Costmos helps businesses and project developers understand carbon-credit opportunities, check whether their projects are eligible, and guide them through the carbon-credit project development process. But before getting started, there is one important question to answer: Which types of projects can actually generate carbon credits in India?

The answer is much broader than simply planting trees or putting up solar panels.

Under India’s Carbon Credit Trading Scheme (CCTS), projects can generate carbon credits when they reduce, avoid, or remove greenhouse-gas emissions compared with an established baseline. The Bureau of Energy Efficiency (BEE) has already approved and published methodologies for several types of projects, including renewable electricity, industrial energy efficiency, methane reduction from landfills, livestock manure management, agriculture, biomass, hydrogen and forestry.

International carbon standards, such as Verra’s Verified Carbon Standard, cover an even wider range of project types. These include agriculture, forestry, transport, waste management, industrial processes and engineered carbon removal projects.

Here are 15+ project types that are important to understand.

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Solar Power Projects

Solar electricity projects can generate carbon credits when they replace or reduce the use of electricity produced from sources that release more carbon emissions.

India’s CCTS currently has a methodology for grid-connected electricity generation from renewable energy sources. This can apply to eligible renewable electricity projects when they meet the required baseline and additionality conditions under the methodology.

Wind Energy Projects

Wind power is another important type of renewable energy. A wind project that meets the required conditions can help reduce emissions from electricity generation that would otherwise come from sources with higher emissions.

Wind power projects may also be eligible to generate carbon credits under international carbon-credit standards, as long as they follow an applicable methodology and meet all the required eligibility conditions.

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Biomass Electricity and Heat Projects

Projects that use biomass to produce electricity or useful heat can potentially earn carbon credits when they replace energy that would otherwise come from fossil fuels.

India has an approved CCTS methodology that specifically covers projects that generate electricity or useful heat using biomass.

Examples include projects that use agricultural waste, crop residues, and other types of biomass to produce energy.

Also Read: The Role of Carbon Credits in Combating Climate Change: Can They Really Save Our Planet?

Industrial Energy-Efficiency Projects

Factories that make major improvements to their energy efficiency may be able to generate carbon credits when they can show measurable reductions in emissions compared with an eligible baseline.

BEE has approved a methodology that covers energy-efficiency improvements and fuel-switching measures carried out at industrial facilities.

Possible activities may include upgrades to industrial equipment, improvements in production processes, and changes to energy systems, as long as they meet the requirements of the approved methodology.

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Fuel-Switching Projects

Switching from a fuel that produces higher emissions to a cleaner, lower-emission fuel can help reduce greenhouse-gas emissions.

Fuel switching is specifically covered under India’s approved industrial methodology. However, simply changing the type of fuel does not automatically qualify a project for carbon credits the project must still meet the required baseline, additionality, monitoring, and other applicable requirements.

Landfill Methane Recovery

Landfills can release methane when organic waste breaks down over time. Capturing this methane and then destroying it or using it as an energy source can create significant emission reductions because methane is a very powerful greenhouse gas.

BEE has approved methodologies for projects that recover methane from landfills and for projects that flare or use the landfill gas.

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Biogas and Livestock-Manure Projects

Livestock manure can release methane when it breaks down without oxygen, which is known as anaerobic decomposition.

Projects that collect and recover methane from livestock manure at homes and small farms are specifically included under an approved CCTS methodology.

Biogas systems can therefore provide environmental benefits and may also offer financial benefits when they meet all the required carbon-credit conditions.

Compressed Biogas (CBG) Projects

India is increasing its use of compressed biogas as an alternative to traditional fossil fuels.

BEE’s approved CCTS methodologies include the production of Compressed Bio-gas (CBG).

Because of this, a CBG project may have the potential to generate carbon credits, as long as its emission reductions can be properly measured and calculated under the relevant methodology.

Also Read: How Carbon Credits Help Control Pollution: A Comprehensive Guide

Green Hydrogen Projects

Hydrogen is another growing opportunity for generating carbon credits.

The current CCTS methodologies allow certain hydrogen production projects, including projects that produce hydrogen by using electrolysis of water. There is also a methodology for producing hydrogen from methane that is obtained from biogas.

However, a project is not automatically eligible just because it is called a “green hydrogen” project. Eligibility depends on the exact way the project is designed and operated, as well as whether it meets all the requirements of the relevant methodology.

Afforestation Projects

Planting trees on eligible land can help remove carbon dioxide from the atmosphere by storing carbon in the trees, plants, and soil.

Afforestation and reforestation are well-established types of carbon-credit projects around the world. In India, the CCTS currently has methodologies for afforestation and reforestation of degraded mangrove areas and other eligible lands, excluding wetlands.

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Mangrove Restoration and Reforestation

Mangrove ecosystems are especially important because they can store a large amount of carbon while also providing many other benefits to the environment.

India’s current CCTS methodology specifically includes afforestation and reforestation projects in degraded mangrove habitats.

However, projects must still show that they meet all the required technical and carbon-accounting rules before they can qualify.

Improved Rice Cultivation

Agriculture is a major source of methane emissions, and rice farming is one of the important contributors.

India has approved a methodology that allows emission reductions through better and improved farming practices in rice cultivation.

Under this methodology, changes in farming and water-management practices can help reduce methane emissions when compared with an eligible baseline.

Agricultural Residue and Biomass Projects

Agricultural waste and leftover crop materials can be used to produce energy, support biomass processing, and for other climate-related uses.

When a project follows an approved methodology, using agricultural biomass to produce useful energy can help reduce the use of fossil fuels and may also create opportunities to earn carbon credits.

The CCTS’s biomass electricity and heat methodology is especially relevant for projects that use eligible agricultural biomass to produce electricity or heat.

Also Read: What are the big 4 carbon registries?

Biochar Projects

Biochar is made by heating biomass under controlled conditions. This process can help store the carbon from the biomass in a more stable form for a longer period.

Biochar is already recognized internationally as a type of carbon project. For example, Verra’s VCS includes waste-handling and disposal projects, which can include biochar projects within its project portfolio.

For a project in India, however, developers need to clearly understand the difference between eligibility in the international voluntary carbon market and eligibility under India’s Carbon Credit Trading Scheme (CCTS).

Sustainable Agriculture and Soil-Carbon Projects

Changes in farming practices can help increase the amount of carbon stored in the soil or reduce greenhouse gas emissions from agricultural activities.

Examples include better land management, regenerative farming practices and other methods that can reduce emissions or remove carbon, as long as an approved methodology is available to measure and verify these results.

These types of projects are already well established in international carbon markets. However, before assuming that such projects can generate carbon credits under India’s Carbon Credit Trading Scheme (CCTS), their specific methodology and eligibility in the Indian market must be carefully assessed.

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Energy-Efficient Cooking and Clean Cooking Projects

Fuel-efficient cooking technologies can help people use less fuel and reduce the greenhouse gas emissions linked to cooking.

International carbon standards recognize fuel-efficient cookstove projects as activities that can generate carbon offsets.

These types of projects can be especially useful for large-scale programmes that provide improved cooking solutions to households or communities, as long as they meet the requirements of the relevant carbon standard and methodology.

Electric Mobility and Transport Projects

Transport is another major source of carbon emissions.

Electric buses, electric commercial vehicles, and other transport-related projects can potentially generate carbon credits when they can clearly measure the reduction in emissions compared with a suitable baseline.

India’s CCTS framework includes transport as part of the wider sectors covered under its offset mechanism. International carbon standards also recognize transport projects that can demonstrate measurable emission reductions.

Methane and Other Fugitive-Emission Projects

Carbon-credit opportunities can also come from projects that stop methane and other greenhouse gases from being released into the atmosphere during industrial or energy-related activities.

India’s CCTS has included fugitive emissions as one of the areas that can be covered under its phased carbon credit offset framework.

These projects need accurate measurement and monitoring because carbon credits can only be issued when the project can clearly prove that it has reduced greenhouse gas emissions.

What Makes a Project Eligible for Carbon Credits?

Having a “green” project alone is not enough to qualify for carbon credits.

A project generally needs to show measurable reductions, removals, or avoidance of greenhouse-gas emissions when compared with a suitable baseline. Additionality is also important. The project must meet the applicable rules and demonstrate that the claimed climate benefit would not have happened as part of normal, business-as-usual activities.

Under India’s CCTS, projects submitted through the offset mechanism must follow a defined project cycle and meet all the applicable eligibility requirements and methodology.

Project developers should therefore carefully check:

Baseline: What level of emissions would happen if the project were not carried out?

Additionality: Why are the claimed emission reductions considered additional and not something that would have happened anyway?

Measurability: Can the project’s emission reductions or removals be measured and calculated accurately?

Monitoring: Can reliable and consistent data be collected throughout the entire crediting period?

Verification: Can an approved verification body independently check and verify the project’s reported results?

Double counting: Can the same emission reduction or removal be claimed, counted, or used somewhere else?

Legal and regulatory eligibility: Does the project follow all applicable Indian and/or international rules and requirements for participating in the carbon market?

The Bureau of Energy Efficiency (BEE) has also established an accreditation framework for carbon-verification agencies that participate in India’s CCTS.

Can Every Solar, Biogas or Tree-Planting Project Generate Carbon Credits?

No.

This is one of the most important things project owners need to understand.

Simply installing solar panels, planting trees, running a biogas plant or buying an electric vehicle does not automatically mean that the activity will generate tradable carbon credits.

The project must follow an applicable methodology, have a suitable baseline, maintain proper monitoring and provide clear evidence to support the emission reductions or removals being claimed. If the project is developed under CCTS, it must also complete the required approval and verification process under the Indian scheme.

For example, BEE’s renewable-energy methodology has specific requirements that a project must meet, including rules related to applicability and additionality.

How to Find Out If Your Project Can Generate Carbon Credits

Start by clearly understanding what your project is going to change.

A proper assessment should answer four important questions:

What greenhouse-gas emissions will the project reduce or remove?
What would happen if the project was not carried out?
Which carbon-credit methodology is suitable for the project?
How many tonnes of CO₂e can be accurately measured, verified, and reported?

Based on these answers, the project can then be assessed under India’s CCTS, an international voluntary carbon standard, or both, depending on the project’s goals and whether it meets the required eligibility criteria.

Costmos provides complete carbon-credit consulting services, including carbon footprint assessment, project development, verification and certification, and solutions for accessing and participating in the carbon-credit market.

Final Takeaway

India’s carbon-credit opportunities go far beyond simply planting trees. Projects involving renewable energy, biomass, industrial energy efficiency, fuel switching, landfill methane, biogas, CBG, hydrogen, forestry, mangrove restoration, rice cultivation, agriculture, biochar, clean cooking, transport and methane reduction can all offer potential opportunities to generate carbon credits, depending on the relevant methodology and the carbon market being used.

The most important question is not just, “Is my project environmentally friendly?” The more important question is, “Can I clearly measure and prove the emission reductions or carbon removals created by my project under an approved methodology?”

As India’s CCTS continues to develop, project owners need to carefully check whether their projects are eligible before spending money on carbon-credit development. BEE’s list of approved methodologies is continuing to evolve, while new types of projects are also being considered and submitted under the offset mechanism. For example, in August 2026, BEE published draft project documents for a distributed hybrid solar-BESS aggregation project and a biomass-based boiler project.

This makes early project screening, choosing the right methodology and maintaining strong and accurate carbon accounting extremely important for anyone who wants to generate carbon credits from a project in India.