India Ranks Top Three Globally in Untapped Biogas Potential
An elite Indian parliamentary committee has reviewed the extensive expansion of the National Bioenergy Programme, revealing that India holds a position among the top three nations globally for untapped biogas potential. The nation aims to aggressively scale up waste-to-energy conversion to mitigate intense regional air pollution.
Key Highlights
- India commands a top three global position in unexploited biogas capacity, driven by massive domestic biogenic waste.
- The nation ranks second globally in thermal power plant biomass pellet co-firing, trailing only Japan.
- Total installed biopower capacity has reached 11.76 GW, backed by an annual availability of 1,655 million tonnes of animal dung.
- Operational waste-to-energy infrastructure now mitigates 8 lakh tonnes of greenhouse gas emissions each year.
The Parliamentary Standing Committee on Energy convened on Tuesday to evaluate the domestic progress and strategic roadmap of the National Bioenergy Programme. Panel Chairman and Shiv Sena MP Appa Chandu Barne confirmed that lawmakers actively demanded detailed accountability regarding agricultural residue burning across Uttar Pradesh, Punjab, and Haryana, which triggers severe seasonal air pollution.
Committee insights revealed that India possesses some of the most substantial unexploited biogas resources globally. Official presentations delivered to the panel emphasized India’s accelerating influence within the international bioenergy matrix, highlighting vast commercial avenues to scale up production using crop residues, animal waste, municipal trash, and diverse biomass feedstock.
Legislative briefings confirmed India secures the second spot globally for co-firing biomass pellets inside thermal power stations, positioned directly behind Japan. India’s cumulative operational biopower generation capacity currently tracks at 11.76 GW, trailing China‘s 32 GW and Brazil‘s 18 GW.
The foundational objective of the National Bioenergy Programme remains supporting infrastructure deployment for waste-to-energy installations. These systems convert urban, industrial, and agricultural materials into functional biogas, compressed biogas (CBG), electricity, and synthetic gas.
Data presented to lawmakers illustrated India’s massive feedstock availability for bioenergy refining. Domestic reserves yield 1,655 million tonnes per annum (MTPA) of animal dung, 228 MTPA of surplus agricultural biomass, 100 MTPA of sugarcane bagasse, and 62 MTPA of municipal solid waste, alongside a daily sewage volume of 72,368 million litres per day (MLD).
Government representatives detailed operational benchmarks accomplished under the dedicated Waste-to-Energy Programme. Regulators have approved 67 Bio-CNG plants, successfully commissioning 60 of those installations to date.
The approved facilities represent an aggregate volume of 518.4 tonnes per day (TPD), with active operating capacity holding at 468 TPD. Furthermore, officials have commissioned seven distinct power installations generating 11.92 MW and five specialized biogas plants processing 72,100 cubic metres daily.
Departmental data shows these active facilities recycle approximately 36 lakh tonnes of agricultural and biogenic refuse every year. This processing framework maintains the capacity to abate 8 lakh tonnes of greenhouse gas emissions annually.
Concurrently, the national Biomass Programme has logged definitive advancements. Authorities outlined the historical trajectory of domestic bioenergy policy, noting India initialized its introductory compressed biogas pilot asset framework in 2013.
A standalone fiscal program backing commercial CBG arrived in 2020 with an initial allocation of Rs 400 crore. This policy evolved into Phase-I of the National Bioenergy Programme in 2022, backed by an expanded capital outlay of Rs 998 crore.
The Ministry of New and Renewable Energy (MNRE) incubated and steered the domestic CBG sector through its initial developmental phase. To facilitate expansive, large-scale commercial market integration, administration of the portfolio has formally transitioned to the Ministry of Petroleum and Natural Gas (MoPNG).
Future Outlook
India’s strategic shift of its compressed biogas portfolio from the MNRE to the MoPNG signals a critical transition toward full-scale industrial commercialization. With a massive domestic feedstock surplus exceeding 2,000 million tonnes across diverse organic waste categories, the policy framework is pivoting toward institutional energy deployment. The state’s structured multi-million crore budgetary allocations are designed to incentivize private sector investments, scale up rural energy grids, and systematically lower the carbon density of the national energy mix while aggressively tackling municipal and agricultural waste management challenges.
FAQs
What is India’s global ranking in untapped biogas potential?
India ranks among the top three countries globally in terms of unexploited biogas potential, driven by its massive volumes of agricultural residues, municipal solids, and animal waste.
How much biopower capacity does India currently operate compared to global peers?
India features an installed biopower generation capacity of 11.76 GW. This places the nation behind China, which leads with 32 GW, and Brazil, which holds 18 GW.
What are the main feedstock volumes available for bioenergy in India?
India generates 1,655 million tonnes of animal dung, 228 million tonnes of surplus agricultural biomass, 100 million tonnes of sugarcane bagasse, and 62 million tonnes of municipal solid waste annually, alongside 72,368 million litres of daily sewage.
Which government ministry manages India’s compressed biogas sector?
The compressed biogas sector was initially developed during its nascent phase by the Ministry of New and Renewable Energy. It has now been transferred to the Ministry of Petroleum and Natural Gas to drive large-scale commercialization.
