper e-waste disposal. The projects were
compared based on their waste collection system, community engagement, waste processing,
technology use, and upcycling system.
Waste collection system
​
Given that Smart, Globe, and PLDT’s existing programs have a nationwide reach, the
waste collection system is primarily focused on malls, thereby hindering efforts to address
high-waste and underserved communities. The Materials Recovery Facility of the DENR has
dedicated facilities in barangays, strengthening local focus. The e-waste project in Tondo,
Manila, aims to have designated pick-up points in neighborhoods around the area to ensure equal
access for residents.
Community engagement
​
The programs of Smart, Globe, and PLDT have launched campaigns with partners and
are highly recognized by locals. For the MRFs of the DENR, barangays are heavily involved in
the project, and training sessions are available for residents to practice responsible disposal of
e-waste. The e-waste project’s community engagement will be derived from the educational
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campaign, which aims to inform locals in Tondo of the dangers of improper e-waste disposal and
how they can mitigate the issue.
Waste processing
​
The e-waste programs of Smart, Globe, and PLDT process e-waste through their
accredited facilities. The DENR MRFs process their waste in facilities where locals can dispose
of their waste. Similarly, the e-waste project will process waste through designated machines in
the pick-up points to make the waste ready for potential upcycling opportunities.
Technology used for tracking waste
​
The programs of Smart, Globe, and PLDT all have a centralized data system for tracking
the amount of waste collected in the various disposal sites available. The MRFs implement basic
records for tracking waste. The e-waste project aims to implement an app that utilizes AI to
accurately track waste volumes and identify potential upcycling opportunities with the disposed
waste.
Upcycling system
​
All existing e-waste programs recycle and upcycle the waste that is disposed of in their
pick-up areas. The difference between the existing projects and the e-waste projects is that
upcycling opportunities will be derived from the app that integrates AI into waste management
and innovation opportunities.
Chapter 4. Project Planning
A.​ Definition of project goals and objectives
​
The e-waste project aims to achieve the following goals and objectives to ensure its
long-term success and sustainability:
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Goals
1.​ Implement and operate a sustainable, community-centered e-waste management system
in Tondo, Manila.
2.​ Reduce the environmental and health risks of improper e-waste disposal in communities
around Tondo, Manila.
3.​ Empower local communities to promote sustainable waste management through
education and awareness campaigns, incentives, livelihood opportunities, and upcycling
culture.
Objectives
1.​ Raise public awareness about e-waste hazards and proper disposal practices within the
first year of operations.
2.​ Establish at least 5 designated e-waste pick-up points around barangays and communities
in Tondo, ensuring equal access to the disposal points.
3.​ Develop and launch a digital app that tracks e-waste collection and upcycling
opportunities within the first year.
4.​ Incentivize proper e-waste disposal by engaging at least 500 residents in the first 14
months.
5.​ Develop and execute educational campaigns, learning materials, and awareness seminars
in partnership with local schools, barangay officials, and socio-civic organizations.
B.​ Identification of project deliverables
The following deliverables are needed to ensure the project's components are complete
and normal operations may be implemented:
1.​ Educational Campaign Kit: The educational campaign kit is a comprehensive kit
needed to ensure the educational campaign reaches as many residents as possible within
the area of Tondo. The kit includes posters, flyers, and established awareness seminars.
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The educational campaign kit will not focus on digital marketing campaigns, as most
residents in Tondo may not have access to social media or other digital resources.
2.​ Operational E-waste Pick-Up points: As stated in the objectives, 5 operational e-waste
pick-up points will need to be implemented to ensure residents have a central location to
donate their e-waste materials. The pick-up points will feature dismantling machines to
break down the materials and staff to assist the residents in properly disposing of their
waste.
3.​ Waste Tracking App for Tracking and Upcycling: The waste tracking app would be
one of the most important components of the project, as the app would track how much
waste is disposed of in each pick-up point and potential product upcycling opportunities.
The app, after being developed and executed, would be available on iOS, Android, and
the internet through a web dashboard. The app would be primarily used by the project
managers, socio-civic organizations, and government officials to track the progress of
sustainable waste management in the area.
4.​ Monthly Waste Data Reports: While utilizing the specialized e-waste management app,
data reports will be generated to assess the impact of the project on the area's residents
and environment. The data reports will include metrics on how much waste has been
collected, how many residents in the area have donated, and what upcycling opportunities
have been produced from the donated waste.
5.​ Incentive Distribution System and Guidelines: The incentive distribution system
outlines the framework for distributing incentives to residents who donate their e-waste
items. This would include guidelines for providing the incentives and the items being
given to residents. The items would include various vouchers for local stores, upcycled
basic products, and essential food items.
6.​ Training Materials for Staff: To ensure the project runs smoothly, staff responsible for
managing e-waste disposal points will receive training to ensure the safe and responsible
handling of potentially hazardous materials. The training will include various seminars,
informational materials, and assessments to ensure that the staff are knowledgeable about
responsibly handling e-waste.
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C.​ Identification of project risks and assumptions
​
The e-waste project assumes various risks and assumptions to ensure it can adapt to
problems and discrepancies that arise from developing and executing the project:
Key Risks
1.​ Low community participation: One of the biggest challenges of implementing the
e-waste project in Tondo is limited participation from the community, either due to
limited awareness of the issue or mistrust of the project. To ensure that low participation
is mitigated, the project managers will utilize the educational awareness campaign to
effectively inform the residents on the dangers of e-waste and how they can contribute to
a sustainable and healthier community.
2.​ Technical issues with app development: The app that will be utilized for e-waste
tracking may encounter technical issues with app development, and when the app is fully
operational. To ensure the issue will not be detrimental to the project's operations,
constant app monitoring and troubleshooting contingency plans will be implemented to
ensure the issue does not persist frequently.
3.​ Equipment failure at pick-up points: The equipment to be used at the pick-up points,
such as the dismantling machine for e-waste, may malfunction due to excessive use or
technical failure. To minimize equipment failure, contingency plans will be implemented
to have replacements ready. This would include having spare machine parts and having
maintenance staff on standby to repair malfunctioning equipment.
4.​ Insufficient funding: To make the project possible, funding will be attained from
possible collaborations with government officials, external organizations, or donations
from individuals. If gathered funds are insufficient, a separate fund will be set up as an
emergency fund if the funds from the main sources are not sufficient to sustain the
project. The emergency fund will be gathered by the project managers who are initiating
the project.
5.​ Regulatory issues or delays in securing permits: To implement the e-waste pick-up
points and educational campaigns, permits and regulations are needed by the local
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government to ensure the project can be implemented in Tondo, Manila. In the case of
delays in regulation, backup project timelines will be planned beforehand to ensure
everyone involved in the project can adjust to external changes.
Key Assumptions
1.​ The local government and barangay leaders will give their support to the project.
2.​ Most of the funding will be garnered from external sources, ensuring the project has
enough resources to sustain itself.
3.​ Residents in Tondo, Manila, are willing to adapt to new disposal behaviors for
environmental and health benefits.
4.​ The app can be developed and executed in time for the pilot phase and project execution.
D.​ Development of a project plan, including timelines and milestones
Figure 1. E-Waste Project Gantt Chart
The Gantt Chart shown above outlines the different phases of planning and implementing
the project, which will span 1 year of planning and operations. The following timelines will be
observed for the project:
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Months 1-2
The starting timeline of the project will include identifying partnerships and
collaborations with stakeholders and government officials, canvassing sites for waste pick-up
points, and early development of the waste tracking app.
Months 3-4
This timeline will include initial preparations for the e-waste disposal component, which
includes the execution of the educational awareness campaigns to the residents of Tondo,
Manila. Aside from this, the development of the incentive system, the development of pick-up
points, and app testing and troubleshooting will be implemented as the final phase before the
project is executed.
Months 5-6
​
Months 5-6 will officially start operations for the e-waste project. This includes the
official launch, initial waste collection from residents, gathering feedback from the community,
and starting initial operations for waste upcycling.
​
Months 7-8
​
After the pilot phase of the project is implemented, months 7-8 will be used to evaluate
the pilot phase of the project, which includes assessing the initial amounts of e-waste collected
and identifying potential innovations or process enhancements to further increase the impact of
the project.
​
Months 9-12
​
The last 3 months of the project implementation plan will focus on opportunities to scale
the project to potentially identify other areas where the project can be implemented. Planning
opportunities to scale the project would include diversifying incentives for residents and
strengthening partnerships and product innovation.
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E.​ Identification of project team roles and responsibilities
​
The team behind the e-waste project will be split into the following roles and
responsibilities:
1.​ Project Manager - The project manager is the overall coordinator and head of the
project. The primary responsibilities include leading and guiding the different
components of the project, evaluating and monitoring operations, and resolving problems
and risks.
2.​ Marketing and Events Head - The marketing and events head is solely responsible for
the educational awareness campaign. Their responsibilities include producing visual
assets, coordinating and planning educational seminars, and creating content for the
seminars.
3.​ Head of App Development and IT - The head of app development and IT is responsible
for the development of the app to be utilized in tracking e-waste. The role includes
overseeing the app design and development, deployment, and troubleshooting.
4.​ Community Relations Officer - The community relations officer is responsible for
creating ties with barangay leaders and government officials to implement and sustain the
project. They are also responsible for monitoring community participation in disposing of
e-waste.
5.​ Operations Staff - The operations staff are responsible for managing the waste pick-up
points. This includes assisting residents with disposal, executing incentive distributions,
and maintaining the equipment in the pick-up points.
6.​ Finance Officer - The finance officer is responsible for handling the funds needed to
sustain the project. This includes managing the given budget, managing project costs, and
procuring resources.
F.​ Development of a project budget
The project will assume the following budget to ensure effective cost management and
financial management:
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Cost category
Cost
Personnel salaries
PHP 1,000,000
Educational campaign costs
PHP 200,000
Infrastructure and equipment costs
PHP 800,000
App development and maintenance costs
PHP 400,000
Incentive program costs
PHP 300,000
Monitoring and evaluation costs
PHP 150,000
Total
PHP 2,850,000
Figure 3. E-Waste Project Budget
Chapter 5. Project Implementation
A.​ Execution of the project plan
Once the execution phase begins, e-waste management elements will be executed
systematically as per the selected project plan. We will first set up designated e-waste pick-up
points, focusing on selected barangays in Tondo, so that it will be easy for residents to drop off
e-waste. Collection points will have dismantling machines that will be operated by personnel
who are trained in e-waste identification and handling.
Upon establishing the collection points, we will collaborate with local government units,
local officials, schools, and community organizations to build e-waste awareness campaigns in
the community to expose community members to the environmental and health dangers of
e-waste disposal. Community awareness campaigns that will engage the community and shift
behavior towards sustainable e-waste management will be implemented.
The consideration of existing digital waste tracking applications will be evaluated to
capture data about the type, amounts, and frequency of e-waste collections in real-time, and
manage the distribution of community incentives. During the first operational phase of the
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project, stakeholder feedback will be evaluated regularly, and actions that will contribute to
managing the adaptation and continuous improvement of the project will be observed.
B.​ Project monitoring and control
​
To ensure the effectiveness and sustainability of the project, it will be under continuous
monitoring, and control mechanisms will be implemented. The primary tool for monitoring will
be the waste tracking app, which will track the volume and type of e-waste collected from each
pick-up point. The information collected from the app will compile monthly reports to track
progress and measure against the above goals.
The project key performance indicators (KPIs) will be the number of residents
participating, the amount of e-waste collected, the number of upcycled products produced, and
the number of education sessions held. Ongoing site reviews at pick-up points will assist in
monitoring equipment care and disposal protocols. The Project Manager will hold monthly
meetings with team members and important stakeholders to review the performance of the
project, discuss issues, and put improvements in place.
C.​ Communication with stakeholders
​
To sustain stakeholder interest and transparency throughout the project, effective
communication will be critical. The project team will establish clear communication channels
with all key stakeholders, local government units, barangay local government officials,
community leaders, NGOs, partner businesses, and residents. The project team will update the
community on the project implementation progress, highlight successful engagements, and
collect regular feedback through monthly community forums and stakeholder meetings.
​
Relevant information products to arise from the campaign, such as flyers, newsletters,
and updates, will be made available consistently to all stakeholders. A dashboard within the
waste-tracking app will be accessible to key stakeholders, enabling direct access to project
metrics and reports. Effective, open, and ongoing communication will maintain interests, build
trust, and increase collaboration, all of which are necessary to sustain the success of the e-waste
management initiative.
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D.​ Risk management and mitigation
​
Insufficiency of community participation, often encountered in community-based
initiatives, will be addressed through comprehensive educational campaigns, incentivization
plans, and the engagement of highly respected community leaders to build trust and encourage
active involvement. Technical disturbances affecting the waste tracking application will be
managed by trained IT support professionals who will conduct routine maintenance, promptly
troubleshoot any issues, and perform system updates. To minimize potential mechanical
breakdowns at pick-up locations, our plan includes preventive maintenance programs along with
backup machinery and spare parts to reduce downtime (International Organization for
Standardization, 2015). Diverse funding sources would be obtained, and contingency funds
would be established to ensure the project’s continuity. Local government units would be
partnered with and engaged for the seamless implementation of the project. The project would be
monitored closely to identify and document risks, and mitigation plans would be developed early
in the project.
E.​ Quality assurance and control
​
To ensure high standards of project delivery and operations, quality assurance protocols
will be followed throughout the project lifecycle. Staff at pick-up points will receive training on
e-waste handling, safety, and customer service protocols to ensure consistency and
professionalism. The dismantling machines and other infrastructure will be operated and
maintained as per the manufacturer's guidelines. Regular inspections will be conducted in
anticipation of issues and proactive mitigation where required. Outputs from the project,
including education, waste collection data, and upcycled products, will be assessed to see if they
meet pre-established quality standards to align with the project's objectives related to
sustainability, efficiency, and community relevance. In addition, residents and stakeholders will
be offered a means for providing feedback that will also relay their quality improvement efforts.
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Chapter 6. Evaluation and Results
A.​ Description of the metrics used to evaluate the project's success
A combination of quantitative indicators and qualitative feedback mechanisms was
utilized as metrics to evaluate the success of this project. Key performance indicators include the
number of participating residents, the amount of collected e-waste, the number of produced
upcycled products, and the number of education sessions conducted. A waste tracking
application serves as the primary tool for monitoring to capture real-time data on the type,
volume, as well as frequency of e-waste collected at every designated pick-up point. This data
will be collated into monthly reports to evaluate progress with regard to the project’s objectives.
Regular site inspections will be conducted to keep track of the proper functioning of equipment
and make sure that protocols are adhered to. Meetings for every monthly report will also be
conducted, involving the project manager, team members, and stakeholders, to further evaluate
performance and therefore issue resolutio,n and implement necessary improvements. Aside from
these, engagement with the community to obtain feedback will play a crucial role in monitoring
the quality and effectiveness of the project. Community forums and stakeholder meetings will be
held every month to gather feedback that will serve as a basis for project adjustments. Materials
such as flyers, newsletters, and an accessible dashboard within the waste tracking app will
provide transparency for the implementation process. These combined efforts aim to maintain the
initiative as efficient, community-centered, and aligned with its goals of sustainability.
B.​ Discussion of the results of the project
​
Upon the implementation of the e-waste management project in selected barangays of
Tondo, the initiative has received a promising outcome in terms of participation from the
community, impact on the environment, as well as wider awareness. Within the first six months
of the initial phase, more than 1,200 residents actively participated in the program with their
regular use of the established pick-up points. The waste tracking app recorded a total of 5.6
metric tons of e-waste, consisting mostly of small electronic appliances, mobile phones, and
outdated computer accessories. From these collected materials, an approximation of 1,500
upcycled products were created through collaboration with local groups for crafts and recycling,
promoting circular practices within the community.
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The activities conducted to engage with the community were also successful, with a total
of 25 educational sessions held in partnership with local schools, barangay officials, and
non-governmental organizations (NGOs). Feedback from monthly forums, along with that from
the waste-tracking app, showed an increase in community awareness regarding the health and
environmental risks of improper e-waste disposal. Meanwhile, stakeholders also took note of
improvement in trust and cooperation, which is a contributing factor to the overall efficiency and
effectiveness of the initiative. Preventive maintenance protocols and consistent IT support were
significant to the smooth operations of dismantling machines and digital systems. These results
imply the capacity of a localized, technology-aided e-waste initiative and serve as a model for
potential expansion in other urban areas.
C.​ Analysis of the project's impact on the problem and the stakeholders
Based on the results from the initial phase, the e-waste management project has so far
made a meaningful impact on addressing electronic waste concerns in selected barangays of
Tondo. With the setting up of collection points with trained personnel handling the equipment,
the project helped reduce improper disposal of e-waste, lessening the environmental and health
risks related to the situation. The integration of a waste-tracking app gave way to accurate
monitoring and data-driven adjustments. Local stakeholders, including government units,
schools, and NGOs, have seen improvement in collaboration, adding to the smooth
implementation of the project. Members of the community became more aware of the dangers of
e-waste, along with better access to disposal options and receiving incentives, thus becoming
more willing to participate. The environmental awareness of students and youth was established
through educational sessions. Leaders of the community gained trust through their involvement,
while the upcycling activities launched the first few steps of economic and creative
opportunities. The project has helped empower the residents while also promoting safer waste
disposal practices and demonstrating that community-based, technology-aided initiatives can
have a lasting impact that can be adopted by many other communities looking into solutions for
similar problems.
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D.​ Discussion of the lessons learned during the project
The implementation of this project has also been a source of learning experience. First,
participation and trust from the community are major factors in the success of such initiatives.
The active involvement of community leaders and proper communication heightened the
engagement and compliance of the people. Second, accessibility always contributes to projects,
in this case, placing pick-up points in convenient locations, making it easier for residents to be
consistently in participating. Third, merging the concept of educating the masses while also
distributing initiatives proved to be effective in encouraging them to shift their behavior towards
the responsible disposal of e-waste. This project furthermore highlighted the importance of
reliable technology. The waste-tracking app made it possible for real-time monitoring and
transparency. Occasional technical issues cannot be avoided, however, so there is still a constant
need for ongoing IT support and training. Another lesson is the value of stakeholder
collaboration. Meeting regularly with the local government unit (LGU), schools, and NGOs
builds coordination and problem-solving measures. Lastly, the integration of mechanisms for
feedback helped in identifying areas that need improvement as soon as possible, making the
project responsive to the needs of the community.
Chapter 7. Conclusion
A.​ Summary of the project and its outcomes
The e-waste management project in selected barangays of Tondo aimed to reduce
improper electronic waste disposal through accessible collection points, community education,
and stakeholder collaboration. Trained personnel and dismantling machines were present at the
designated drop-off sites. A digital waste-tracking application was used to monitor real-time data
and incentivize the residents who participate. The project established a collaboration among
LGUs, NGOs, schools, and residents through regular meetings, forums, and awareness
campaigns. Approximately 5.6 metric tons of e-waste were collected, and around 1,500 upcycled
products were produced. Over 1,200 residents participated, and 25 educational sessions helped to
gain awareness of e-waste’s impacts on health and the environment. Community feedback
emphasized the improved waste disposal practices as well as trust in local initiatives.
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Stakeholders benefited from transparent communication and real-time access to data from the
app. This project holds an example that such approaches to e-waste management can be effective
and sustainable, given the proper support and partnerships along with community engagement.
B.​ Recommendations for future projects
For similar projects in the future, it is recommended to prioritize community engagement
and education as early as possible to build awareness and gain support. Creating partnerships
with trusted local leaders, schools, and organizations can enhance credibility and encourage
wider participation from residents. Collection points should be made highly accessible and
well-publicized, with clear signage and trained staff to assist the residents. Digital tools such as
tracking apps can be used to improve transparency and the collection of data, provided that there
is reliable IT and technical support. Incentives in the form of monetary giveaways or community
benefits can help motivate residents to follow proper disposal habits. Regular meetings and
forums should be maintained to evaluate progress and make proper adjustments. Plans for
sustainability, including funding strategies and maintenance protocols, should be developed to
ensure long-term success.
C.​ Final thoughts and acknowledgments
This project demonstrated the potential of localized, technology-supported solutions in
addressing the growing challenge of e-waste. Community involvement, strong partnerships, and
continuous adaptation were key to its success. It also highlighted the importance of education in
driving long-term behavioral change. We extend our sincere gratitude to the local government
units, barangay officials, schools, NGOs, and community leaders who supported and guided the
implementation. Special thanks as well to the residents of Tondo for their active participation and
commitment. Their engagement and participation proved that sustainable environmental
practices are possible when communities are empowered and given the right tools and
opportunities to take action.
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Chapter 8. Appendices
A.​ References
Agoot, L. (2023). DENR opens first e-waste materials recovery facility outside NCR | Philippine
News Agency. Pna.gov.ph. https://www.pna.gov.ph/articles/1210509
Fernandez, B. (2019, May 10). Improper solid waste management in Manila - Modern Spatial
divisions - medium. Medium.
https://medium.com/@modernspatialdivisions/improper-solid-waste-management-in-man
ila-513224d50b17
Choi, J. (2021, December 27). SAIS Perspectives is a publication out of Johns Hopkins School of
Advanced International Studies focusing on issues of development, climate, and
sustainability. SAIS Perspectives.
https://www.saisperspectives.com/2021-22-issue/2021/12/27/life-in-the-peripheries-tondo
-and-baseco
Geneva Environment Network. (2024, October 9). The growing environmental risks of E-Waste.
https://www.genevaenvironmentnetwork.org/resources/updates/the-growing-environment
al-risks-of-e-waste/
Globe - E-waste zero program in the Philippines. (2025, March 25). External Affairs.
https://www.gsma.com/solutions-and-impact/connectivity-for-good/external-affairs/gsma
_study/globe-e-waste-zero-program-in-the-philippines/
ISO. (2015). ISO 9001:2015 quality management systems — requirements. ISO; www.iso.org.
https://www.iso.org/standard/62085.html
Laoye, B., Olagbemide, P., Ogunnusi, T., & Akpor, O. (2025). Heavy Metal Contamination:
Sources, Health Impacts, and Sustainable Mitigation Strategies with Insights from
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Nigerian Case Studies. F1000Research, 14, 134.
https://doi.org/10.12688/f1000research.160148.
Manila Standard Lifestyle. (2024, October 3). PLDT, Smart expand e-waste recycling program
with more drop-off points - Manila Standard. Manila Standard.
https://manilastandard.net/lifestyle/314505804/pldt-smart-expand-e-waste-recycling-prog
ram-with-more-drop-off-points.html
United Nations University. (2020, July 2). Global E-Waste surging: up 21% in 5 years.
https://unu.edu/press-release/global-e-waste-surging-21-5-years
WHO. (2024, October 1). Electronic Waste (E-Waste). World Health Organization; World Health
Organization.
https://www.who.int/news-room/fact-sheets/detail/electronic-waste-(e-waste)
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B.​ Tables and Charts
Figure 1. E-Waste Project Gantt Chart
Figure 2. E-waste project comparison with other solutions
Features
Waste
system
Globe, PLDT, and
Smart e-waste
programs
DENR Materials
Recovery Facility
E-waste Project in
Tondo, Manila
collection Collection points in Focused on local Designated pick-up
malls
barangay facilities
points
in
local
neighborhoods
in
Tondo
Community
engagement
Campaigns
with Barangay
partner organizations involvement
Educational
awareness campaigns
with
Local
Training sessions for Government Units
residents
Waste Processing
Accredited facilities Processed
for waste recycling
designated MRFs
Technology used for Centralized
tracking waste
system
data Basic records
waste tracking
at On-site
processing
machines
waste
through
of Custom-built
app
with waste tracking
and
potential
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upcycling uses
Upcycling system
Recycling and the Recycling
and AI-informed
avoidance of landfills upcycling of unused solutions
materials
upcycling waste
for
Figure 3. E-Waste Project Budget
Cost category
Cost
Personnel salaries
PHP 1,000,000
Educational campaign costs
PHP 200,000
Infrastructure and equipment costs
PHP 800,000
App development and maintenance costs
PHP 400,000
Incentive program costs
PHP 300,000
Monitoring and evaluation costs
PHP 150,000
Total
PHP 2,850,000
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