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Fostering Livelihood of Waste Pickers by Collecting Plastic Waste through App-based Technology - A transboundary initiative preserving this unique international natural ecosystem.

Project Details

Project general info

Project 1
Location

🇧🇩 Khulna Division (2 districts): Kushtia and Chuadanga Rangpur Division (4 districts): Rangpur, Lalmonirhat, Kurigram, and Gaibandha. Rajshahi Division (6 districts): Natore, Naogaon, Joypurhat, Pabna, Bogura, and Sirajganj

Project Goal

The project aims to increse income of waste pickers 5000+ and 10 years of period, capturing an average of 102,000 tonnes CO₂ per annum.

Project Description

Bangladesh generates approximately 3,000 tons of plastic waste daily, accounting for 10% of the total waste volume). The Consumption of LDPE packaging materials increased fivefold in 2020 compared to 2005. At the household level, 40.6 percent of LDPE in waste comes from single-use thin shopping bags and 7.0 percent from MLP. The COVID-19 pandemic has increased the consumption of packaging and shopping bags made of LDPE. An estimated 24,032–36,047 tons of plastic waste are disposed of per year in 1,212 hot spots around canals and rivers, all of which are connected to the river system. In addition, a lot of LDPES, mainly SUP and MLP (e.g., potato chips bags, polythene bags, packaging materials) were found in tourist spots. Amongst discharged plastic wastes only 30 percent of postconsumer packaging waste is collected, 37 percent is recycled, 12 percent ends up in khals and rivers. Though several policy measures were adopted by the government, lack of public awareness and poor enforcement made difficult to halt plastic pollution.

The world’s largest single mangrove forest and the UNESCO Marine World Heritage Site – Sundarbans is also affected by the plastic pollution. Plastic discharge to the Bay of Bengal through the Sundarbans (both Bangladesh and India) is about 4 million tonnes per year with a discharge density of 1.7 × 10−8 tonnes plastic/ha-yr. This pristine sanctuary comprising 30% of national biodiversity and inhibiting globally threatened, vulnerable or endangered species (i.e., Panthera tigris, Platanista gangetica, Orcaella brevirostris, Lepidochelys olivacea, Crocodilus porosus) has currently facing plastic induced stress condition (e.g., disrupting soil microbial processes, plant growth, litter decomposition, hamper carbon sequestration capacity). To address this transboundary plastic situation, a systemic solution is needed urgently that integrates innovative technology, improved plastic management policy advocacy, sustainable financing, knowledge and research, awareness raising and behavior change.

This project is designed to address the above-mentioned aspects of the solution that is deeply rooted in the Parley AIR thematic areas. Retrieving and recycling activities at the upstream (Site:1) of the Sundarbans with introducing innovative technology that contributes to circular economy and engaging marginal waste pickers, this project could avoid the plastic discharge at the river before entering into the Sundarbans and the Bay of Bengel. Besides, the plastic pollutions at the downstream, inside the Sundarbans (Site:2), are also avoided and intercepted before entering the Bay of Bengel through policy advocacy, behavior change and awareness raising activities. Moreover, the project is designed to ensure more 50 percent women beneficiary, to create better plastic management in the eco-tourism industry and to strengthen relation with government for sustainability after the project period. Additionally, this project could bring both environmental and social benefits (e.g., mangrove ecosystem protection, habitat conservation of 6 globally endangered and threatened species, improvement of ecosystem services, empowerment of women through social status upliftment, AIG support to the fishermen etc.).

Project ID

Project ID: TBD

1

Positive impact on the environment

The app-based project in the Sundarbans, the world’s largest mangrove forest and an Ecological Critical Area, promises transformative environmental benefits. By mobilizing waste pickers to efficiently collect plastic waste via geotagged alerts, the initiative directly reduces pollution choking this vital ecosystem. Removing plastics prevents soil and water contamination, safeguarding mangrove roots critical for coastal stability and carbon sequestration. It mitigates wildlife threats from ingestion/entanglement, preserving biodiversity. Cleaner mangroves enhance resilience against climate impacts, while curtailing microplastic infiltration protects marine food chains. Transboundary collaboration ensures holistic restoration, aligning livelihoods with conservation. This tech-driven approach fosters sustainable coexistence, securing the Sundarbans’ ecological integrity for future generations.

2

Project timeline

In 2025, the first planting season represented tangible progress towards our reforestation goals. This ambitious 41-year project demonstrates our long-term commitment to nurturing the environment and preserving its delicate balance.

Fostering Livelihood of Waste Pickers by Collecting Plastic Waste through App-based Technology - A transboundary initiative preserving this unique international natural ecosystem. Pipeline

New projects
Feasibility study
Project design
Project validation
Project implementation
Periodic verification
Project completion

The project's impact

The project in the Sundarbans’ local communities’ uplifts livelihoods by formalizing waste pickers’ roles, offering stable income through plastic collection. This reduces poverty while fostering environmental stewardship, as communities actively engage in preserving their mangrove ecosystem. Health hazards from plastic pollution decline, enhancing residents’ well- being. The tech-driven approach empowers marginalized groups, including women and youth, with digital skills, bridging social gaps. Transboundary collaboration strengthens cultural ties, uniting communities across borders for shared ecological goals. By aligning economic incentives with conservation, the initiative nurtures pride and ownership, transforming residents into guardians of their heritage. This model promotes sustainable, inclusive growth, ensuring communities thrive alongside the mangroves they protect.

Types of trees

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Where the project is located

🇧🇩 Khulna Division (2 districts): Kushtia and Chuadanga Rangpur Division (4 districts): Rangpur, Lalmonirhat, Kurigram, and Gaibandha. Rajshahi Division (6 districts): Natore, Naogaon, Joypurhat, Pabna, Bogura, and Sirajganj

About this region

Bangladesh, a nation grappling with energy poverty, environmental degradation, and climate vulnerabilities, has turned to biogas technology as a transformative solution. In the agriculturally rich regions of Rangpur and Rajshahi divisions, biogas plants are emerging as a beacon of sustainable development, addressing energy needs, reducing greenhouse gas emissions, and uplifting rural livelihoods. These regions, characterized by dense livestock populations and agrarian economies, are uniquely positioned to harness biogas potential, turning organic waste into clean energy and fostering socio-economic resilience.

Biogas in Rangpur Division: Powering Rural Prosperity

Rangpur, a division renowned for its dairy farming and crop production, generates vast quantities of organic waste from cattle, poultry, and agricultural residues. Biogas plants here convert this waste into methane-rich gas, providing households with a clean, renewable energy source for cooking and lighting. For rural families, this shift replaces traditional biomass fuels like firewood and dung cakes, which contribute to deforestation and indoor air pollution—a leading cause of respiratory diseases among women and children.



The economic impact is profound. A single small-scale biogas plant (e.g., 4 cubic meters) can save a household 2–3 hours daily otherwise spent collecting fuel, freeing time for income-generating activities. Farmers utilize bio-slurry, a nutrient-rich byproduct of biogas production, as organic fertilizer, reducing dependency on chemical alternatives. This not only cuts farming costs but also enhances soil health, boosting yields of staples like rice and potatoes. In regions like Kurigram and Gaibandha, where poverty rates are high, biogas initiatives have enabled families to redirect savings toward education and healthcare.

Moreover, Rangpur’s biogas projects align with climate action. Livestock manure, if left untreated, releases methane—a potent greenhouse gas. By capturing methane for energy, these plants mitigate emissions. For instance, a typical plant reduces 5–6 tons of CO2-equivalent emissions annually. This positions rural communities to participate in carbon credit markets, generating additional income. NGOs like BRAC and government programs under the Infrastructure Development Company Limited (IDCOL) have installed over 5,000 biogas plants in Rangpur, creating green jobs and fostering local entrepreneurship.

Biogas in Rajshahi Division: Combating Drought and Deforestation

Rajshahi, a division prone to droughts and water scarcity, faces unique challenges. Here, biogas technology addresses both energy poverty and environmental stress. The region’s mango orchards, livestock farms, and rice fields produce abundant organic waste, which biogas plants convert into energy. For communities in Barind Tract—a drought-prone area—biogas reduces reliance on firewood, curbing deforestation and soil erosion.

In Rajshahi’s arid landscapes, bio-slurry plays a critical role in water conservation. When applied to fields, it improves soil moisture retention, a lifeline for farmers battling erratic rainfall. Villages in Naogaon and Chapai Nawabganj report increased crop resilience and reduced irrigation costs due to this organic amendment. Additionally, biogas provides a steady energy supply for irrigation pumps, mitigating the energy deficit that plagues off-grid areas.

Socially, biogas empowers women by reducing their domestic burdens. In Rajshahi’s patriarchal society, women traditionally collect firewood and cook in smoke-filled kitchens. Biogas plants alleviate these tasks, improving health outcomes and enabling women to engage in cottage industries like handicrafts or poultry farming.

Despite progress, barriers persist. High upfront costs (≈500–500–700 per plant) deter low-income households, though microfinance and subsidies have eased this burden. Technical knowledge gaps and maintenance issues occasionally hinder efficiency, necessitating robust training programs. Additionally, fluctuating livestock populations—critical for feedstock—require adaptive solutions, such as integrating crop residues into biogas systems.

Biogas plants in Rangpur and Rajshahi epitomize the synergy between environmental stewardship and human development. By converting waste into wealth, they mitigate climate change, empower marginalized communities, and fortify food and energy security. As Bangladesh strives to achieve its Sustainable Development Goals (SDGs) and climate commitments, scaling biogas technology in these regions offers a replicable model for rural transformation. With continued investment and innovation, Rangpur and Rajshahi can illuminate a path toward a greener, more equitable future—one where sustainability and prosperity go hand in hand.

What we will achieve with this project

5000+

Waste Pickers will be Formalized & Income Increase

5.2 M

tones CO₂ to be removed

2 million

tons of SUP will be collected from Landfills and will Recycle

310+

eco-entrepreneur will be created

5000+

RRO Livelihood will improved
Recycle Jar Logo

Contact Us

Address #1

House - 92, Road-05, Block-D,
Basundhara Residential Area, Baridhara,
Dhaka-1212, Bangladesh

Address #2

House-37, Road-11, Block-H
Banani, Dhaka-1213 Bangladesh