The National Bioenergy Programme (NBP) is a flagship scheme of the Ministry of New and Renewable Energy (MNRE) to promote the generation of energy from biomass and biodegradable waste.
It supports the establishment of bioenergy projects to increase renewable energy capacity, reduce dependence on fossil fuels, improve waste management and provide additional income to farmers.
Objective
The programme aims to expand the use of biomass-based energy while addressing agricultural residue management and organic waste disposal.
Its major objectives are:
- promote clean and renewable energy
- reduce stubble burning
- utilise agricultural and organic waste productively
- support India’s energy transition
- improve rural livelihoods
- reduce greenhouse gas emissions
- strengthen the circular economy
- contribute towards India’s Net Zero commitments
Components of the Programme
The National Bioenergy Programme has three major sub-schemes:
1. Waste-to-Energy Programme
Supports projects that convert:
- municipal solid waste
- industrial waste
- agricultural waste
- biodegradable waste
- sewage sludge
into:
- electricity
- compressed biogas (CBG)
- biogas
- bio-CNG
- biofuels
This component promotes scientific waste management while generating clean energy.
2. Biomass Programme
Promotes biomass-based power generation using:
- crop residues
- rice husk
- bagasse
- bamboo residues
- forestry residues
- agro-processing waste
It also supports:
- biomass briquettes
- biomass pellets
- cogeneration projects
- biomass gasification
Biomass pellets are increasingly being used for co-firing in thermal power plants to reduce coal consumption.
3. Biogas Programme
Supports installation of:
- family-size biogas plants
- community biogas plants
- institutional biogas plants
The programme encourages production of:
- cooking gas
- electricity
- organic manure
It particularly benefits rural households, dairy farms, panchayats and institutions.
Types of Bioenergy Promoted
The programme supports multiple forms of bioenergy, including:
- biogas
- compressed biogas (CBG)
- biomass power
- biomass gasification
- cogeneration
- bio-CNG
- waste-to-energy
- biomass pellets
- briquettes
This diversified approach reduces dependence on any single technology.
Feedstock Used
The programme promotes utilisation of various biomass resources such as:
- paddy straw
- wheat straw
- sugarcane bagasse
- cotton stalk
- maize stalk
- bamboo residues
- cattle dung
- poultry litter
- municipal organic waste
- food waste
- industrial biodegradable waste
- sewage sludge
Instead of burning or dumping these materials, they are converted into useful energy.
Link with SATAT
The programme complements the SATAT (Sustainable Alternative Towards Affordable Transportation) initiative.
SATAT promotes production of Compressed Biogas (CBG) from agricultural residues, municipal waste and cattle dung.
The CBG produced can be supplied for:
- transport fuel
- industrial use
- piped gas
- city gas distribution
Thus, SATAT acts as a market mechanism while the National Bioenergy Programme supports the broader bioenergy ecosystem.
Link with GOBARdhan
The programme also complements the GOBARdhan Scheme under the Swachh Bharat Mission.
GOBARdhan promotes:
- management of cattle dung
- organic waste utilisation
- village-level biogas plants
- production of organic manure
Together, these initiatives support waste-to-wealth and circular economy objectives.
Environmental Benefits
The programme contributes to environmental sustainability by:
- reducing stubble burning
- lowering air pollution
- reducing methane emissions
- improving waste management
- decreasing landfill burden
- reducing fossil fuel use
- lowering greenhouse gas emissions
- promoting carbon-neutral energy
The utilisation of crop residues is particularly important in northern India where stubble burning contributes significantly to winter air pollution.
Economic Benefits
The programme creates additional economic opportunities.
Benefits include:
- additional income for farmers from crop residues
- employment in biomass collection
- rural entrepreneurship
- decentralised energy generation
- reduced dependence on imported fossil fuels
- development of biomass supply chains
- growth of the biofuel industry
Challenges
Despite its potential, the programme faces several challenges.
Major concerns include:
- fragmented biomass supply chain
- high transportation cost of biomass
- seasonal availability of crop residue
- low awareness among farmers
- inadequate storage infrastructure
- financing constraints
- technology adoption barriers
- competition with alternative biomass uses
- inconsistent feedstock quality
- viability of small bioenergy projects
Efficient biomass aggregation and logistics remain the biggest operational challenges.
Significance
The National Bioenergy Programme is significant because it links energy security, rural development, environmental protection and waste management.
Its importance lies in:
- promoting renewable energy
- reducing crop residue burning
- strengthening circular economy
- improving farmers’ income
- supporting clean cooking fuel
- reducing fossil fuel dependence
- promoting sustainable waste management
- contributing to India’s climate commitments
The programme represents a shift from treating agricultural residue and organic waste as disposal problems to recognising them as valuable resources for clean energy generation.
