Turning Farm Data into Climate Intelligence for Supply Chain Decarbonization
We help partners across the food and agriculture sector measure and reduce emissions across their supply chains through biochar-enhanced fertilizers, traceable field data, and collaboration with smallholder farmers. Our approach combines scientific verification with on-the-ground impact that improves soil, yield, and resilience.
01.
Scope 3
02.
Biochar
03.
Digital Traceability
Turning Farm Data into Climate Intelligence for Supply Chain Decarbonization
We help partners across the food and agriculture sector measure and reduce emissions across their supply chains through biochar-enhanced fertilizers, traceable field data, and collaboration with smallholder farmers. Our approach combines scientific verification with on-the-ground impact that improves soil, yield, and resilience.
01.
Scope 3
02.
Biochar
03.
Digital Traceability
Turning Farm Data into Climate Intelligence for Supply Chain Decarbonization
We help partners across the food and agriculture sector measure and reduce emissions across their supply chains through biochar-enhanced fertilizers, traceable field data, and collaboration with smallholder farmers. Our approach combines scientific verification with on-the-ground impact that improves soil, yield, and resilience.
01.
Scope 3
02.
Biochar
03.
Digital Traceability
Trusted by
What if your entire supply chain
became a source of climate intelligence?
Every hectare, every farmer, every tonne of fertilizer
, connected in one verified story of impact.
That’s what we build for you.
Every hectare, every farmer, every tonne of fertilizer
, connected in one verified story of impact.
That’s what we build for you.
Happy Ground connects the physical and digital worlds by applying biochar-enhanced fertilizers (BEF) in the field and turning their results into verified climate data aligned with SBTi, ISO 14064, and ISO 14067. Each tonne of BEF applied generates measurable improvements in soil carbon, fertilizer efficiency, and yield resilience, all traceable through our platform.
Happy Ground connects the physical and digital worlds by applying biochar-enhanced fertilizers (BEF) in the field and turning their results into verified climate data aligned with SBTi, ISO 14064, and ISO 14067. Each tonne of BEF applied generates measurable improvements in soil carbon, fertilizer efficiency, and yield resilience, all traceable through our platform.
Measure Impact Across Your Supply Chain
Monitor real outcomes across every hectare and farmer, including carbon removal, soil organic carbon, and fertilizer emission reductions.
Verify Every Plot with Traceable Data
Our system brings together ground data, IoT, and satellite analytics to measure carbon sequestration, N₂O reduction, and soil organic carbon improvements at the plot level.
Forecast ROI and Plan Investments
Our ROI simulator connects agronomic data to financial outcomes, forecasting CO₂ reduction costs, yield gains, and fertilizer efficiency. These insights help quantify value and strengthen supply-chain resilience.
Verify Every Plot with Traceable Data
Our system brings together ground data, IoT, and satellite analytics to measure carbon sequestration, N₂O reduction, and soil organic carbon improvements at the plot level.
Forecast ROI and Plan Investments
Our ROI simulator connects agronomic data to financial outcomes, forecasting CO₂ reduction costs, yield gains, and fertilizer efficiency. These insights help quantify value and strengthen supply-chain resilience.
De-risking Scope 3 from the Ground Up
Through field trials across Thailand’s key crops, we turn regenerative agriculture into traceable, ISO-aligned impact — ready for corporate adoption at scale.
Oil Palm - Chumphon
Our oil palm project focuses on tracking how regenerative practices improve fertilizer efficiency and soil resilience. By collecting on-ground data on nutrient cycling and soil health, we help partners quantify sustainability gains that align with SBTi Scope 3 targets.
SBTi
SBTi-FLAG , ISO 14064-1 , IPCC Tier 3
"It's exciting to see tangible data of my farm for the first time ever since I became a farmer"
Khun Tor
Oil Palm Farmer
Rice - Lam Luk Ka
We’re monitoring off-season rice with government-supported irrigation access to test how biochar-enhanced fertilizers reduce N₂O emissions and improve nutrient efficiency.
SBTi
ISO 14064-1 , SBTi-FLAG , IPCC Tier 3
"Climate solutions need to work economically for farmers. This is why I joined Happy Ground to pioneer this solution in my land so that my friends can see the results with their own eyes"
Khun Somkuan
Rice Farmer, Cooperative President
Rice - Lam Luk Ka
We’re monitoring off-season rice with government-supported irrigation access to test how biochar-enhanced fertilizers reduce N₂O emissions and improve nutrient efficiency.
SBTi
ISO 14064-1 , SBTi-FLAG , IPCC Tier 3
"Climate solutions need to work economically for farmers. This is why I joined Happy Ground to pioneer this solution in my land so that my friends can see the results with their own eyes"
Khun Somkuan
Rice Farmer, Cooperative President
Interested in working with us?
Let’s explore how we can help you turn field data into measurable, science-backed results.
Purchase Biochar Carbon Removal Credits from Thailand (Coming Soon)
Purchase Biochar Carbon Removal Credits from Thailand (Coming Soon)
Our biochar-based carbon removal projects are built on scientific rigor and measurable impact.
We create value from agricultural residues, offering farmers a sustainable alternative to open burning
and helping reducePM2.5 air pollution that impacts public health.
By capturing agronomic intelligence after biochar application, we ensure that carbon removal also delivers
real benefits for farmers and corporate supply chains — from improved soil health and fertilizer efficiency to long-term resilience.
We’re developing a large-scale project in Thailand with a leading national agricultural partner,
engaging 10,000 farmers across 100,000 hectares of farmland.
The project is designed to meet international verification standards such as Puro.earth,
ensuring transparency, traceability, and permanence.
Our biochar projects turn agricultural residues into carbon removal with measurable, science-based impact.
They offer farmers a sustainable alternative to open burning and help reduce PM2.5 pollution that affects public health.
By tracking agronomic data after biochar application, we ensure carbon removal delivers real value — improving soil health, fertilizer efficiency, and supply-chain resilience.
We’re developing a large-scale project in Thailand with a leading agricultural partner, working with 10,000 farmers across 100,000 hectares under international standards such as Puro.earth for full transparency and traceability.
