Bangladesh is rapidly expanding its carbon finance ecosystem across state, private, and international frameworks. State-backed programs managed by IDCOL generate credits through clean cookstoves, solar home systems, and solar irrigation pumps.
In sustainable agriculture, Verra's Verified Carbon Standard certifies smallholder projects, including alternate wetting and drying (AWD) rice cultivation and high-density agroforestry, to reduce methane and sequester carbon.
Internationally, sovereign buyers leverage Article 6.2 ITMOs to purchase transferred emission reductions, while multilateral facilities like the World Bank TCAF mobilise large-scale funding for industrial energy efficiency and forestry preservation. Together, these programs channel crucial global climate finance directly into local rural development.
Major Carbon Credit Programs in Bangladesh
Several international and domestic entities develop or manage carbon projects in Bangladesh:
International Rice Research Institute (IRRI) & C-Change
Active in developing AWD rice projects for smallholder farmers under voluntary carbon frameworks (e.g., Verra's VM0042 methodology).
MicroEnergy Credits (MEC) & Grameen Shakti
Promoters of carbon offset programs generated through solar home systems (SHS) and clean cooking initiatives.
Practical Action & World Vision Bangladesh
Developing community-based nature-based solutions (NbS), mangrove restoration in the Sundarbans coastal belt, and waste management projects.
Clean Energy Transition Bangladesh (CETB) & Private Developers
Entities aggregating solar, industrial energy efficiency, and biogas assets to issue credits under Verra (VCS) or Gold Standard (GS).
IDCOL
The state-owned Infrastructure Development Company Limited (IDCOL) leads Bangladesh’s carbon credit generation by funding off-grid renewable energy and clean cooking projects. Registered under the UN's Clean Development Mechanism (CDM) and international standards, IDCOL earns Certified Emission Reductions (CERs) primarily through its Improved Cookstove Program and Solar Home Systems. Reinvesting millions in credit sales, IDCOL fuels a sustainable, self-replenishing fund for rural green infrastructure.
Who is Buying Carbon Credits from Bangladesh?
International corporations and global carbon funds are actively seeking high-quality, high-co-benefit carbon credits from Bangladesh. Buyers prioritise Bangladeshi credits because they offer strong Sustainable Development Goal (SDG) co-benefits (poverty reduction, water conservation, climate adaptation). Key buyers and market channels include:
Global Carbon Offsetting Networks
International carbon brokers and aggregators (e.g., South Pole, ClimatePartner, First Climate, and 3Degrees) purchase credits from Bangladeshi project developers to sell to European and North American corporate clients.
Corporate Buyers
Multinationals seeking voluntary carbon offsets for net-zero targets (including major tech, aviation, and garment retail brands operating in or sourcing from South Asia).
Multilateral & Sovereign Carbon Funds
- The World Bank’s Transformative Carbon Asset Facility (TCAF).
- Article 6.2 Bilateral Buyers: Countries like Japan (through the Joint Crediting Mechanism – JCM) and Switzerland (via the KliK Foundation) are pursuing bilateral agreements with Bangladesh to buy mitigation outcomes (ITMOs) to meet their Paris Agreement NDCs.
Internationally Transferred Mitigation Outcomes (ITMOs) for Bangladesh
Under Article 6.2 of the Paris Agreement, ITMOs serve as a bilateral framework for countries to buy and sell verified amounts of GHG reductions. For a climate-vulnerable country like Bangladesh, ITMOs represent a major shift from traditional aid toward carbon market-driven climate finance.
How ITMOs Function for Bangladesh
Bilateral Cooperation: Bangladesh partners with purchasing countries (such as Switzerland via the KliK Foundation or Japan via the Joint Crediting Mechanism, JCM.
Project Implementation: High-impact mitigation projects—such as scaling alternate wetting and drying (AWD) across millions of smallholder rice plots—reduce methane emissions.
Corresponding Adjustments (CA): To maintain environmental integrity and avoid "double counting," Bangladesh applies a Corresponding Adjustment to its national GHG inventory. The emission reduction is subtracted from Bangladesh's National GHG Inventory and transferred to the buyer to count toward their Nationally Determined Contribution (NDC) target.
Financial Inflows: The buying country or designated entity pays Bangladesh (or project developers) a market rate per metric ton of CO2 eq. These funds help de-risk technology adoption, subsidise prepaid smart irrigation meters, and directly compensate participating farmers.
Digital MRV (dMRV) Satellite Technology for AWD in Rice
Historically, generating carbon credits from smallholder rice farming was hindered by high Monitoring, Reporting, and Verification (MRV) costs. Verifying whether tens of thousands of fragmented 0.5-acre plots in Bangladesh were drained at the right times required manual field visits. Digital MRV (dMRV) solves this challenge by leveraging satellite remote sensing, machine learning, and environmental models to monitor water management remotely from space.
Synthetic Aperture Radar (SAR) Water Detection
Unlike optical satellites, Synthetic Aperture Radar (SAR) sensors (such as Sentinel-1) send microwave signals to the Earth's surface that penetrate cloud cover and rain—a crucial feature during Bangladesh's monsoon season:
Flooded Fields: Smooth standing water acts like a mirror, reflecting radar signals away from the satellite and resulting in low radar backscatter.
Drained/Dry Fields: Rougher dry soil and emerging rice crops scatter the radar signal back to the sensor, creating a high radar backscatter signal. By tracking changes in backscatter intensity every few days, automated algorithms map the exact dates when a field is flooded, when water drops below the surface, and how long the soil remains dry.
Automated Emission Modelling (Digital Reporting)
The satellite water-regime data is fed into accredited biogeochemical models (such as the DNDC model or IPCC Tier 2/3 formulas). The system calculates the baseline methane (CH4) emissions that would have occurred under continuous flooding versus the actual reduced emissions under AWD (You can read the article by Mack et al. 2023 for details).
Verification at Scale (Digital Verification)
Modern carbon registries (such as Gold Standard's DREAM methodology and Verra's VM0042/VM0051) approve dMRV pathways:
Cost Reduction: Automated dMRV reduces verification costs by 70-80% compared to physical audits.
Traceability & Integrity: Every field boundary is digitised (via GIS polygon mapping). Independent auditors access a digital dashboard with tamper-proof time-series data, building buyer confidence in credit quality.
Major Problems Faced by Carbon Buyers and Developers in Bangladesh
Despite high demand, buyers and developers encounter several structural barriers:
Regulatory & National Governance Ambiguity
Article 6 Framework Delay: While Bangladesh has drafted Article 6 guidelines under its National Climate Change Strategy, the formal national registry and clear rules for issuing Corresponding Adjustments (CAs), which prevent double-counting between Bangladesh's NDC and foreign buyers, remain under development.
Bureaucratic Delays: Securing a No Objection Certificate (NOC) or approval from the Ministry of Environment, Forest and Climate Change (MoEFCC) for voluntary market transfers can be slow.
Extreme Smallholder Land Fragmentation
In Bangladesh, the average farm size is under 0.5 hectares. To generate a commercially viable volume of carbon credits (e.g., 50,000 t CO2eq/year) from rice and/agroforestry, a buyer/developer must aggregate and sign contracts with tens of thousands of individual smallholders.
High Monitoring, Reporting, and Verification (MRV) Costs
Traditional manual field audits across scattered rural villages are extremely expensive and erode profit margins for developers and farmers.
Irrigation Infrastructure Constraints (For AWD Projects)
As established in water management, most Boro rice farmers pay pump owners a flat seasonal fee rather than a volumetric rate for water. Since farmers do not pay for the water saved via AWD, they lack a direct economic incentive to adopt the practice unless carbon revenues reach them directly.
How To Solve Carbon Trading Problems In Bangladesh
To unlock multi-million-dollar carbon market flows into Bangladesh, the following strategic solutions are being implemented or recommended:
Regulatory & Policy Gaps
Operationalise National Carbon Registry: Finalise clear Article 6 policy frameworks and automate NOC approvals via a single-window portal under MoEFCC.
High Verification Costs
Digital MRV (dMRV) & Remote Sensing: Use satellite technology (Synthetic Aperture Radar/Sentinel-1) alongside IoT field sensors to verify flooded/dry conditions across thousands of plots simultaneously from space, reducing audit costs by up to 70%.
Smallholder Fragmentation
Farmer Co-operatives & Aggregators: Partner with established NGOs (BRAC, Rangpur Dinajpur Rural Service, Bandhu Foundation), Water Management Organisations (WMOs), and local agri-tech platforms (Recycle JAR) to bundle farmers into commercial aggregation units.
Flat-Rate Irrigation Fees
Prepaid Smart Meters & Shared Carbon Revenues: Transition scheme owners to volumetric smart meters (such as BMDA's prepaid cards) and create shared revenue models in which pump owners receive a percentage of carbon credit payouts for shutting off pumps during drying phases.
Conclusion
Bangladesh holds strong prospects to generate over $1 billion annually in carbon finance through initiatives, such as nationwide afforestation drives, off-grid solar systems, clean cookstoves, and methane-reducing alternate wetting and drying rice farming.
However, progress is hampered by severe structural problems. High initial project costs, land fragmentation among smallholders, limited technical capacity, and the absence of a streamlined national carbon registry create barriers to efficient verification and export of credits.
Future solutions require adopting Digital MRV (dMRV) satellite technologies to lower verification costs, establishing clear Article 6 policy frameworks with the government, and creating local aggregation networks to bundle smallholders into globally certified carbon projects.