01
Renewable Energy
CBG, electricity and heat from organic waste
Convert sugar press mud, distillery effluent, crop residues and food waste into low-carbon fuel.
Turn Waste Into Clean Energy & Organic Manure
Convert Organic WasteInto RenewableGas
Green Vikalp delivers turnkey CBG and biogas plants that convert agricultural, industrial and municipal organic waste into clean fuel, premium fertilizer and predictable operational returns.
3 TPD
Sugar mills & farm-based CBG systems
6 TPD
Distillery and food hub capacity
12 TPD
Large industrial and municipal installations
₹75/kg
Model CBG sale price
22-31%
Projected ROI
95%+
CBG purity after upgradation
Biogas Plant SolutionsBio-CNG Plant UpgradationOrganic Waste ValorizationRenewable Fuel InfrastructureSustainable Organic Manure OutputBiogas Plant SolutionsBio-CNG Plant UpgradationOrganic Waste ValorizationRenewable Fuel InfrastructureSustainable Organic Manure Output
02
High Profitability
Strong cashflows and ROI
3/6/12 TPD models achieve 22–31% ROI and a 2.9–4.5 year payback at ₹75/kg CBG.
03
Government Subsidy
MNRE support available
Eligible for central-government CBG capacity subsidy, subject to MNRE approval and scheme conditions.
04
Low Carbon Footprint
Circular waste-to-energy value chain
Reduce methane emissions, lower fossil fuel imports and create nutrient-rich organic manure.
Performance Snapshot
Plant economics, yield and operational assumptions
Multi-capacity CBG plants with practical revenue metrics, payback timelines and financing assumptions aligned to the MNRE support framework.
3 TPD
Installed Capacity
Annual Revenue
₹7.43 Cr
EBITDA
₹2.67 Cr
ROI22.2%
Payback4.5 Years
6 TPD
Installed Capacity
Annual Revenue
₹14.85 Cr
EBITDA
₹5.35 Cr
ROI25.6%
Payback4.0 Years
12 TPD
Installed Capacity
Annual Revenue
₹29.7 Cr
EBITDA
₹11.58 Cr
ROI31.3%
Payback2.9 Years
Operational assumptions
These estimates assume stable feedstock supply, modern CBG upgradation and MNRE-aligned project financing.
- • CBG sale price: ₹75/kg (including GST)
- • Operating days: 350 days/year
- • Bank loan: 70% of project cost
- • Interest rate: 10% p.a.
Suitable raw materials
Proven waste streams for high-yield biogas digestion and premium CBG production.
Press Mud
Sugar industry slurry and filter press residue.
Distillery Spent Wash
High-strength effluent for concentrated digestion.
Cow Dung
Reliable animal waste feedstock for stable biomethanation.
Napier Grass / Maize Silage
High-energy fibrous crop residues with good biogas yield.
Poultry Litter
Nutrient-dense poultry waste for enhanced organic manure.
Food Waste
Municipal and industrial organics for optimized CBG conversion.
Yield capacity (indicative)
| Feedstock | Biogas Yield | CBG Mud Yield |
|---|---|---|
| Napier Grass | 180-220 m3/Ton | 55-70 Kg CBG/Ton |
| Maize Silage | 220-300 m3/Ton | 75-95 Kg CBG/Ton |
| Press Mud | 90-120 m3/Ton | 35-45 Kg CBG/Ton |
| Cow Dung | 50-70 m3/Ton | 18-25 Kg CBG/Ton |
| Poultry Litter | 120-180 m3/Ton | 45-60 Kg CBG/Ton |
| Food Waste | 250-450 m3/Ton | 90-120 Kg CBG/Ton |
| Distillery Spent Wash | As per COD | As per COD |
Raw material requirement (TPD)
Practical feedstock estimates for 3, 6 and 12 TPD plants
| Capacity | Napier Grass | Maize Silage | Press Mud | Cow Dung | Poultry Litter | Food Waste |
|---|---|---|---|---|---|---|
| 3 TPD | 45-50 | 32-40 | 70-80 | 120-150 | 55-65 | 22-28 |
| 6 TPD | 75-85 | 55-65 | 120-135 | 200-250 | 90-105 | 35-45 |
| 12 TPD | 180-205 | 130-155 | 290-320 | 480-600 | 215-255 | 85-110 |
Central Government Subsidy
MNRE subsidy support for CBG plant deployment
Designed around the MNRE incentive framework, our project models show significant capital support per installed TPD.
Subsidy schedule
| Capacity | Project Cost | Subsidy |
|---|---|---|
| 3 TPD | ₹15.5 Cr | ₹2.5 Cr |
| 6 TPD | ₹29 Cr | ₹5 Cr |
| 12 TPD | ₹55 Cr | ₹10 Cr |
Subsidy values are indicative and subject to MNRE scheme guidelines and approvals.
Project support and plant features
Company scope of work
- • Feasibility Study & DPR
- • Engineering & Design
- • Supply, Erection & Commissioning
- • 1 Year Operations & Maintenance
- • Performance Guarantees
- • Training of Plant Staff
- • After Sales Support
Plant features
- • High CBG purity >95%
- • Advanced upgradation system
- • Fully automated operation
- • Low energy consumption
- • Environmentally friendly process
- • Modular and scalable design
- • High reliability and safety
What does Greenvikalp do?
We are a leading sustainable infrastructure company specializing in the design, construction, and operation of advanced anaerobic digestion plants. Our mission is to bridge the gap between waste management and renewable energy generation.
- Documents & Requirements ManagementWe compile DPRs, technical drawings, and subsidy paperwork so your application moves fast.
- All Permissions from Your SideOur team coordinates with authorities and clears statutory approvals on your behalf.
- Bank FinanceWe assist with project appraisal, lender presentations, and term-loan documentation.
- Long-Term Material Arrangement (5 Years)Secure feedstock tie-ups and logistics planning for stable plant operations.
- Organic Manure BuybackWe monetize digestate through certified organic manure offtake agreements.
- 100% Guaranteed CNG OfftakeAssured purchase of produced CNG through tie-ups with fuel marketers and industries.
The Circular Loop: Waste to Wealth
Our proprietary process ensures zero waste and maximum ROI
Organic Waste
Food, agricultural & municipal waste collection
Anaerobic Digestion
Proprietary bacterial decomposition
Bio-CNG & Heat
Clean fuel for transport and industrial power
Organic Manure
Returning nutrients to the soil for agriculture
Our Ecosystem of Solutions
Technological precision across the entire value chain.
CBG Potential Estimator
Quickly model indicative Bio-CNG output before a detailed feedstock, methane, and commercial feasibility audit.
100
tons/day
7500m3
Raw Biogas/Day
3.0T
CBG/Day
2.5T
Organic Manure/Day
Formula used: 75m3 raw biogas per ton/day, 55% methane, and 0.72kg CBG per m3 methane, plus 0.025T organic manure per ton/day. Final CBG output depends on feedstock, moisture, methane recovery, gas purification losses, and operating conditions.
Industrial Biogas & CBG
Large-scale Compressed Bio-Gas (CBG) plants engineered for maximum methane yield and grid-grade purity.
Lab Services
Feasibility studies and feedstock analysis to ensure plant viability.
Retrofitting
Upgrading legacy biogas plants with modern membrane purification technology.
Project Management (O&M)
We don't just build; we operate. Our 24/7 monitoring and maintenance teams ensure 98% plant uptime and consistent revenue streams.
24/7
Remote Monitoring
98%
Uptime Promise
Projects
CBG Plants Delivered & In Progress
Completed Project
Buland Bio Gas
Buland Bio Gas is a fully commissioned CBG plant engineered for durable, high-yield organic waste conversion. The facility is designed to process local agricultural residues, cattle dung, and food waste into purified compressed bio-gas and organic fertilizer, while supporting regional sustainability goals.
Why Buland Bio Gas stands out
- Turnkey CBG plant execution with civil, electrical, and plant engineering completed.
- Integrated methane upgradation for compressed bio-gas suitable for transport fuel and industrial use.
- Fully managed organic fertilizer recovery from digestate, delivering circular revenue.
- Commissioned for local community waste processing and reliable energy output.
Plant capacity
3 TPD
Fuel output
CBG for transport & industrial energy
Status
Commissioned
Offering
O&M + Fertilizer recovery
Upcoming Projects
Regional CBG Rollout
Muzaffarnagar
6 TPD CBG plant
Planned for the sugarcane belt, this plant will use press mud, crop residue, and local organic waste to support clean fuel production near industrial and farming clusters.
Amroha
6 TPD CBG plant
Designed for Amroha's agriculture and dairy-linked waste streams, the facility will convert local biomass into CBG while creating dependable organic fertilizer output.
Baghpat
6 TPD CBG plant
This NCR-adjacent project targets cattle dung, farm residue, and market waste, helping Baghpat add decentralized clean energy capacity close to demand centers.
Yadgir
6 TPD CBG plant
Located in Karnataka's agrarian corridor, the Yadgir rollout will process regional crop residue and organic waste into CBG for local fuel and fertilizer markets.
Bijnor
3 TPD CBG plant
Bijnor's sugar and farming ecosystem makes it suitable for a compact CBG plant using press mud, cattle dung, and agricultural residue from nearby collection points.
Bulandshahr
3 TPD CBG plant
This project builds on Bulandshahr's strong dairy and farming base, converting locally available organic waste into clean gas and soil-focused organic manure.
Aligarh
3 TPD CBG plant
Planned for Aligarh's mixed industrial and agricultural catchment, the unit will handle food, farm, and biomass waste for reliable small-scale CBG production.
Agra
3 TPD CBG plant
Agra's hospitality, food processing, and peri-urban farm waste streams can feed this compact CBG plant, reducing landfill pressure while generating clean energy.
Agriculture 4.0
Premium Organic Manure from Waste-to-Energy Conversion
Our organic manure output is calibrated for long-term soil health, steady nutrient release and reduced reliance on synthetic chemicals.
Pathogen Free
Thermophilic digestion ensures safe, stable fertilizer.
Nutrient Dense
Balanced NPK and organic matter for sustained crop growth.
Low Odor
Refined slurry treatment minimizing operational nuisances.
Soil Regeneration
Improves moisture retention and soil biology over time.
The Journey to Commissioning
A structured, high-precision path from waste audit to energy generation.
Site Assessment
Comprehensive waste audit, feedstock analysis, and topographical survey of the proposed site.
1
Engineering & Design
Customized plant blueprinting using 3D modeling and structural engineering for durability.
2
Construction & Install
Precision execution of civil work and installation of proprietary biogas reactors.
3
O&M Support
Post-commissioning training, biology management, and lifelong maintenance support.
4
Expert Insights
What is a biogas plant and how does it work?
A biogas plant converts organic waste into methane-rich gas through anaerobic digestion. Green Vikalp designs plants that take food, agricultural, and industrial organics, then recover energy, fertilizer and process water from the same system.
Which waste materials can be used for biogas and CBG production?
Our systems are optimized for cattle dung, agricultural residues, food waste, distillery spent wash, and press mud. These feedstocks are commonly used in India and can be blended for stable digestion and higher methane yield.
Can biogas be upgraded to Bio-CNG for vehicles and industrial use?
Yes. We offer biogas purification and compression systems that produce high-purity CBG suitable for transport fuel, industrial burners, or grid-quality energy applications.
How long does it take to install a biogas plant?
Typical project timelines range from 6 to 9 months, including site assessment, civil work, equipment installation, and commissioning. Actual delivery depends on site readiness, local approvals, and project scale.
What subsidies and financial incentives are available for a CBG or biogas plant?
Biogas and CBG projects in India may qualify for MNRE central-government support, plus state incentives. Green Vikalp helps document eligibility, prepare subsidy applications, and align project costs with approved frameworks.
What maintenance is required after installation?
Regular maintenance includes monitoring digester biology, checking pumps and valves, cleaning filters, and calibrating gas upgrading systems. Our O&M services ensure reliable performance and minimize downtime.
How much organic fertilizer can the plant generate?
Biogas plants produce nutrient-rich digestate that is processed into organic fertilizer. Output depends on feedstock volume, but most plants deliver fertilizer that can be used onsite or sold to farmers.
Is a biogas plant suitable for my industry or farm?
We evaluate your waste profile, energy needs, and site conditions. Ideal clients include farms, food processors, distilleries, hotels, municipalities, and industrial complexes with steady organic waste supply.
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