GOBARdhan Scheme: ₹23,731 Crore to Scale Up Compressed Biogas and Cut India’s Fuel Import Bill

Oil Minister Hardeep Singh Puri formally launched the ₹23,731-crore GOBARdhan scheme at Bharat Mandapam in New Delhi. The scheme aims at a ten-fold increase in compressed biogas (CBG) production, from about 0.4 million standard cubic metres per day (mmscmd) to 4-6 mmscmd, by turning agricultural and organic waste into a domestic energy source.

According to the government, the scheme will save more than ₹40,000 crore in fuel imports, add over ₹75,000 crore to GDP and create more than 1.5 lakh jobs. Mr. Puri described it as turning farmers from “Annadatas” into “Urjadatas”.

It sits at the intersection of energy security, waste management and rural livelihoods. It is relevant to GS-III answers on energy, environment and agriculture.

Background and Context

GOBARdhan (Galvanizing Organic Bio-Agro Resources Dhan) was launched in 2018 under the Swachh Bharat Mission (Grameen) to convert cattle dung and organic waste into biogas and manure. The SATAT initiative (2018) invited entrepreneurs to set up CBG plants with oil marketing company offtake. The new scheme adds capital assistance and guaranteed offtake.

Five Important Key Points

• The scheme offers capital assistance of up to ₹30 crore per CBG project across two eligible components.
• Greenfield plants receive ₹1.25 crore per tonne per day (TPD) of eligible CBG capacity, and brownfield additions receive 50% of that rate.
• Existing biogas plants upgraded to produce CBG can get ₹0.60 crore per TPD, subject to a ₹5-crore ceiling.
• Producers get assured offtake of up to 100% of eligible output at an administered price of ₹2,110 per million British thermal units, roughly ₹98 per kg.
• The aim is to raise natural gas’s share in India’s energy basket from 6-7% to 15% by 2030.

Policy Architecture

The scheme combines supply-side support (capital subsidy) with demand-side certainty (assured offtake at an administered price). This is important, because CBG projects have historically struggled with uncertain pricing and slow offtake. The Compressed Biogas Blending Obligation, notified earlier, mandates a rising share of CBG in city gas distribution and transport fuel, creating a statutory demand base. The scheme also builds a market for fermented organic manure (FOM), the by-product, which links to fertiliser policy.

Economic Implications

India imports a large majority of its crude oil requirement and a significant share of its natural gas, so the import bill is vulnerable to geopolitical shocks. The scheme estimates replacement of about 10 million tonnes of fossil fuel and a cut of more than 40 million tonnes of CO2 emissions. It also projects about 250 million tonnes of organic manure for farmers, which can reduce chemical-fertiliser use. An administered price provides revenue certainty, though it also exposes the exchequer to fiscal risk if input and gas prices diverge.

Environmental Dimension

Burning paddy and wheat residue contributes to air pollution in northern India, and CBG offers a productive alternative use for residue. Methane captured from dung and organic waste avoids a potent greenhouse gas, supporting India’s Nationally Determined Contributions and its net-zero 2070 goal. The scheme also strengthens the circular economy and Swachh Bharat’s solid-waste objectives.

Governance and Implementation Challenges

Several challenges stand out. Feedstock logistics are difficult, because dung and residue are dispersed, seasonal and low in energy density, which raises collection costs. Plant economics depend on gas quality, pipeline connectivity and compression infrastructure. Land, environmental clearances and bank financing slow project development. Quality of digestate and FOM adoption by farmers are uncertain, since farmers are used to subsidised chemical fertilisers. Finally, an administered price without periodic review may become distortionary.

Comparative Perspective

Germany has a large biogas sector built on feed-in tariffs, though it later shifted to market-based support because of cost. Sweden uses biogas extensively as vehicle fuel, and Denmark injects a large share of biomethane into its gas grid. China has promoted rural household digesters at massive scale. These examples show that stable policy and feedstock aggregation determine success.

Bihar Connection

Bihar has a large cattle population, strong dairy cooperatives such as Sudha, abundant crop residue from paddy, wheat and maize, and sugarcane-based industries in the Champaran region. Dairy cooperatives and sugar mills, with their press mud, are natural feedstock aggregators. Gas-grid connectivity is at an earlier stage in Bihar than in western States, so decentralised CBG supply to local city gas networks and fuel stations is a realistic route. Biogas can also help Bihar’s farmers on flood-prone lands diversify income.

Way Forward

• Build district-level feedstock aggregation through dairy cooperatives, FPOs and sugar mills.
• Review the administered price periodically against gas-market indicators.
• Expand pipeline interconnection, and ensure city gas distributors honour blending obligations.
• Promote FOM through fertiliser-policy integration, quality standards and farmer demonstrations.
• Use single-window clearances to cut project gestation time.

Relevance for UPSC and SSC Examinations

UPSC: GS-III: energy security, renewable energy, environment and waste management, agriculture. GS-II: government schemes. Essay: waste to wealth.

SSC: GOBARdhan, SATAT, CBG, biogas, Swachh Bharat Mission (Grameen), Ministry of Petroleum and Natural Gas.

Key terms: CBG, TPD, mmscmd, FOM, blending obligation, brownfield and greenfield, administered price, net-zero 2070.