Carbon Emission reduction has become an important part of Indonesia’s climate strategy, supported by results-based payment mechanisms, forest conservation programs, carbon markets, international cooperation, and domestic Carbon Economic Value instruments.
Indonesia has implemented several programs that provide financial incentives when greenhouse gas emission reductions can be measured, reported, and verified. These mechanisms demonstrate how Carbon Emission reduction can be connected with forest protection, sustainable land management, renewable energy, waste management, and low-carbon investment.
One important approach is Results-Based Payment (RBP), where financial support is provided after verified emission reduction results have been achieved. Rather than paying only for planned activities, the mechanism links climate finance to measurable environmental performance.
Indonesia has participated in several major RBP initiatives, including the Forest Carbon Partnership Facility in East Kalimantan, the BioCarbon Fund Initiative for Sustainable Forest Landscapes in Jambi, REDD+ Results-Based Payments from the Green Climate Fund, and bilateral cooperation with Norway.
Carbon Emission Reduction through Results-Based Payments in Indonesia
Results-Based Payment is an important climate finance mechanism because payments are linked to verified Carbon Emission reduction results.
In forestry and land-use programs, governments and other stakeholders may receive payments after demonstrating that deforestation, forest degradation, or other emission-generating activities have been reduced against an agreed reference level.
This creates an economic incentive for maintaining forests, improving land management, restoring ecosystems, and implementing other climate mitigation activities.
Indonesia has several notable examples of this approach.
1. Carbon Emission Reduction through FCPF in East Kalimantan
The Forest Carbon Partnership Facility (FCPF) program in East Kalimantan is one of Indonesia’s most prominent examples of results-based climate finance.
Under the Emission Reductions Payment Agreement, Indonesia can receive payments of up to approximately US$110 million for up to 22 million tonnes of CO2e in verified emission reductions.
The program focuses on reducing Carbon Emission from deforestation and forest degradation while strengthening sustainable forest management.
Activities can involve provincial governments, communities, Indigenous Peoples, forest managers, and other stakeholders whose actions contribute to protecting forest landscapes.
The financial mechanism is designed so that verified environmental performance can generate economic benefits that can be distributed through an agreed benefit-sharing mechanism.
Forest Protection and Carbon Emission Reduction
Forests contain significant quantities of carbon in vegetation, soil, and other ecosystem components.
When forests are cleared or degraded, part of this stored carbon can be released into the atmosphere.
Reducing deforestation can therefore prevent additional Carbon Emission while maintaining ecosystem services such as biodiversity protection, water regulation, and community livelihoods.
Programs such as FCPF demonstrate how forest conservation can be connected with measurable carbon performance and international climate finance.
2. Carbon Emission Reduction through the BioCarbon Fund in Jambi
Another important program is the Jambi Emissions Reduction Program supported by the BioCarbon Fund Initiative for Sustainable Forest Landscapes (BioCF ISFL).
The program is designed to generate approximately 14 million tonnes of CO2e in emission reductions, with potential results-based payments of up to approximately US$70 million.
The program focuses on improving sustainable landscape management and addressing important causes of deforestation and forest degradation in Jambi Province.
Strategies may include improved forest governance, sustainable land management, better agricultural practices, ecosystem restoration, and stronger institutional capacity.
The landscape approach is important because Carbon Emission reduction cannot always be achieved by focusing on individual forest areas in isolation.
A broader landscape strategy can consider forests, plantations, agriculture, communities, protected areas, and other land uses together.
Sustainable Landscape Management and Carbon Emission
Sustainable landscape management aims to balance economic development, community livelihoods, agricultural production, and environmental protection.
When land is managed inefficiently, deforestation, peatland degradation, forest fires, and other activities may generate significant Carbon Emission.
Better planning can help reduce these emissions while maintaining economic productivity.
This makes sustainable landscapes an important component of Indonesia’s long-term climate strategy.
3. Carbon Emission Reduction through Green Climate Fund RBP
Indonesia has also received support through the Green Climate Fund (GCF) for verified REDD+ results.
The Indonesia REDD+ Results-Based Payment program for the 2014–2016 results period involved approximately US$103.8 million in GCF financing associated with around 20.3 million tonnes of CO2e in eligible emission reduction results.
The program demonstrates how verified Carbon Emission reduction in the forestry and land-use sectors can generate climate finance that can then support additional environmental activities.
Funding can strengthen forest governance, sustainable forest management, social forestry, institutional capacity, and implementation of Indonesia’s REDD+ strategy.
REDD+ and Carbon Emission Reduction
REDD+ stands for Reducing Emissions from Deforestation and Forest Degradation, together with additional activities related to conservation, sustainable forest management, and enhancement of forest carbon stocks.
The basic principle is straightforward: preventing forest loss can prevent Carbon Emission that would otherwise enter the atmosphere.
However, credible REDD+ implementation requires reliable measurement, reporting, and verification.
Emission reductions must be quantified using consistent methodologies before results-based payments can be made.
4. Indonesia–Norway Cooperation for Carbon Emission Reduction
Indonesia and Norway have also developed bilateral cooperation related to forests, land use, and Carbon Emission reduction.
Under the renewed climate and forest partnership, Norway provided an initial results-based contribution of approximately US$56 million in recognition of approximately 11.2 million tonnes of CO2e in independently verified emission reductions for the 2016/2017 forest year.
The cooperation supports Indonesia’s broader FOLU Net Sink 2030 agenda.
Indonesia’s FOLU Net Sink strategy aims for the forestry and other land-use sector to absorb more greenhouse gases than it emits by 2030.
This broader objective involves reducing deforestation, managing peatlands, preventing forest fires, restoring ecosystems, and increasing carbon sequestration.
Why Verification Matters for Carbon Emission Reduction
Results-based climate finance requires credible evidence that Carbon Emission reductions have actually occurred.
This is why measurement, reporting, and verification, commonly known as MRV, are important components of carbon programs.
MRV helps answer several important questions:
- How much Carbon Emission was generated before the program?
- How much emission was generated after mitigation actions?
- Which methodology was used to calculate the reduction?
- Can the emission reduction be independently verified?
- Has double counting been prevented?
Reliable MRV systems improve confidence among governments, investors, carbon buyers, international institutions, and communities.
Carbon Emission Trading Mechanisms in Indonesia
In addition to Results-Based Payment programs, Indonesia has experience with various carbon market mechanisms.
These mechanisms allow verified greenhouse gas reductions or carbon units to obtain economic value under specific regulatory and methodological frameworks.
Historical mechanisms include the Clean Development Mechanism (CDM), while other bilateral approaches include the Joint Crediting Mechanism (JCM).
Indonesia has also developed a domestic Carbon Economic Value framework and the Indonesia Carbon Exchange, or IDXCarbon.
Clean Development Mechanism and Carbon Emission Reduction
The Clean Development Mechanism was established under the Kyoto Protocol and allowed eligible emission reduction projects in developing countries to generate Certified Emission Reductions (CERs).
Indonesia hosted several CDM projects involving renewable energy, waste management, methane destruction, industrial energy efficiency, and other technologies.
One historical example involved landfill gas management in Pontianak.
The project was developed by PT Gikoko Kogyo Indonesia together with the municipal government and was designed to capture methane generated at the Batu Layang landfill.
Instead of allowing methane to enter the atmosphere, the landfill gas could be collected and flared, reducing its climate impact.
A historical emission reduction purchase agreement involved approximately 350,000 Certified Emission Reductions associated with the project.
Landfill Methane and Carbon Emission
Landfills can generate methane when organic waste decomposes under anaerobic conditions.
Methane is a powerful greenhouse gas, so capturing and destroying landfill methane can significantly reduce climate impacts.
Landfill gas projects demonstrate how waste-management improvements can become part of Carbon Emission reduction strategies.
Additional benefits may include improved landfill management, better environmental conditions, and potential use of landfill gas as an energy source.
Joint Crediting Mechanism and Carbon Emission Reduction
The Joint Crediting Mechanism (JCM) is a bilateral cooperation mechanism between Indonesia and Japan.
JCM supports the deployment of low-carbon and decarbonization technologies while quantifying resulting greenhouse gas reductions according to agreed methodologies.
Indonesia has hosted JCM projects in areas such as energy efficiency, refrigeration, industrial equipment, renewable energy, waste heat recovery, and other technologies.
Projects that successfully demonstrate verified Carbon Emission reductions can generate JCM credits according to the mechanism’s rules.
Examples of JCM Carbon Emission Reduction Projects
JCM activities in Indonesia have included projects involving high-efficiency cooling systems, energy-saving industrial equipment, waste heat recovery, solar power, and optimization of refinery operations.
These examples demonstrate how Carbon Emission reductions can be achieved through technological improvements across different industries.
Rather than relying only on forest-based mitigation, technology-based carbon programs can reduce emissions from manufacturing, buildings, energy systems, and industrial operations.
Renewable Energy and Carbon Emission Reduction
Renewable energy is one of the important pathways for reducing Carbon Emission from energy consumption.
Solar photovoltaic systems, geothermal power, hydropower, wind energy, bioenergy, and other low-carbon energy technologies can reduce dependence on fossil fuels where they are technically and environmentally appropriate.
Businesses can also reduce emissions by improving energy efficiency before or alongside renewable energy adoption.
Lower energy demand means fewer resources are required to meet the same operational needs.
Indonesia’s Carbon Economic Value Framework
Indonesia has developed a regulatory framework known as Nilai Ekonomi Karbon or Carbon Economic Value.
Presidential Regulation No. 98 of 2021 established an important national framework for implementing Carbon Economic Value in support of Indonesia’s climate commitments and greenhouse gas emission control.
The regulatory framework has continued to evolve, including through subsequent regulations that strengthen and update the implementation of Carbon Economic Value instruments.
The basic concept is to assign economic value to measurable Carbon Emission reductions or carbon units so that climate mitigation can be integrated into economic decision-making.
Carbon Emission and Presidential Regulation No. 110 of 2025
Indonesia’s Carbon Economic Value framework evolved further with Presidential Regulation No. 110 of 2025 concerning Carbon Economic Value instruments and national greenhouse gas emission control.
The regulation updates parts of the framework established under Presidential Regulation No. 98 of 2021.
This illustrates that Indonesia’s carbon-market regulatory environment continues to develop alongside national climate policy and international carbon-market requirements.
Carbon Trading through IDXCarbon
Indonesia officially launched the Indonesia Carbon Exchange, known as IDXCarbon, in September 2023.
The platform provides infrastructure for trading eligible carbon units under the applicable Indonesian regulatory framework.
The development of IDXCarbon represents an important step in integrating Carbon Emission reduction with market-based mechanisms.
Companies participating in the carbon market can acquire or sell eligible carbon units according to applicable rules and registration requirements.
International Carbon Trading in Indonesia
Indonesia’s carbon-market infrastructure expanded further with the inauguration of international trading of Indonesian carbon units through IDXCarbon in January 2025.
This development allows Indonesia’s carbon-market framework to interact more directly with international demand while applying safeguards intended to prevent issues such as double accounting, double payment, and double claiming.
International Carbon Emission trading requires strong environmental integrity because one emission reduction should not be counted multiple times toward different commitments.
Carbon Emission Trading Regulation in 2026
Indonesia continued strengthening carbon-market regulation in 2026.
OJK Regulation No. 10 of 2026 amended the earlier carbon exchange regulation and aligned financial-sector carbon trading rules with the evolving national Carbon Economic Value framework.
The regulation includes provisions related to eligible carbon units, registration systems, reporting requirements, and other aspects of carbon exchange operations.
This regulatory development demonstrates that Carbon Emission trading in Indonesia is becoming a more structured component of the country’s climate-finance architecture.
Emission Trading System and Carbon Emission Reduction
An Emission Trading System generally establishes rules under which regulated participants can trade emission allowances or equivalent units according to the design of the system.
Market mechanisms can create an economic incentive for companies to reduce Carbon Emission when reducing emissions becomes more cost-effective than maintaining high-emission operations.
However, the effectiveness of an emissions market depends on factors such as accurate monitoring, appropriate targets, credible carbon units, strong governance, and effective oversight.
Carbon Crediting Mechanisms
A carbon crediting mechanism is another approach for generating economic value from verified Carbon Emission reductions.
An eligible project or activity establishes an emissions baseline and then demonstrates reductions compared with that baseline.
After appropriate monitoring and verification, qualifying reductions may generate carbon credits under the applicable standard or regulatory framework.
Crediting approaches may support projects such as renewable energy, energy efficiency, methane management, ecosystem restoration, and other mitigation activities.
Carbon Emission and Indonesia’s NDC
Indonesia’s climate policies are connected to its Nationally Determined Contribution under the Paris Agreement.
The NDC provides a framework for national greenhouse gas mitigation and climate adaptation efforts.
Carbon markets, Results-Based Payments, forest conservation, renewable energy, industrial efficiency, waste management, and other programs can contribute to broader efforts to control Carbon Emission.
However, each mechanism needs appropriate accounting so that emission reductions are transparently measured and not counted more than once.
Benefits of Carbon Emission Reduction for Indonesia
Reducing Carbon Emission can provide environmental, economic, and social benefits.
Forest conservation can maintain biodiversity and ecosystem services.
Energy efficiency can lower operational costs.
Renewable energy can reduce dependence on fossil fuels.
Improved waste management can reduce methane while improving local environmental conditions.
Carbon finance can also provide additional funding for climate mitigation projects when the underlying emission reductions meet the required standards.
Challenges in Carbon Emission Trading
Carbon markets also face several important challenges.
The environmental integrity of carbon units needs to be protected through credible methodologies and monitoring.
Projects need reliable baseline calculations and transparent documentation.
Double counting must be prevented.
Local communities should receive appropriate safeguards and benefits where projects affect land, forests, or community resources.
In addition, carbon markets should complement rather than replace direct Carbon Emission reduction within business operations.
Carbon Emission Measurement, Reporting, and Verification
Reliable carbon markets depend on strong measurement, reporting, and verification systems.
Organizations need to determine how much Carbon Emission occurs, where it originates, and how mitigation activities change the emissions profile.
Activity data may include fuel consumption, electricity, production levels, land-use changes, waste, transportation, and other relevant information.
Emission factors and approved methodologies are then used to convert these activities into greenhouse gas emissions expressed as CO2e.
Role of Businesses in Carbon Emission Reduction
Businesses can contribute to Carbon Emission reduction even when they do not participate directly in carbon markets.
Companies can begin by preparing greenhouse gas inventories and identifying their largest emission sources.
Reduction measures may then include energy efficiency, renewable energy, production optimization, low-carbon transportation, waste reduction, and supplier engagement.
Carbon trading should generally be considered within a broader decarbonization strategy rather than as a substitute for operational emission reduction.
The Future of Carbon Emission Reduction in Indonesia
Carbon Emission reduction in Indonesia is supported by an increasingly diverse combination of climate finance, forest programs, market mechanisms, technology, and domestic regulation.
Programs such as FCPF in East Kalimantan, BioCF ISFL in Jambi, GCF REDD+ Results-Based Payments, and Indonesia–Norway cooperation demonstrate how verified emission reductions can unlock climate finance.
Historical mechanisms such as CDM and ongoing bilateral mechanisms such as JCM demonstrate the role of technology and carbon crediting in reducing emissions.
Meanwhile, the development of Indonesia’s Carbon Economic Value framework and IDXCarbon is creating a more structured domestic infrastructure for carbon trading.
Successful implementation will depend on accurate measurement, transparent reporting, independent verification, environmental integrity, and effective governance.
Companies, governments, communities, financial institutions, and international partners all have different roles in supporting credible Carbon Emission reduction.
Ultimately, carbon markets are most useful when they are connected to real mitigation actions that reduce greenhouse gas emissions, protect ecosystems, improve efficiency, and support Indonesia’s transition toward a lower-carbon economy.