Environment and Rural Regeneration
The Pt. Kanahya Lal Dayawanti Punj Foundation is committed to restoring India's natural capital through large-scale interventions in soil health, water stewardship, carbon sequestration and sustainable biomass management.
Through regenerative agricultural practices and biochar-based soil-restoration models, the Foundation seeks to create measurable outcomes across air, water and soil while improving farmer livelihoods and building climate-resilient rural economies.
Natural-Capital Restoration
For four decades the Foundation has worked with rural communities in and around Sitamarhi. This pillar extends that commitment to the natural systems on which those communities ultimately depend — soil, water, biomass and air.
The approach is field-led rather than declarative: measure first, intervene carefully, observe over seasons, and report what the evidence supports.
Rebuilding organic carbon, structure and biological function.
Infiltration, moisture retention and recharge potential.
Turning residue into a productive, local resource.
Stable storage and careful, evidence-led accounting.
Restoration that is economically realistic for farmers.
Systems that can expand across farms, villages and regions.
The Challenge
These pressures are interconnected. Each is described here as observed field context, not as a national statistic — programme figures appear only where they have been measured and verified.
Many agricultural soils are losing the organic carbon that supports structure, biological activity, nutrient cycling and water retention.
Compacted or carbon-depleted soils may absorb and retain less water, increasing dependence on irrigation and reducing resilience during dry periods.
When agricultural biomass has no viable local use, open burning may become the quickest disposal method, affecting air quality, soil and carbon emissions.
Increasing input dependence, uncertain weather and declining soil function can place additional pressure on farm economics.
Soil, water, carbon and biomass are often treated as separate issues even though they function as one connected natural system.
One Connected System
At the centre
Healthy and Resilient Rural Landscapes
How the relationships run
The centre of this system is the restored landscape — not any single product. B3 appears later on this page as the flagship intervention that supports it.
Partnership for Implementation
The Foundation brings deep community relationships, long-term regional presence and an institutional commitment to rural development.
NettZero Environmental Advisory Technologies Pvt. Ltd. brings environmental strategy, scientific methodology, B3 technology, field-implementation systems, measurement frameworks and expertise in natural-capital restoration.
Together, the two organisations are building a programme designed to move from field intervention to measurable environmental outcomes.
An environmental and rural-regeneration programme of the Pt. Kanahya Lal Dayawanti Punj Foundation, designed and implemented with the support and expertise of NettZero Environmental Advisory Technologies Pvt. Ltd.
Flagship Soil-Restoration Intervention
B3 – Bhoomi Bio Booster is a biochar-based soil-restoration intervention developed and implemented by NettZero within the Foundation's wider natural-capital restoration programme.
It is designed to support the rebuilding of soil organic carbon, improve soil condition, strengthen the relationship between soil and water, support biological activity and create a durable use for agricultural biomass.
B3 is not another agricultural input. Its role is to help restore the underlying soil system on which crop productivity, water resilience and long-term farm economics depend.
Understanding B3
B3 is a biochar-based soil-restoration formulation intended to improve the physical, biological and carbon-related condition of agricultural soil.
Biochar forms the durable carbon framework within the product.
The formulation is prepared so that the biochar can function not merely as an inert carbon material, but as part of a biologically active and field-applicable soil intervention.
Within the programme, B3 is used to support
Programme language is deliberately careful: designed to support, intended to improve, may contribute to, field programmes are measuring.
The Biochar Foundation
Biochar is a stable, carbon-rich material produced by heating biomass under controlled conditions with limited oxygen.
Within an appropriate soil-restoration model, biochar can serve as a durable carbon framework with a porous structure that supports water, nutrients and biological activity.
Its value lies not only in the material itself, but in the wider system surrounding it: biomass collection, controlled conversion, product preparation, soil application, farmer training, field monitoring and environmental measurement.
From Biochar to Field-Ready Intervention
Agricultural biomass is identified and collected through responsible local systems.
Biomass is converted into stable carbon-rich biochar through a controlled process.
Biochar is processed into an appropriate particle range for blending and field application.
The biochar-based formulation is prepared to support biological activity and soil interaction.
The prepared material is allowed to stabilise before field use.
Relevant parameters are checked before deployment.
B3 is packed and transported for farmer programmes and demonstration plots.
Formulation ratios, additives and compliance statements are published only when approved and verified.
Below the Surface
Above Ground
Root Zone
Deeper Soil Profile
By improving soil structure and infiltration, B3-based soil restoration may contribute to better movement and retention of water within the soil profile. Recharge outcomes must be measured separately.
For Farmers
B3 is explained to farmers not through abstract environmental language, but through the practical functions of healthy soil.
Better physical structure may make soil easier to work and more supportive of root development.
Improved water retention may help crops manage intervals between irrigation or rainfall more effectively.
A more favourable root zone may support crop establishment and resilience.
Biochar-based soil restoration may help retain nutrients within the root zone and reduce avoidable losses.
Restoring organic carbon addresses a foundational cause of long-term soil deterioration.
Healthier soil may support better crop performance, subject to crop, soil, weather and management conditions.
Improved soil function may help farmers use water and nutrients more effectively over time.
Restored soil represents a productive asset that can support future cropping cycles.
Local biomass-management systems may create an alternative to waste or burning.
Farmers can become part of demonstration, soil-testing and environmental-monitoring initiatives.
Field outcomes depend on soil type, crop, weather, irrigation, existing farm practices, application method and programme conditions. The programme does not promise guaranteed yield, fertiliser reduction, income increase or drought protection.
For Soil
B3 introduces a durable carbon-rich component intended to support the restoration of depleted soil carbon.
Biochar's physical properties may support aggregation and pore development.
A more porous soil environment may retain water more effectively.
The formulation is intended to create more favourable conditions for beneficial soil biology.
Improved structure and moisture conditions may support a healthier root zone.
Biochar's surface and pore structure may help retain nutrients within the soil system.
Improved physical condition may help address some effects associated with dense or degraded soil.
Restoring carbon and structure supports soil function beyond a single crop cycle.
Depleted soil function
Restored soil function
Illustrative soil-function comparison. Not a claim of guaranteed field outcome.
For Water
Improved soil structure may allow water to enter the soil more effectively.
Porous carbon and improved soil aggregation may help hold water in the root zone.
Better infiltration may reduce rapid movement of water across the surface under suitable conditions.
Retained soil moisture may help improve the effectiveness of irrigation.
Water held within a healthier soil profile may remain available to crops for longer.
Improved infiltration and water movement through the soil may support recharge processes, but recharge must be separately modelled and measured.
Evidence label carried by every water figure
Litres retained are never reported as litres recharged, and irrigation reduction is never presented as proven without measurement.
For the Environment
Verified carbon-removal statements appear only where measurement and methodology have been supplied.
From Programme to Plot
Participation is subject to programme geography, eligibility, available material, field suitability and implementation schedule.
The Core Soil Metric
Soil organic carbon is not merely a climate metric. It influences soil structure, water retention, biological function, nutrient cycling, root development, erosion resilience, agricultural productivity and long-term soil health.
B3 is intended to introduce stable carbon, while the broader programme supports regenerative practices that build living organic matter. The two are related but not the same.
The restoration model is designed to support both.
Water Stewardship
The Foundation's water-stewardship approach begins with the understanding that soil is part of the water system.
When soil structure, porosity and organic carbon decline, water may run off more quickly, remain available for less time or require greater irrigation input.
The programme therefore explores how soil restoration can contribute to improved infiltration, greater root-zone moisture, more effective irrigation, reduced rapid run-off, improved water-use resilience and groundwater-recharge potential.
Measurement pathway
Reported separately, never merged
Biomass as a Resource
Agricultural residue is often treated as a disposal problem.
The Foundation and NettZero seek to create local systems in which suitable biomass can become an environmental and economic resource. Not all biomass is suitable, and collection or exchange terms are published only when verified.
Cleaner Air
Farmers require viable systems, not lectures.
The programme does not claim that burning has been eliminated. Residue diverted is reported only where recorded.
Carbon Management
Biomass carbon is converted into a more stable form and applied to soil.
Residue diverted from open burning may reduce selected emissions associated with burning.
The wider programme may study methane, farm inputs, water practices and other sources of agricultural emissions.
Evidence ladder
Not every tonne of biochar automatically becomes a verified carbon-removal credit.
Beyond a Single Input
B3 works best as one element of a broader farm-management approach, guided by agronomic advice. Farmers are never advised to discontinue prescribed inputs without such guidance.
Soil testing
Appropriate B3 application
Organic-matter management
Crop-residue recycling
Reduced unnecessary soil disturbance
Water management
Balanced nutrient management
Crop and root observation
Optional practices — shown as programme components only when verified
Restoration and Livelihoods
The Foundation's vision is not limited to environmental improvement.
For restoration to scale, it must create practical value for farmers, villages, implementation partners and local economies. The programme does not claim guaranteed farmer income, and commercial terms are not published unless supplied.
Improved soil function may support crop resilience and long-term productivity.
Improved soil-water performance may reduce vulnerability and irrigation pressure.
Residue may become part of a local supply chain rather than a disposal burden.
Collection, processing, field implementation, monitoring and logistics can create rural work.
Local restoration systems may develop into economically viable regional models.
Science and Accountability
Verification status carried by every published claim
Measuring Restoration
Figures are published only once measured and evidence-labelled. No placeholder numbers are displayed. All metrics reflect active regional operations across verified project sites.
Farmer and Village Outreach
Khet Bachao Abhiyaan is the Foundation's farmer-facing platform for practical education, field participation and soil-restoration action.
Campaign pathways
Schemes, distribution offers and eligibility criteria are published only when current and verified.
Work With the Programme
Support restoration geographies, demonstration programmes or measurement infrastructure.
Collaborate on trial design, soil and water analysis, and independent review.
Align programme geographies with rural development and air-quality priorities.
Build local collection, aggregation and conversion capacity.
Participate
Farmers, village representatives, institutions and partners can register interest in the programme. The field team responds with the next steps for the relevant geography.
Participation is subject to programme geography, eligibility, available material, field suitability and implementation schedule.
Farmer details are collected for programme administration only and are not published.
Questions
Programme Notes
Verified field updates, research milestones, and campaign progress across our regional restoration sites.
New batches of local farmers have been successfully registered for soil carbon enhancement trials, incorporating mobile location capture and baseline activity logging.
Field sampling and laboratory analysis protocols are underway to evaluate post-treatment soil health metrics and moisture infiltration performance following biochar integration.
Initiatives led in partnership with local community networks to divert crop residue from open burning, promoting sustainable biomass collection and soil restoration.
The Long View
Soil takes decades to deplete and years to rebuild. The Foundation and NettZero measure this work in seasons and generations — restoring the soil, water and air on which rural livelihoods depend, and doing so in a way that farmers can sustain.
