High integrity climate projects.
Curated. Supported. Brought to market.
The projects below represent our supply pipeline, spanning the full development lifecycle—from early-stage opportunities through validation and registration to issued credits available in the spot market. Each is selected through rigorous diligence covering technical integrity, additionality, durability, governance and community benefit.
We also source and trade credits from a much wider range of projects globally. Contact us to discuss your specific requirements.
High integrity climate projects.
Curated. Supported. Brought to market.
The projects below represent our supply pipeline, spanning the full development lifecycle—from early-stage opportunities through validation and registration to issued credits available in the spot market. Each is selected through rigorous diligence covering technical integrity, additionality, durability, governance and community benefit.
We also source and trade credits from a much wider range of projects globally. Contact us to discuss your specific requirements.
West Bengal AWD Rice Methane Reduction Project (Asvata)
Why we represent it
Valitera represents Asvata's West Bengal AWD Rice Methane Reduction Project on a non-exclusive agency basis. We see it as a high-integrity agricultural methane project with a particularly strong combination of measurable emissions reductions, smallholder impact and rigorous digital monitoring. The project is certified under the Gold Standard for the Global Goals and uses a comprehensive dMRV framework combining satellite remote sensing, IoT water-level sensors, GPS- and time-stamped farmer field logs, and independent third-party audits. Rather than relying primarily on sampling, the project monitors activity at field level across more than 30,000 participating smallholder farms. That depth of monitoring is a meaningful differentiator for buyers focused on integrity and traceability. The underlying intervention is also compelling: Alternate Wetting and Drying can reduce methane emissions by around 48% while lowering irrigation demand and maintaining, or in some cases improving, yields. For corporate buyers, particularly those with exposure to agricultural supply chains, the project offers a credible methane-reduction story with clear links to water efficiency, farmer livelihoods and Scope 3 decarbonisation strategies.
The West Bengal AWD Rice Methane Reduction Project works with more than 30,000 smallholder rice farmers in West Bengal, India, to replace continuously flooded paddy cultivation with Alternate Wetting and Drying. Under AWD, fields are periodically allowed to dry before being re-flooded. This interrupts the anaerobic conditions that produce methane and can reduce methane emissions by approximately 48%. The approach also lowers irrigation demand by up to 30%, reducing pumping costs and water use while maintaining crop productivity. Participating farmers have also reported average yield improvements of around 7%. The project is certified under the Gold Standard for the Global Goals, with activities monitored through a combination of farmer-recorded field events, IoT water-level sensors, satellite remote sensing and independent third-party audits. Each drying event is GPS- and time-stamped, providing a detailed record of implementation across participating farms. Farmers receive up to 50% of carbon revenues, while the programme has also created local employment and leadership opportunities, including for women. The project contributes to UN SDGs 2 (Zero Hunger), 4 (Quality Education), 5 (Gender Equality) and 8 (Decent Work and Economic Growth).
West Bengal AWD Rice Methane Reduction Project (Asvata)
Why we represent it
Valitera represents Asvata's West Bengal AWD Rice Methane Reduction Project on a non-exclusive agency basis. We see it as a high-integrity agricultural methane project with a particularly strong combination of measurable emissions reductions, smallholder impact and rigorous digital monitoring. The project is certified under the Gold Standard for the Global Goals and uses a comprehensive dMRV framework combining satellite remote sensing, IoT water-level sensors, GPS- and time-stamped farmer field logs, and independent third-party audits. Rather than relying primarily on sampling, the project monitors activity at field level across more than 30,000 participating smallholder farms. That depth of monitoring is a meaningful differentiator for buyers focused on integrity and traceability. The underlying intervention is also compelling: Alternate Wetting and Drying can reduce methane emissions by around 48% while lowering irrigation demand and maintaining, or in some cases improving, yields. For corporate buyers, particularly those with exposure to agricultural supply chains, the project offers a credible methane-reduction story with clear links to water efficiency, farmer livelihoods and Scope 3 decarbonisation strategies.
The West Bengal AWD Rice Methane Reduction Project works with more than 30,000 smallholder rice farmers in West Bengal, India, to replace continuously flooded paddy cultivation with Alternate Wetting and Drying. Under AWD, fields are periodically allowed to dry before being re-flooded. This interrupts the anaerobic conditions that produce methane and can reduce methane emissions by approximately 48%. The approach also lowers irrigation demand by up to 30%, reducing pumping costs and water use while maintaining crop productivity. Participating farmers have also reported average yield improvements of around 7%. The project is certified under the Gold Standard for the Global Goals, with activities monitored through a combination of farmer-recorded field events, IoT water-level sensors, satellite remote sensing and independent third-party audits. Each drying event is GPS- and time-stamped, providing a detailed record of implementation across participating farms. Farmers receive up to 50% of carbon revenues, while the programme has also created local employment and leadership opportunities, including for women. The project contributes to UN SDGs 2 (Zero Hunger), 4 (Quality Education), 5 (Gender Equality) and 8 (Decent Work and Economic Growth).
US SecondCrop™ Microbial Carbon Removal (Loam Bio, USA)
Why we represent it
Valitera represents Loam Bio's US SecondCrop™ carbon credits across Europe and Asia under an exclusive agency mandate. We see the project as a premium durable-removals opportunity: scientifically differentiated, scalable and directly integrated into existing agricultural systems without requiring land use change or displacing food production. The project is Gold Standard-listed under GS23491 and holds a Sylvera Pre-Issuance Rating of A. Carbon removal is quantified through direct soil sampling and re-measurement, with a 20% buffer pool providing additional protection against reversal. Forward supply is also expected to scale materially over the coming years, giving buyers greater visibility on future availability than is typical for emerging carbon removal pathways. For buyers, the combination is compelling: durable soil carbon removal, strong measurement, agricultural co-benefits and a pathway that can sit comfortably within both diversified removals portfolios and broader value-chain decarbonisation strategies. We also believe Loam's technology and farmer-led model give the project a particularly strong story for corporates seeking credible exposure to agricultural carbon removal.
US SecondCrop™ is a microbial carbon removal project developed by Loam Bio across corn and soybean farms in the US Midwest. Farmers apply CarbonBuilder™, Loam's patented fungal seed coating, which works with plant roots to move carbon drawn down through photosynthesis into more stable forms of soil carbon. A key feature of the project is that farmers can continue using the same land, crops and equipment. There is no requirement for land use change, and the carbon removal process is designed to operate alongside existing food production. Carbon outcomes are measured through direct soil sampling and independently verified under Gold Standard requirements. The project includes a 20% buffer pool and currently holds a Sylvera Pre-Issuance Rating of A. Beyond carbon removal, the project is designed to improve soil structure, water retention and biodiversity while returning a significant share of carbon revenue directly to participating farmers. The project contributes to UN SDGs 2 (Zero Hunger), 13 (Climate Action) and 15 (Life on Land).
Field documentation
Let’s chart your path to Net Zero
Whether you are defining a carbon strategy, sourcing high-quality credits, financing a project or building market infrastructure, bring us in early. We connect strategy, capital, market access and execution to help you move with confidence.
Have something specific in mind? Tell us what you’re working on.
Julia
Chief of Staff
Contact us
Let’s chart your path to Net Zero
Whether you are defining a carbon strategy, sourcing high-quality credits, financing a project or building market infrastructure, bring us in early. We connect strategy, capital, market access and execution to help you move with confidence.
Have something specific in mind? Tell us what you’re working on.
Julia
Chief of Staff
Contact us
Let’s chart your path to Net Zero
Whether you are defining a carbon strategy, sourcing high-quality credits, financing a project or building market infrastructure, bring us in early. We connect strategy, capital, market access and execution to help you move with confidence.
Have something specific in mind? Tell us what you’re working on.
Julia
Chief of Staff
Contact us
