Jain Irrigation Systems Ltd has commissioned a 20,000-tonne-per-year biochar facility in Jalgaon, Maharashtra, marking a significant step in converting agricultural residues into valuable bioenergy and soil-enhancing products. The company said the plant ranks among the world’s largest single-unit biochar reactors.
The facility can process more than 50 tonnes of agricultural and fruit waste daily and is the first in a series of biochar reactors planned by the company. The project has been integrated with Jain Irrigation’s existing agri-processing operations, creating a circular model that converts farm waste into a carbon-rich soil amendment, Construction World reported.
Biochar is produced through pyrolysis, a process in which crop residues are heated in a low-oxygen environment. The resulting material stores carbon for hundreds of years, making it a recognised carbon removal solution. Unlike open-field burning of crop residues, which releases greenhouse gases into the atmosphere, biochar locks carbon into a stable form while providing agricultural benefits.
According to the company, the biochar produced at the plant will help improve soil structure, enhance water retention and increase resilience to drought conditions. The initiative is also expected to reduce dependence on synthetic fertilisers by returning valuable carbon and nutrients back to agricultural fields.
The project establishes a farm-to-soil circular economy in which agricultural waste is transformed into a premium soil conditioner and supplied back to farmers. By creating value from crop residues and fruit-processing waste, the facility is expected to generate additional income opportunities for farmers while supporting rural employment in biomass collection, processing and distribution.
Jain Irrigation plans to leverage its extensive agricultural network to scale up biochar adoption. The company’s existing presence in micro-irrigation, planting materials, food processing and solar solutions provides access to more than 10 million farmers across over 120 countries.
The biochar initiative is also expected to contribute to climate goals by reducing stubble burning, increasing soil carbon levels and improving water-use efficiency. In addition, farmers could benefit from participation in the growing carbon credit market through durable carbon removal credits verified by Puro.earth.
With additional reactors already under development, the company aims to expand processing capacity and replicate the model across other agricultural regions. The project is being positioned as a scalable solution for sustainable agriculture, rural development and carbon management, with potential applications across India and other farming economies in Asia.
