India is at the forefront of the green energy transition, with Compressed Bio-Gas emerging as the cornerstone of a self-reliant, domestically driven energy future. The shift is already underway — partner with Greethane to lead the clean energy transition for your business.
India is at the forefront of the green energy transition, with Compressed Bio-Gas emerging as the cornerstone of a self-reliant, domestically driven energy future. The shift is already underway — partner with Greethane to lead the clean energy transition for your business.
Geo-political volatility and fluctuating fuel prices have underscored the need for energy resilience. Through the Gobardhan scheme blending obligations, and strategic partnerships, the government is enabling growth with policy support, demand assurance, and infrastructure investment. With vast biomass resources, India holds an estimated sustainable CBG production potential accounting for 120% of the country’s natural gas demand in 2024, with 45% of that from agricultural residues alone.
Geo-political volatility and fluctuating fuel prices have underscored the need for energy resilience. Through the Gobardhan scheme blending obligations, and strategic partnerships, the government is enabling growth with policy support, demand assurance, and infrastructure investment. With vast biomass resources, India holds an estimated sustainable CBG production potential accounting for 120% of the country’s natural gas demand in 2024, with 45% of that from agricultural residues alone.
Our proprietary and advanced processes use specialized microbial consortia tailored to your biomass and optimized for each stage of anaerobic digestion — enabling efficient digestion and energy recovery, helping you extract the maximum energy yield. Combined with our innovative Bio-Disc technology, GreethaneTM reduces microbial washout, improves digestion efficiency, lowers HRT, and enhances plant stability.
With proprietary pre-treatment, customized AD treatment with engineering innovations, and bio-gas upgradation techniques, the output is high-quality biogas (99+% purity) with superior yield.
The digestate generated in the process is treated and optimized, refining the solubilization metrics required, generating value added products such as FOM and PROM. This organic fertiliser helps improve the soil health and improve crop yields. The separated biogenic CO2 can be used for industrial purposes, and the carbon emissions mitigation can yield carbon credits — yielding multiple revenue streams.
Our proprietary and advanced processes use specialized microbial consortia tailored to your biomass and optimized for each stage of anaerobic digestion — enabling efficient digestion and energy recovery, helping you extract the maximum energy yield. Combined with our innovative Bio-Disc technology, GreethaneTM reduces microbial washout, improves digestion efficiency, lowers HRT, and enhances plant stability.
With proprietary pre-treatment, customized AD treatment with engineering innovations, and bio-gas upgradation techniques, the output is high-quality biogas (99+% purity) with superior yield.
The digestate generated in the process is treated and optimized, refining the solubilization metrics required, generating value added products such as FOM and PROM. This organic fertiliser helps improve the soil health and improve crop yields. The separated biogenic CO2 can be used for industrial purposes, and the carbon emissions mitigation can yield carbon credits — yielding multiple revenue streams.
India generates around 120 MT of rice straw annually. Its complex lignocellulosic, hydrophobic nature, low density, and high silica content limit its use as animal fodder, CBG feedstock, or otherwise — leaving many farmers with stubble burning, with no other way to clear fields before the next harvest.
Greethane’s specialized protocol — customized pre-treatment methods, specialized microbes for every AD phase, and zero addition of cow dung or recirculated slurry — delivers a higher conversion efficiency.
The optimized digestate yields high-value NPK-fixed FOM and PROM, while purified process water drives toward Zero Liquid Discharge (ZLD), cutting the process’s water footprint.
Similar protocols are built for relevant biomass such as millet straw, napier grass, sunflower stalk, water hyacinth and other biomasses.
India generates around 120 MT of rice straw annually. Its complex lignocellulosic, hydrophobic nature, low density, and high silica content limit its use as animal fodder, CBG feedstock, or otherwise — leaving many farmers with stubble burning, with no other way to clear fields before the next harvest.
Greethane’s specialized protocol — customized pre-treatment methods, specialized microbes for every AD phase, and zero addition of cow dung or recirculated slurry — delivers a higher conversion efficiency.
The optimized digestate yields high-value NPK-fixed FOM and PROM, while purified process water drives toward Zero Liquid Discharge (ZLD), cutting the process’s water footprint.
Similar protocols are built for relevant biomass such as millet straw, napier grass, sunflower stalk, water hyacinth and other biomasses.
High-purity (99+%) compressed biogas for pipeline injection, liquefaction, or compressed delivery to industrial and vehicular buyers.
NPK-fixed fermented organic manure and phosphate-rich organic manure — packaged, value-added soil products from treated digestate.
Separated biogenic CO2 captured from the upgradation process, available for industrial and commercial use.
Verified methane-avoidance credits, issued under approved offset methodologies and sold to compliance or voluntary buyers.
Beyond technology, we act as your long-term partner and advisor, helping you make the informed operational and business decisions to maximize your Bio-CNG plant profitability. From feedstock sourcing to gas delivery and ancillary revenues, we support you across the value chain to reduce risks, accelerate commissioning, and build the most optimal business, technology and operations model for higher profitability.
– Harvesting
– Balers
– Aggregators
– Type of biomass — crops
– Distance <25 km
– CBG potential: 100–400 m³
– Shredding
– Hammering
– Extrusion
– Lignin content — high/medium
– Bale type — square/round
– Size required <10 mm
– Enzymes
– Chemicals
– Thermophilic / mesophilic
– Pretreatment type / duration
– Microbes — number/mix
– HRT — days, AD stages 5–30
– Desulfurization
– Dehumidification
– PSA / membrane / water
scrubbing
– Size >15 TPD
– CH₄:CO₂ mix, H₂S %
– Purity % required
– Pipeline
– Liquification
– Compressed thru bullets
– Distance <75 km
– Quantity / size
– Injection infra
– N, P, K fixation
– Solid separation
– FOM value add, packaging
– % of solubilization
– Liquid/solid/pellets
– Value-added products — PROM
– Reuse
– ZLD
– Quantity — KL/D/MLD
– Recirculation %
– ZLD — yes/no
– SCADA monitoring
– Predictive maintenance
– Uptime %
– Sensor points / plant
– Data logging frequency
– MRV documentation
– Methodology registration
– Credit issuance & sale
– Baseline emissions
– Verification cycle
– Credit type
Beyond technology, we act as your long-term partner and advisor, helping you make the informed operational and business decisions to maximize your Bio-CNG plant profitability. From feedstock sourcing to gas delivery and ancillary revenues, we support you across the value chain to reduce risks, accelerate commissioning, and build the most optimal business, technology and operations model for higher profitability.
– Harvesting
– Balers
– Aggregators
– Type of biomass — crops
– Distance <25 km
– CBG potential: 100–400 m³
– Shredding
– Hammering
– Extrusion
– Lignin content — high/medium
– Bale type — square/round
– Size required <10 mm
– Enzymes
– Chemicals
– Thermophilic / mesophilic
– Pretreatment type / duration
– Microbes — number/mix
– HRT — days, AD stages 5–30
– Desulfurization
– Dehumidification
– PSA / membrane / water
scrubbing
– Size >15 TPD
– CH₄:CO₂ mix, H₂S %
– Purity % required
– Pipeline
– Liquification
– Compressed thru bullets
– Distance <75 km
– Quantity / size
– Injection infra
– N, P, K fixation
– Solid separation
– FOM value add, packaging
– % of solubilization
– Liquid/solid/pellets
– Value-added products — PROM
– Reuse
– ZLD
– Quantity — KL/D/MLD
– Recirculation %
– ZLD — yes/no
– SCADA monitoring
– Predictive maintenance
– Uptime %
– Sensor points / plant
– Data logging frequency
– MRV documentation
– Methodology registration
– Credit issuance & sale
– Baseline emissions
– Verification cycle
– Credit type
17 TPD plant · Rice straw
1.5 TPD plant · Coffee waste-to-Bio CNG
5 TPD CBG plant · Mixed feedstock
To understand how Greethane can help you lead your CBG journey, connect with us.