Key Highlights
- Jain Irrigation has commissioned an industrial-scale high-tech biochar facility in Jalgaon, Maharashtra.
- The plant is designed to process around 20,000 tonnes of agricultural and fruit residue annually.
- The facility has a processing capacity of more than 50 tonnes of biomass residue per day.
- The project ranks among the world’s largest single-unit biochar reactors.
- The initiative supports carbon removal, soil health improvement, and a farm-to-soil circular economy model.
- The biochar plant is expected to generate durable carbon removal credits through long-term carbon sequestration.
Jain Irrigation Systems Ltd. (JISL) has announced the commissioning of an industrial-scale high-tech biochar facility in Jalgaon, Maharashtra. The company said the plant ranks among the world’s largest single-unit biochar reactors and is designed to convert agricultural and fruit-processing residues into biochar for sustainable farming and carbon removal applications.
According to the company, the facility has been developed in partnership with global experts and represents a significant step toward advancing climate-smart agriculture, circular manufacturing practices, and engineered carbon removal solutions in India.
Plant Capacity and Processing Scale
The newly commissioned facility is capable of processing more than 50 metric tonnes of agricultural and fruit-processing residue per day. On an annual basis, the plant is expected to process approximately 20,000 tonnes of biomass residue.
Jain Irrigation stated that the project places India among the leading participants in the global biochar and carbon removal ecosystem. The Jalgaon unit is also the first in a planned series of biochar facilities being developed by the company.
What Is Biochar and Why It Matters
Biochar is a carbon-rich material produced through the thermal conversion of agricultural residue in a low-oxygen environment. The process helps prevent open-field burning of crop waste while converting biomass into a stable form of carbon that can remain stored in soil for extended periods.
The company said biochar can improve soil quality, enhance water retention, support agricultural productivity, and contribute to long-term carbon sequestration. These characteristics have made biochar an increasingly important component of global carbon removal initiatives.
Supporting a Farm-to-Soil Circular Economy
Jain Irrigation said the project is designed around a farm-to-soil circular economy model. Agricultural residues that would otherwise be treated as waste are converted into biochar and returned to agricultural fields, creating value for farmers while improving soil health.
The company noted that the initiative could generate additional income opportunities for farmers, reduce reliance on synthetic agricultural inputs, and strengthen climate-resilient farming practices. The model is also expected to support employment across biomass collection, processing, and distribution activities.
Carbon Removal and Climate Goals
The biochar facility is intended to generate durable and verifiable carbon dioxide removal credits through long-term carbon sequestration. Jain Irrigation said the project aligns with broader climate action efforts by reducing crop residue burning and promoting sustainable land management practices.
India generates hundreds of millions of tonnes of crop residue annually, and the company believes the facility can help transform agricultural waste into a valuable resource while contributing to environmental sustainability and rural economic development.
Management Commentary
Anil Jain, Managing Director of Jain Irrigation Systems Ltd., described the commissioning of the facility as an important milestone for the company. He said the project extends beyond technology by creating a circular system that benefits farmers and other stakeholders through the productive use of agricultural residue.
Industry participants associated with carbon removal initiatives also highlighted the project’s potential to support durable carbon removal, improve soil health, and reduce dependence on chemical fertilizers.