Gujarat's 100-Village Bio-CNG Cluster Offers Relief Amid LPG Crisis
Amid an acute LPG shortage and rampant black marketing that has left countless households scrambling for cylinders, a sustainable solution is emerging from the villages of Anand district in Gujarat. A large-scale bio-CNG cluster, comprising 10 plants spread across 100 villages, promises not only a cheaper and more reliable alternative to LPG but also a significant step toward reducing India's dependence on imported energy sources.
Project Scope and Production Capacity
Once fully operational, this innovative cluster will produce an impressive 10 metric tonnes of bio-CNG daily. This output is equivalent to 521 commercial LPG cylinders or 715 domestic cylinders, ensuring an uninterrupted fuel supply for critical establishments such as schools, hostels, temples, hotels, and highway eateries. Many of these businesses have recently faced severe disruptions, with some even shutting down temporarily due to the cylinder shortage.
The project will be rolled out from Davol village in Borsad taluka and extend up to Pandoli in Petlad, covering a substantial 31-kilometer stretch. According to project developer Sanjay Patel, CEO of S P Ecofuel, this clean fuel alternative will be approximately 20% cheaper than conventional LPG. The entire cluster, including refining and distribution infrastructure, represents an investment of around Rs 60 crore.
Sustainable Fuel Production and Waste Management
This initiative will convert cattle dung, food waste, and agricultural biomass into clean, usable fuel, effectively tackling rural waste management challenges while creating additional income streams for local farmers. The project plans to source raw materials from nearly 100 villages through women-led farmer producer organizations (FPOs), processing approximately 500 metric tonnes of cattle dung, food waste, poultry waste, and agricultural biomass each day.
Sanjay Patel highlighted an existing success story: "At BAPS Gaushala in Dakor, we are already generating around 100 kg of bio-CNG daily. This fuel is transported through nano tankers to Premvati Bhojnalaya, where it is used to prepare meals for more than 1,000 devotees every day."
The cluster will generate about 20,000 cubic meters of raw biogas daily, which will be refined into the 10 metric tonnes of bio-CNG. This scientific processing of waste from 100 villages will eliminate dumping and reduce harmful emissions significantly. Additionally, Napier grass, a high-yield crop, will be utilized as feedstock, opening up new agricultural income opportunities.
Current Progress and Farmer Participation
The Davol plant, with an estimated cost of Rs 4 crore, is expected to be commissioned by May. Already, approximately 400 households in villages including Davol, Pamol, Bodal, Nsiraya, Asodar, and Mujkuva are powered by biogas through various government schemes such as the National Dairy Development Board programs, Gujarat's Gobardhan scheme, and the Swachh Bharat Mission.
Patel noted strong community interest: "More than 1,000 farmers, most of them women, have already expressed interest in joining the farmer producer organizations."
Additional Benefits: Fertilizers and Environmental Impact
Beyond fuel production, this project will yield organic fertilizers as valuable byproducts. The processed slurry will be converted into both liquid and solid organic manure, which can be further enriched into phosphate-rich fertilizer. This offers farmers a sustainable alternative to chemical inputs like urea and DAP.
A government official emphasized that this model provides a practical solution to enforce norms against open waste dumping in villages while creating additional revenue streams for farmers and local panchayats.
The environmental benefits are substantial. The cluster is projected to reduce over one lakh metric tonnes of carbon dioxide emissions annually, generating valuable carbon credits while simultaneously improving sanitation and public health in rural areas. Currently, Gujarat has approximately 20 metric tonnes of bio-CNG capacity, primarily used for automobiles under the central government's SATAT scheme.
This bio-CNG cluster represents a multifaceted approach to addressing energy security, waste management, and rural economic development, offering a replicable model for other regions facing similar challenges.
