Biofuels
Advanced Biofuels
Compressed Bio Gas, Renewable DME, Liquefied Bio Methane and Green Methanol — clean fuels produced close to demand.
3F MODEL Feedstock · Fuel · Fertilizer
Innovating India's Clean Energy Future
We develop advanced biofuels and grid-scale energy storage — powered by a circular economy that turns organic waste into fuel, and by-products back into fertile soil.
250+Rural Jobs Created
20K+Tons CO₂ Reduced
5States & Growing
30+ yrStorage Lifespan
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Aligned with
SATAT Scheme
CBG Blending Mandate
Net Zero Vision
UN SDG Goals
Why Sai Bioenergy
Clean energy, built on a closed loop
Four principles drive everything we build — from feedstock cultivation to grid-scale storage.
Circular by Design
Organic waste becomes fuel; by-products return to soil as rich fertilizer — a true closed-loop system.
Truly Green Fuel
CBG, rDME, LBM and Green Methanol — distributed generation, produced near the demand hub.
Grid-Scale Storage
Technology-agnostic energy storage — from lithium-ion to 30-year redox flow batteries.
Community First
Rural employment, empowered communities and healthier soil across five Indian states.
Bioenergy Model
The Evolving 3F Model
Sai Bioenergy is committed to a biofuel strategy guided by circular economy principles. Organic waste and by-products from biofuel production are recycled as fertilizer — establishing a sustainable closed-loop system.
- Waste-to-value at every stage of production
- Distributed generation near the demand hub
- Regenerative soil health and sustainable biomass
01
Feedstock
The key to our biofuel business — covering land preparation, natural agronomy, harvesting and storage.
Land · Agronomy · Harvest
02
Fuel
The purpose of the 3F Model — fuel that is green in the true sense and fits the distributed generation model.
CBG · rDME · LBM · Methanol
03
Fertilizer
Residue from production becomes rich manure that enhances soil potential — producing sustainable biomass.
Rich manure · Soil health
What We Do
Two pillars, one mission
Advanced biofuels and tailored energy storage — the building blocks of India's energy transition.
Energy Storage
Energy Storage Solutions
Technology-agnostic systems — from lithium-ion to grid-scale redox flow batteries, tailored to the customer's need.
Our Impact
Measurable change, on the ground
0Jobs Created in Rural Economies
0Tons of CO₂ Emissions Reduced
0Local Communities Empowered
Trusted Partners
What our partners say
Voices from the ecosystem powering India's clean energy transition.
"
Sai Bioenergy's commitment to a genuinely circular model sets a new benchmark for the CBG sector. Their feedstock discipline is exactly what India's bioenergy scale-up needs.
GPS RenewablesTechnology Partner · CBG Upgradation
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Their technology-agnostic approach to energy storage means every project gets the right solution — not a one-size-fits-all product. A serious, solution-driven team.
Invinity Energy SystemsVanadium Flow Battery Partner
"
Indigenous, low-cost electrolyte development aligns perfectly with Sai Bioenergy's vision for a self-reliant energy future. A partnership built for the long term.
Quino EnergyOrganic Flow Battery Partner
Net ZeroCarbon mission
About Us
Read our story
A circular economy company, at heart
Sai Bioenergy develops advanced biofuels and energy storage to accelerate India's transition from fossil to non-fossil fuels. Everything we build is guided by the 3F Model and a commitment to communities, soil, and climate.
Our Mission
Achieving Net Zero Carbon emissions in support of India's vision for clean, green fuels.
Our Vision
Sustainable growth with biofuels — empowering communities and nurturing a healthier environment.
Let's build the future
Ready to power a brighter, cleaner future?
Whether you're exploring biofuel feedstock, CBG offtake, or grid-scale storage — our team is ready to collaborate.
Home / About
Turning waste into a cleaner, self-reliant future
Sai Bioenergy is a circular-economy energy company developing advanced biofuels and grid-scale storage — proudly part of the Sherisha Group through VS Lignite Power (VSLP).
5 StatesCaptive cultivation
Our Story
Built on circularity, driven by purpose
Sai Bioenergy was founded on a simple conviction: India's energy transition must be clean, distributed, and rooted in rural prosperity. We follow the 3F Model — Feedstock, Fuel, Fertilizer — where organic waste and by-products from biofuel production are recycled back into the soil, closing the loop entirely.
From captive cultivations across Rajasthan, Maharashtra, Andhra Pradesh, Telangana and Karnataka, we produce green fuels near the demand hub and return rich manure to the land — creating a genuinely sustainable, self-reliant system.
See how it works
Mission & Vision
What guides every decision
Our Mission
Achieving Net Zero Carbon emissions — dedicated to supporting India's national vision for clean and green fuels.
Our Vision
Driving sustainable growth with biofuels, empowering communities, and nurturing a healthier environment for generations to come.
What Makes Us Different
Not just another energy company
A rare combination of agronomy, fuel engineering and storage expertise — under one closed loop.
True Closed-Loop
We don't just make fuel — we return every by-product to the soil as fertilizer, so nothing is wasted.
Self-Reliant Feedstock
Captive cultivation across five states means secure, traceable feedstock — the backbone of reliable fuel.
Technology-Agnostic
For storage, we pick the best fit — lithium-ion or flow batteries — never forcing a single product.
Community Impact
250+ rural jobs, 15+ communities empowered — clean energy that lifts local economies.
Distributed Generation
Fuel produced near the point of demand — cutting transport emissions and building energy resilience.
SDG-Aligned
Every project maps to UN Sustainable Development Goals — from clean energy to responsible production.
Clean Energy
Climate Action
Rural Employment
Responsible Production
Sai Bioenergy
Leadership Team
Decades of combined experience in energy, engineering and sustainable agriculture.
Navaluru Venkata Sreenivas
Director
Ms. Priyya Anand
President
Projects
Sriram Sampath
Vice-President
CBG Technical Head
Mr. Bhaskara Reddy Velagala
Director
Join the mission
Partner with a company that closes the loop
From feedstock to fuel to fertilizer — let's build sustainable energy infrastructure together.
Home / Services
Biofuels & energy storage, end to end
From cultivating feedstock to delivering green fuel and storing clean power — a complete, circular energy offering.
Our Services
Solutions across the 3F value chain
Every service is a link in the closed loop — designed to work together.
Feedstock Strategy
Land preparation, natural agronomy, harvesting and storage — secure, traceable feedstock from captive cultivation.
Compressed Bio Gas (CBG)
High-purity CBG produced from organic waste — supported by advanced 3-stage biogas upgradation technology.
Renewable DME & LBM
Renewable Dimethyl Ether and Liquefied Bio Methane — versatile green fuels for cooking, transport and industry.
Green Methanol
Low-carbon methanol from renewable feedstock — a clean building block for chemicals and marine fuel.
Bio-Fertilizer
Nutrient-rich residue from fuel production, returned to soil as manure — enhancing yields and biomass.
Energy Storage
Technology-agnostic storage systems — lithium-ion and grid-scale flow batteries tailored to your load profile.
Modular Plant Design
Distributed, modular plants built near the demand hub — faster to deploy, cheaper to operate.
R&D & Innovation
Continuous research into feedstock, fuel chemistry and storage — including indigenous electrolyte development.
How It Works
The closed loop, in four steps
Waste in, green fuel out, fertile soil back — a circular process that never stops giving.
1
Cultivate Feedstock
Prepare land and grow energy crops using natural agronomy across our captive cultivations.
2
Produce Green Fuel
Convert organic feedstock and waste into CBG, rDME, LBM and green methanol near the demand hub.
3
Recycle By-Products
Capture residue from production and process it into nutrient-rich bio-fertilizer.
4
Regenerate Soil
Return fertilizer to the land — enriching soil, boosting biomass and closing the loop.
Fuel Engineering
Green fuel, in the true sense
We ensure our fuel is genuinely green — produced from renewable feedstock, close to where it's used, with by-products fully recovered.
- Distributed generation near the demand hub
- Advanced 3-stage biogas upgradation for high-purity CBG
- Aligned with SATAT and national blending mandates
- Full by-product recovery as bio-fertilizer
FAQ
Frequently asked questions
Everything you need to know about our biofuels, storage and the 3F Model.
The 3F Model stands for Feedstock, Fuel and Fertilizer. It's a circular-economy approach where we cultivate feedstock, convert it into green fuel, and recycle the production residue back into the soil as fertilizer — creating a sustainable closed-loop system.
We produce Compressed Bio Gas (CBG), Renewable Dimethyl Ether (rDME), Liquefied Bio Methane (LBM) and Green Methanol — all from renewable feedstock, produced near the point of demand.
We aren't tied to one product. Depending on the customer's needs, we deploy the optimal solution — whether lithium-ion systems for shorter durations or grid-scale redox flow batteries for long-duration, high-safety applications.
Our captive cultivations and projects span Rajasthan, Maharashtra, Andhra Pradesh, Telangana and Karnataka — with active expansion into states like Chhattisgarh. Our flagship includes the Bikaner CBG Plant in Rajasthan.
Our model creates local jobs in cultivation, harvesting and plant operations. To date we've created 250+ rural jobs and empowered 15+ local communities, while returning nutrient-rich fertilizer to farmers' soil.
Start a conversation
Need a biofuel or storage solution?
Tell us about your feedstock, offtake or storage needs — we'll design the right solution.
Home / Energy Storage
Grid-scale storage, built for the transition
Technology-agnostic and fully solution-driven — from lithium-ion to 30-year redox flow batteries, we deliver the optimal system for every application.
Applications
Where energy storage delivers value
Storage is the backbone of a renewable grid — balancing supply and demand, smoothing intermittency, and enabling the shift from fossil to non-fossil fuels.
- Demand and load management / balancing
- Flexible grid operations — frequency & voltage control
- Continuous renewable supply despite intermittency
- Seamless integration of renewable-energy sources
- Optimizing Transmission & Distribution networks
- Long-duration storage for seasonal variation
100%Depth of discharge
Storage Portfolio
Systems & properties
Filter by technology to explore the storage solutions we deploy and the properties that set them apart.
Flow Battery
Redox Flow Batteries
Long-duration, grid-scale storage with independently scalable energy and power — the workhorse of large installations.
30+ yrLifespan
100%Depth of discharge
Vanadium Flow
Vanadium Flow (Invinity)
UK-based vanadium flow battery technology for large-scale (GWh) energy storage — proven, safe and durable.
GWhScale
Non-flammableSafety
Organic Flow
Organic Flow (Quino Energy)
Low-cost, sustainable electrolyte that can be developed indigenously — reducing dependence on imported materials.
Low-costElectrolyte
IndigenousSupply
Lithium-ion
Lithium-ion Systems
High energy density and fast response for shorter-duration applications, peak shaving and behind-the-meter storage.
FastResponse
ModularDeployment
Grid Services
Grid Balancing & Firming
Frequency regulation, voltage support and renewable firming to keep the grid stable as intermittent sources grow.
FrequencyRegulation
FirmingRenewables
Long-Duration
Long-Duration Storage
Seasonal, multi-hour storage that shifts clean energy across days — essential for a fully renewable grid.
SeasonalShifting
ScalableModular
Grid-Scale Solutions
Why redox flow batteries
For large-scale storage, redox flow batteries offer proven advantages that lithium alone can't match:
- Long lifespan of 30+ years
- Safe operation — suitable even in densely populated areas
- Independent scaling of energy and power capacity
- No overheating risk — inherently non-flammable
- 100% depth of discharge for full energy utilization
- Recyclable materials — environmentally friendly & modular
Design your system
Let's size the right storage for you
Share your load profile and goals — we'll recommend the optimal, technology-agnostic solution.
Home / Collaborate
Building India's biofuel future, together
Sai Bioenergy collaborates with world-class technology providers, government programmes and communities to scale clean energy across India.
Why Collaborate
Partnerships that power the transition
No single company can decarbonise energy alone. As a subsidiary of VS Lignite Power (VSLP) within the Sherisha Group, Sai Bioenergy brings together best-in-class biofuel and storage technologies, backed by group-scale execution capability across renewable energy, EPC and O&M.
We actively partner with feedstock suppliers, technology innovators, oil marketing companies (OMCs) and government programmes to build a resilient, self-reliant clean-energy ecosystem.
Featured Collaboration
GPS Renewables × Sai Bioenergy
A strategic partnership boosting India's clean energy transition through advanced biogas upgradation.
Technology Partner · CBG
OptiMAXX 3-Stage Biogas Upgradation
Sai Bioenergy has selected GPS Renewables' OptiMAXX unit — from its Carbon Capture Solutions vertical — for upcoming CBG projects across India. It's a decisive step in scaling high-purity compressed bio gas nationwide.
- Patent-pending Dewtecpac™ process control for industry-leading gas purity
- Over 15,000 hours of successful on-spec gas generation
- High uptime guarantees, backed by extensive performance data
- Comprehensive O&M support across GPS Renewables' national presence
Technology Access
Energy storage technology partners
We bring global flow-battery innovation to India — and help develop it indigenously.
Invinity Energy Systems
A UK-based vanadium flow battery technology provider delivering large-scale (GWh) energy storage solutions — safe, durable and built for the grid.
Quino Energy
Organic flow battery technology providing a low-cost, sustainable electrolyte that can be developed indigenously — strengthening India's energy self-reliance.
Ecosystem Alignment
Working with India's clean energy programmes
Our projects are designed to plug into national policy and the global biofuel movement.
SATAT Initiative
Aligned with the Sustainable Alternative Towards Affordable Transportation scheme for CBG production and offtake.
CBG Blending Mandate
Positioned to supply India's phased Compressed Bio Gas blending obligations across the gas network.
Global Biofuel Alliance
Part of the global movement — sharing India's ethanol and CBG success to shape international biofuel collaboration.
Farmer & Community Networks
Collaborating with farmers for feedstock and returning bio-fertilizer — creating shared rural prosperity.
Oil Marketing Companies
Supplying CBG to OMCs and industrial offtakers through reliable, high-purity distributed production.
Sherisha Group Backing
Group-scale strength in renewable energy, EPC and O&M — de-risking large clean-energy deployments.
Get Involved
Ways to collaborate with us
01
Supply Feedstock
Farmers and aggregators — partner with us to supply organic feedstock and receive bio-fertilizer in return.
02
Offtake Green Fuel
OMCs, industry and municipalities — secure reliable CBG, rDME, LBM and green methanol supply.
03
Co-Develop Technology
Technology providers and R&D institutions — collaborate on fuel, storage and electrolyte innovation.
Let's talk
Have a collaboration in mind?
Whether it's feedstock, offtake, technology or investment — we'd love to explore how we can work together.
Home / Contact
Let's power a cleaner future together
Questions about our biofuels, energy storage or collaboration opportunities? Our team is ready to help.
Contact Details
Reach out to Sai Bioenergy
Call Us
+91 40 2363 6389Email Us
info@saibioenergy.comWork Hours
Monday – Saturday · 09:30 – 18:00
Head Office
Hyderabad, Telangana, India
Bio Fuels that are green in the true sense
As the world moves away from fossil fuels, sustainable fuels sit at the heart of a resilient energy future. Through fermentation, anaerobic digestion and thermochemical conversion, we turn biomass into clean energy — biogas & CBG, DME, Liquefied Bio-Methane and green methanol — for transport, power generation and industry.
CBG Compressed Bio Gas
rDME Renewable DME
LBM Liquefied Bio Methane
Green Methanol
Bio Fuel
A cleaner, more resilient energy future
The global vision for sustainability and a resilient energy future has sharply increased demand for renewable, environmentally responsible energy. As nations work to cut greenhouse-gas emissions, strengthen energy security and move away from fossil fuels, sustainable energy has become central to economic and environmental policy.
Bio fuels take many forms — biogas and Compressed Bio Gas (CBG), Di-methyl Ether, Liquefied Bio-Methane and advanced fuels such as green methanol. Through fermentation, anaerobic digestion and thermochemical conversion, biomass is transformed into energy for transportation, power generation and industrial applications.
Back to Services
20 TPDCBG · Operational
Our Projects
A 20,000-hectare clean-energy footprint
We are cultivating energy crops across a 20,000-hectare land bank in seven states — Chhattisgarh, Maharashtra, Rajasthan, Telangana, Andhra Pradesh, Karnataka & Madhya Pradesh — serving as feedstock for CBG, Liquefied Bio-Methane and other biofuels.
20,000Hectare land bank
20 TPDOperational in Bikaner
400 TPDCBG capacity planned
7States across India
Rajasthan · Operational
Bikaner CBG Plant
Our flagship 20 TPD CBG plant in Bikaner runs on cultivated Napier grass using CSTR & PFR technology. Commissioned on 26 February 2026, it ensures a consistent, controllable feedstock supply — and its digestate becomes bio-manure that improves soil health.
20 TPDCBG capacity
CSTR + PFRTechnology
Chhattisgarh · Planned
Chhattisgarh — 150 TPD
Sai Bioenergy Chhattisgarh Pvt. Ltd. (incorporated July 2025) plans 150 TPD of CBG across Durg, Khairagarh, Rajnandgaon, Mungeli and Janjgir-Champa. Land is secured in Khairagarh-Chhuikhadan-Gandai and Durg, with 4,500 hectares being identified for energy crops.
150 TPDAggregate capacity
4,500 haFeedstock target
Maharashtra · Planned
Maharashtra — 250 TPD
Sai Bioenergy Maharashtra Pvt. Ltd. (incorporated August 2025) plans 250 TPD of CBG across Solapur, Nagpur, Nashik, Pune and more. A 30 TPD plant is underway in Solapur, backed by 1,537 hectares acquired and 6,000 more being identified.
250 TPDAggregate capacity
1,537 haLand acquired
Our Fuel Portfolio
Four clean fuels, one circular source
Each fuel is produced from renewable feedstock and engineered for real-world demand — from kitchens to heavy transport.
OperationalCBG
CBGCompressed Bio Gas
Purified, compressed biogas produced from organic and agricultural waste. A clean, drop-in substitute for CNG in transport and industry — aligned with India's SATAT initiative and CBG blending mandates.
High methane puritySATAT-alignedTransport & industry
In developmentrDME
rDMERenewable Dimethyl Ether
A clean-burning fuel that blends easily with LPG for cooking and heating. rDME produces virtually no soot, making it an ideal renewable pathway to cleaner household and industrial energy.
LPG-blendableSoot-freeCooking & heating
In development
LBM
LBMLiquefied Bio Methane
Bio-methane cooled to a liquid for high energy density — a renewable alternative to LNG. LBM powers long-haul trucking and heavy transport where range and refuelling speed matter most.
Bio-LNGLong-haul transportHigh energy density
In development
MeOH
MeOHGreen Methanol
Low-carbon methanol made from renewable feedstock. A versatile building block for the chemical industry and a leading clean fuel for the marine sector's decarbonisation.
Marine fuelChemical feedstockLow-carbon
From Feedstock to Fuel
How our Compressed Bio Gas is made
Napier grass and organic biomass are converted into clean, high-purity CBG — while the digestate is returned to the soil as bio-manure.
1 · Feedstock & Pre-treatment
Napier grass and organic biomass are harvested, collected and pre-treated.
2 · Anaerobic Digestion
Biomass is digested in CSTR & PFR reactors to generate raw biogas.
3 · Purification & Compression
Biogas is purified and compressed into high-purity Compressed Bio Gas (CBG).
4 · Delivery & Bio-manure
CBG reaches domestic, industrial, CNG-vehicle & commercial users; digestate returns as bio-manure.
NapierGrass feedstock
Feedstock Spotlight
Napier grass: our high-yield feedstock
One of the most promising pathways for CBG production is Napier grass, also known as elephant grass — a high-yielding perennial crop that grows rapidly in tropical and subtropical climates, making it ideal for large-scale biomass production.
- High biomass productivity per hectare
- Thrives even on marginal land
- Multiple harvest cycles every year
- Consistent, controllable supply — less reliance on seasonal residues
In Development
Ongoing biofuel projects
Beyond CBG, we're advancing low-carbon fuels — currently in the implementation phase, spanning feedstock assessment, technology selection and process integration, all built on sustainable biomass and organic waste streams.
Renewable DME (rDME)
A clean-burning fuel that blends with LPG — under development for cleaner cooking, heating and transport.
Liquefied Bio-Methane (LBM)
Bio-methane liquefied for high energy density — a renewable alternative to LNG for heavy, long-haul transport.
Green Methanol
Low-carbon methanol from renewable feedstock — a versatile chemical building block and clean marine fuel.
Bioenergy · Circular Economy · Sustainable Farming
Backed by India's clean-energy missions
Our work brings together bioenergy innovation, circular-economy practice and climate-resilient farming — reinforced by progressive national policy.
SATAT Initiative
Promotes Compressed Bio Gas from agricultural residues, municipal waste and other biomass sources.
National Bio-Energy Mission
Scales up biomass-based power and biofuel production, alongside advances in biogas upgrading and 2G ethanol.
GOBAR-Dhan Scheme
Converts cattle dung and organic waste into biogas, bio-CNG and organic fertilizers — waste to wealth.
Residue Management
Biomass utilisation tackles stubble burning — reducing pollution while creating economic value.
Paramparagat Krishi Vikas Yojana
Encourages organic farming and reduced chemical inputs for healthier, more sustainable agriculture.
Sustainable Agriculture Mission
Supports climate-resilient practices, efficient water use and soil-health management nationwide.
Together these form a synergistic, closed-loop framework: bioenergy innovation supports waste utilisation, circular-economy strategies minimise resource loss, and sustainable farming keeps the system in ecological balance — driving rural development, energy security and a more resilient agricultural economy.
Why Bio Fuels
The advantages of going bio
Clean energy that also delivers economic and environmental returns.
Carbon-Neutral Cycle
Bio fuels release only the carbon recently captured by plants — closing the loop instead of adding to it.
Waste Valorisation
Organic and agricultural waste becomes valuable fuel — turning a disposal problem into an energy asset.
Energy Self-Reliance
Domestically produced fuel reduces import dependence and strengthens India's energy security.
Rural Prosperity
Feedstock cultivation and plant operations create local jobs and lift rural economies.
Cleaner Air
Lower particulate and soot emissions mean healthier air for communities and cities.
Fits Existing Infra
Drop-in compatibility with existing gas, LPG and fuel networks means faster, lower-cost adoption.
Green fuel, delivered
Interested in our bio fuels?
From CBG offtake to green methanol supply — let's discuss how our fuel portfolio fits your needs.
Home / SAMARTH Mission
SAMARTH: Powering India's Future with Agri-Residue
Imagine if burning crop stubble — one of North India's biggest pollution menaces — could actually light up your home. Thanks to SAMARTH, it's already happening.
What Is SAMARTH
A national mission for cleaner thermal power
Launched on 12 July 2021 by the Ministry of Power, SAMARTH — the Sustainable Agrarian Mission on the Use of Agri-Residue in Thermal Power Plants — is India's answer to air pollution from stubble burning and to cutting the carbon footprint of thermal power generation.
By turning surplus biomass into clean energy for coal-fired thermal power plants (TPP), SAMARTH tackles two problems at once: it keeps crop residue out of the fields where it would otherwise be burned, and it greens India's existing power fleet.
The Making of SAMARTH
From policy to national mission
A journey that began years before the mission got its name.
2017
The Ministry of Power issues a policy promoting biomass co-firing in coal-fired power plants.
CEA Advisories
The Central Electricity Authority issues advisories to promote biomass pellet use in thermal plants.
July 2021
The National Mission on Biomass Use in TPP launches with dedicated committees and five expert sub-groups.
Renamed SAMARTH
The mission is renamed SAMARTH and moves into full swing across the country.
Setting the Biomass Benchmark
Mandatory 5%–10% biomass co-firing
The Ministry of Power introduced a revised Biomass Co-Firing Policy in October 2021, fine-tuned further in June 2023 — making it mandatory for all coal-fired thermal power plants to co-fire 5%–10% biomass pellets with coal.
Mill-Wise Co-Firing Mandates
| Mill Type | 2024–25 | 2025–26 |
|---|---|---|
| Bowl Mills | 5% Biomass Pellets | 7% Biomass Pellets |
| Ball & Race Mills | 5% Torrefied Pellets | 7% Torrefied Pellets |
| Ball & Tube Mills | 5% Torrefied Pellets (<22% Volatility) | — |
Support That Makes It Work
Backed by strong government systems
A full ecosystem of incentives and infrastructure ensures the mission thrives.
Financial Incentives
MNRE and CPCB provide financial incentives for biomass pellet manufacturing units.
Priority Sector Lending
The RBI includes biomass pellet manufacturing under Priority Sector Lending.
GeM Procurement
A dedicated procurement category for biomass on the Government e-Marketplace (GeM).
Vendor Databases
Comprehensive vendor databases published on the SAMARTH website.
Awareness Campaigns
Nationwide awareness campaigns to drive adoption among plants and farmers.
Why It Matters
A transformative step for clean energy
By enabling surplus agri-residue for power generation, SAMARTH reduces stubble burning, cuts emissions, lowers coal dependency and creates rural employment — all while using existing power-plant infrastructure efficiently.
71TPPs co-firing biomass
28.15LMT biomass co-fired
3,549MU power generated
33.78LMT CO₂ saved
Status of biomass co-firing across all India TPPs, as of 30 June 2025.
Where Sai Bioenergy Fits
Fuelling the mission with agri-residue
Sai Bioenergy's feedstock strategy and biomass expertise directly support national missions like SAMARTH — converting energy crops and agricultural residue into clean fuel, keeping stubble out of the fields and value in rural communities.
Explore our Bio Fuels
Partner with us
Supplying biomass or agri-residue?
Let's collaborate on feedstock, biomass pellets and clean-fuel supply that powers India's energy transition.