Economic Value Carbon is an economic approach that assigns measurable value to greenhouse gas emission reductions, carbon removals, carbon units, and other verified climate mitigation outcomes. In Indonesia, the concept is known as Nilai Ekonomi Karbon (NEK), or Carbon Economic Value.
Economic Value Carbon is designed to support Indonesia’s climate commitments, including the achievement of its Nationally Determined Contribution (NDC), while encouraging businesses, government institutions, local governments, and other stakeholders to reduce greenhouse gas (GHG) emissions.
Indonesia initially established a comprehensive Carbon Economic Value framework through Presidential Regulation No. 98 of 2021. The regulatory framework has since evolved, and Presidential Regulation No. 110 of 2025 now provides the principal framework for Carbon Economic Value instruments and national greenhouse gas emission control.
This framework demonstrates how climate action can be connected with economic incentives. Companies that successfully reduce emissions, improve efficiency, protect carbon stocks, or implement eligible mitigation activities may participate in mechanisms that provide economic value to verified environmental performance.
What Is Economic Value Carbon?
Economic Value Carbon refers to an economic framework that recognizes the value associated with greenhouse gas emission reductions and carbon management.
The concept creates financial signals that can encourage companies and other stakeholders to reduce emissions rather than continuing high-carbon activities without considering their environmental costs.
Economic Value Carbon can also support investment in renewable energy, energy efficiency, forest conservation, waste management, industrial decarbonization, sustainable transportation, and other climate mitigation activities.
Rather than treating greenhouse gas emissions only as an environmental issue, the Economic Value Carbon framework integrates carbon performance into economic and business decision-making.
Economic Value Carbon and Indonesia’s NDC
Indonesia’s Nationally Determined Contribution provides the country’s climate mitigation and adaptation commitments under the Paris Agreement.
The implementation of Economic Value Carbon is intended to support the achievement of these national climate targets.
This means that emission reductions generated through eligible carbon mechanisms need to be measured, reported, and accounted for consistently within the national climate framework.
Reliable accounting is particularly important when carbon units are traded because the same emission reduction should not be claimed multiple times by different parties.
4 Main Economic Value Carbon Mechanisms
Indonesia’s current Carbon Economic Value framework recognizes four broad categories of instruments:
- Carbon Trading
- Results-Based Payment
- Carbon Levies
- Other Instruments
Each Economic Value Carbon mechanism has a different function, but all can contribute to greenhouse gas emission control and Indonesia’s broader climate objectives.
1. Carbon Trading under Economic Value Carbon
Carbon trading is a market-based mechanism that creates economic value from greenhouse gas emission management.
Under an Economic Value Carbon framework, eligible carbon units can be transferred between participants according to applicable regulations, methodologies, registration requirements, and verification processes.
Carbon trading can generally involve emission trading and carbon offset mechanisms.
Emission Trading
Emission trading allows regulated business entities to transact emission quotas or allowances under an applicable sectoral framework.
A regulator may establish an emissions limit or allocation for participating entities.
Companies that manage emissions efficiently may have a different carbon position from companies whose emissions exceed the applicable limit.
This creates an economic incentive for businesses to improve operational efficiency and reduce greenhouse gas emissions.
Carbon Offset Mechanism
A carbon offset mechanism is based on verified greenhouse gas emission reductions or removals generated by eligible mitigation activities.
A project generally establishes an appropriate baseline and then measures emission reductions achieved compared with that baseline.
The resulting reductions need to follow applicable measurement, reporting, verification, registration, and certification procedures before they can become eligible carbon units.
Projects may involve activities such as renewable energy, industrial efficiency, methane reduction, ecosystem restoration, sustainable land management, or other eligible mitigation actions.
Domestic and International Economic Value Carbon Trading
Carbon trading under Indonesia’s Economic Value Carbon framework can operate within domestic markets and may also connect with international carbon markets according to applicable requirements.
International transactions require additional safeguards because transferred carbon units may interact with the climate commitments of different countries.
Authorization, accounting procedures, and mechanisms to prevent double counting therefore become particularly important.
A credible carbon market needs to ensure that every carbon unit represents a real and appropriately accounted-for greenhouse gas reduction or removal.
Economic Value Carbon through the Indonesia Carbon Exchange
Indonesia has developed carbon exchange infrastructure to support the implementation of Economic Value Carbon.
The carbon exchange provides a regulated platform through which eligible carbon units can be traded according to applicable financial-sector and environmental regulations.
The development of exchange-based carbon trading increases transparency because transactions can be conducted through structured systems rather than relying exclusively on bilateral arrangements.
However, the credibility of the market still depends on the environmental integrity of the underlying carbon units.
2. Results-Based Payment in Economic Value Carbon
Results-Based Payment is another important Economic Value Carbon mechanism.
Under this approach, financial incentives or payments are provided after measurable mitigation or adaptation results have been achieved and appropriately verified or certified.
The mechanism therefore focuses on performance rather than simply providing funding before environmental outcomes are demonstrated.
Results-Based Payment can encourage government institutions, local governments, businesses, and other stakeholders to implement measurable climate programs.
How Results-Based Payment Works
Consider a program designed to reduce deforestation.
The program establishes an appropriate emissions reference level and implements forest conservation activities.
After a defined period, actual greenhouse gas emissions are measured and compared with the applicable reference.
If a verified reduction has been achieved, the program may become eligible for Results-Based Payment according to the applicable framework.
This creates a direct connection between environmental performance and economic incentives.
Economic Value Carbon and Benefit Sharing
Results-Based Payment programs may involve multiple stakeholders, including government institutions, regional governments, businesses, and communities.
For this reason, benefit-sharing mechanisms are important.
Economic benefits can be distributed according to factors such as authority, contribution to greenhouse gas reductions, and actions that prevent emissions.
A transparent benefit-sharing framework can help ensure that stakeholders contributing to climate mitigation receive appropriate recognition and incentives.
3. Carbon Levies under Economic Value Carbon
Carbon levies represent another instrument within the Economic Value Carbon framework.
A carbon levy creates a financial cost associated with carbon-intensive goods, services, activities, or greenhouse gas emissions according to applicable legislation.
The objective is to incorporate environmental costs into economic decisions and encourage businesses to reduce emissions.
Carbon levies can potentially involve taxation, customs, excise, or other state levies depending on the regulatory mechanism adopted.
The exact implementation depends on applicable fiscal and sectoral regulations.
How Carbon Pricing Can Change Business Decisions
Without a financial value associated with greenhouse gas emissions, companies may have limited economic incentives to invest in emission reduction projects.
Economic Value Carbon changes this equation.
If emitting greenhouse gases creates additional economic costs while reducing emissions generates financial benefits, low-carbon investments may become more attractive.
Companies can then compare the cost of maintaining carbon-intensive operations with the cost and benefits of improving energy efficiency, adopting renewable energy, or changing production technologies.
4. Other Economic Value Carbon Instruments
The fourth category allows other Economic Value Carbon instruments to be developed according to technological developments, scientific progress, policy requirements, and applicable regulations.
This flexibility is important because carbon markets and climate-finance mechanisms continue to evolve.
Potential approaches can involve innovative financial mechanisms, green technologies, low-carbon investment incentives, and other programs that encourage measurable greenhouse gas reduction.
Who Can Participate in Economic Value Carbon?
The implementation of Economic Value Carbon can involve multiple stakeholders.
Government ministries and agencies may establish sectoral policies and climate targets.
Regional governments can support mitigation and adaptation activities within their jurisdictions.
Businesses can participate by reducing emissions, implementing mitigation projects, improving operational efficiency, and participating in eligible carbon-market mechanisms.
Communities may also participate in appropriate climate programs, particularly those involving forestry, ecosystem restoration, waste management, and local environmental initiatives.
Role of Regional Governments in Economic Value Carbon
Regional governments have an important role in supporting climate mitigation and adaptation.
Many important emission sources are directly connected with regional development decisions, including land use, transportation, waste management, agriculture, buildings, and natural resource management.
Regional climate programs can therefore contribute to Indonesia’s broader emission reduction efforts.
Monitoring and evaluation are also important so that regional emission reductions can be incorporated into broader national climate accounting.
Measurement, Reporting, and Verification in Economic Value Carbon
Reliable Measurement, Reporting, and Verification (MRV) is essential for a credible Economic Value Carbon system.
MRV ensures that emission reductions are supported by measurable data rather than unsupported claims.
Measurement determines the amount of greenhouse gas emissions or reductions.
Reporting documents the methodology, activity data, calculations, assumptions, and results.
Verification provides an independent assessment of whether the reported information follows the applicable methodology and requirements.
Why Verification Matters for Economic Value Carbon
Carbon units can have financial value.
For this reason, buyers, regulators, investors, governments, and other stakeholders need confidence that the underlying greenhouse gas reduction actually occurred.
Independent verification helps strengthen transparency and accountability.
Without credible verification, carbon markets can face risks related to inaccurate calculations, exaggerated reductions, double counting, and greenwashing.
SPE-GRK in Economic Value Carbon
Sertifikat Pengurangan Emisi Gas Rumah Kaca or SPE-GRK represents certified greenhouse gas emission reduction performance under Indonesia’s carbon framework.
SPE-GRK can play an important role within Economic Value Carbon instruments by providing evidence of verified emission reduction performance.
The certification process requires appropriate registration and independent verification under the applicable national framework.
This provides a clearer link between mitigation actions, greenhouse gas reductions, certification, and potential economic value.
Economic Value Carbon and Carbon Registry Systems
Carbon registry systems are important for tracking carbon units and maintaining transparent records.
Registration helps identify the project, mitigation activity, carbon unit, ownership status, and transaction history.
This becomes especially important when carbon units move between organizations or are used within carbon markets.
Strong registries reduce the risk that the same emission reduction is issued or claimed multiple times.
Cap-and-Allowance under Economic Value Carbon
A cap-and-allowance system establishes an emissions limit and allocates emission quotas to participating entities.
Companies whose emissions remain below their allocated limit may be in a different market position from companies whose emissions exceed the limit.
The economic incentive created by the system can encourage businesses to reduce emissions through technology upgrades, energy efficiency, fuel switching, or other mitigation strategies.
This makes cap-and-allowance approaches an important potential component of sectoral Economic Value Carbon implementation.
Economic Value Carbon in the Electricity Sector
The electricity generation sector became one of the early sectors in Indonesia to implement mandatory carbon trading.
Electricity generation is strategically important because fossil-fuel-based power plants can represent significant greenhouse gas emission sources.
Carbon trading can provide an additional incentive for power generators to improve efficiency, adopt lower-carbon technologies, increase renewable energy integration, and reduce emissions.
Sectoral carbon trading also provides practical experience that can support the continued development of Indonesia’s broader Economic Value Carbon framework.
Economic Value Carbon and Renewable Energy
Renewable energy can contribute significantly to Economic Value Carbon strategies.
Solar, geothermal, hydropower, wind, bioenergy, and other lower-carbon energy technologies can reduce dependence on fossil fuels where appropriate.
Companies can also combine renewable energy with energy efficiency to achieve greater emission reductions.
Reducing energy demand before expanding renewable energy use can make decarbonization more efficient.
Economic Value Carbon and Energy Efficiency
Energy efficiency is one of the most practical greenhouse gas reduction strategies for businesses.
Companies can conduct energy audits to identify inefficient equipment, unnecessary consumption, energy losses, and production processes that require improvement.
Possible actions include upgrading motors, boilers, compressors, refrigeration equipment, lighting, heating systems, and industrial process controls.
The resulting emission reductions may also reduce operating costs, creating both environmental and economic benefits.
Economic Value Carbon and Forest Conservation
Forests store significant quantities of carbon.
Deforestation and forest degradation can release stored carbon into the atmosphere, while forest conservation can help maintain carbon stocks.
Economic Value Carbon can provide financial incentives for eligible activities that reduce deforestation, restore ecosystems, or increase carbon sequestration.
Such programs can also generate additional benefits related to biodiversity, water management, local livelihoods, and ecosystem protection.
Economic Value Carbon and Waste Management
Waste management provides another opportunity for greenhouse gas reduction.
Organic waste in landfills can generate methane under anaerobic conditions.
Improved waste prevention, recycling, composting, methane capture, and other treatment strategies can reduce emissions.
Where appropriate methodologies exist, verified reductions from waste-management projects may potentially become part of carbon-crediting activities.
Benefits of Economic Value Carbon for Businesses
Economic Value Carbon can create several opportunities for companies.
Businesses can better understand greenhouse gas emissions as an economic risk rather than treating them only as an environmental issue.
Emission reduction projects may improve energy efficiency, lower fuel consumption, reduce waste, strengthen operational performance, and create access to emerging carbon-market opportunities.
Reliable carbon information can also strengthen sustainability reporting and climate-risk management.
Greenhouse Gas Inventory before Economic Value Carbon
Before participating in Economic Value Carbon mechanisms, companies need reliable greenhouse gas data.
A corporate GHG inventory can identify Scope 1, Scope 2, and relevant Scope 3 emission sources.
This creates an emissions baseline that can be used to determine reduction opportunities.
Without an accurate baseline, it becomes difficult to demonstrate whether an emission reduction project has generated real environmental improvements.
Economic Value Carbon and Product Carbon Footprint
Companies can also use Product Carbon Footprint assessments to understand greenhouse gas emissions associated with specific products.
Product-level carbon calculations can identify carbon hotspots across raw materials, production, energy, transportation, packaging, and other life-cycle stages.
This information can support low-carbon product development and help companies identify supply-chain emission reduction opportunities.
Economic Value Carbon and Corporate Decarbonization
Carbon trading should not replace direct decarbonization.
Companies should first identify opportunities to reduce emissions within their own operations and value chains.
A structured decarbonization strategy may include energy efficiency, renewable energy, low-carbon raw materials, supplier engagement, logistics optimization, and waste reduction.
Economic Value Carbon instruments can then complement these efforts according to applicable regulations.
Challenges in Implementing Economic Value Carbon
The implementation of Economic Value Carbon also creates several challenges.
Reliable emission data is required.
Companies need appropriate technical capacity and carbon-accounting knowledge.
Verification systems need to maintain independence and credibility.
Carbon units need strong environmental integrity.
Market participants also need regulatory certainty and transparent information.
Addressing these challenges is essential for maintaining confidence in Indonesia’s carbon market.
Preventing Double Counting in Economic Value Carbon
Double counting occurs when the same greenhouse gas reduction is claimed by more than one party.
This can undermine the environmental credibility of carbon markets.
Strong registration systems, transparent accounting, authorization procedures, and appropriate international accounting adjustments can help reduce this risk.
This is particularly important when Indonesian carbon units are transferred internationally.
Economic Value Carbon Regulation in Indonesia
Indonesia’s Carbon Economic Value regulatory framework continues to evolve.
Presidential Regulation No. 98 of 2021 played an important historical role in establishing the national NEK framework.
The current framework is governed principally through Presidential Regulation No. 110 of 2025 concerning Carbon Economic Value Instruments and National Greenhouse Gas Emission Control.
Carbon trading through the carbon exchange is also supported by financial-sector regulations governing carbon exchange activities.
Businesses should therefore refer to current regulations and applicable sector-specific requirements when planning participation in Economic Value Carbon mechanisms.
The Future of Economic Value Carbon in Indonesia
Economic Value Carbon represents an increasingly important connection between environmental performance and economic decision-making in Indonesia.
The framework can support greenhouse gas reduction through carbon trading, Results-Based Payments, carbon levies, and other climate-related instruments.
However, successful implementation requires reliable greenhouse gas inventories, credible MRV systems, transparent carbon registries, independent verification, and strong environmental integrity.
Businesses also need to understand that carbon markets are only one part of a broader climate strategy.
Direct emission reduction through energy efficiency, renewable energy, sustainable production, forest conservation, waste management, and technological innovation remains essential.
Regional governments, national institutions, companies, communities, and other stakeholders all have important roles in achieving measurable greenhouse gas reductions.
With appropriate regulation and credible implementation, Economic Value Carbon can help Indonesia transform greenhouse gas reduction into an economic incentive while supporting the achievement of national climate targets and the transition toward a lower-carbon economy.