Operating CBG Producer · 6 TPD
POWERING ACIRCULAR FUTURE.
Radha Raman Green Energy Private Limited operates a 6 TPD Compressed Bio-Gas facility in Uttar Pradesh, converting agricultural and organic residues into renewable energy supplied to Indraprastha Gas Limited.
Location
Dhansri, Jansath
Distt. Muzaffarnagar
Uttar Pradesh
ENERGY FROM
WHAT THE WORLD
LEAVES BEHIND.
Radha Raman Green Energy Private Limited is advancing the productive utilisation of agricultural and organic resources through renewable biomethane production.
At our 6 TPD CBG facility at Dhansri, Jansath, District Muzaffarnagar, paddy straw, pressmud and cattle dung are transformed through plug-flow dry digestion and VPSA purification into Compressed Bio-Gas.
The gas is supplied to Indraprastha Gas Limited, while the organic material left behind returns to agriculture as Fermented Organic Manure.
6 TPD
CBG Production Capacity
DHANSRI
Jansath, District Muzaffarnagar
IGL
CBG Offtake · TPA with GAIL & IGL
FOM
Fermented Organic Manure Output
FROM FIELD RESIDUE
TO RENEWABLE ENERGY.
Paddy straw presents a significant crop-residue management challenge.
At Radha Raman Green Energy, agricultural residue such as paddy straw is given a productive second life by utilising it as feedstock for renewable biogas production.
Instead of being treated simply as waste, agricultural biomass can become an energy resource.
01–03 contextual agricultural imagery · 04 photographed at Dhansri, Jansath
Process
- 01
Paddy Straw
- 02
Preparation
- 03
Anaerobic Digestion
- 04
Biogas
- 05
Purification
- 06
Biomethane
- 07
CBG
WHAT ONCE WENT UP IN SMOKE
CAN HELP POWER THE FUTURE.
Productive utilisation of paddy straw provides an alternative resource pathway for agricultural residue and contributes toward addressing the wider crop-residue management challenge.
DIVERSE FEEDSTOCKS.
ONE CIRCULAR SYSTEM.
The Jansath facility is designed around locally available organic material. Paddy straw (prali) is the anchor feedstock, alongside pressmud and cattle dung — received, assessed and blended into a recipe suited to plug-flow dry digestion.
Sourcing feedstock within the surrounding agricultural belt keeps transport short and creates a paid outlet for material that otherwise has little value at the farm gate.
PADDY STRAW
Prali
Crop residue left after the paddy harvest — the most abundant agricultural biomass in the region, and the feedstock that gives the facility its purpose.
PRESSMUD
Mali
A by-product of sugar processing, received and stored under cover at the facility. Its consistent organic load complements the fibrous straw fraction.
CATTLE DUNG
Gobar
Organic material sourced from the surrounding rural economy, supporting the biology of the digestion process.
THE RADHA RAMAN
CBG FACILITY.
Dhansri, Jansath · Muzaffarnagar
The Radha Raman facility integrates feedstock handling, plug-flow dry anaerobic digestion, raw biogas storage, VPSA purification, CBG compression and cascade filling on a single site at Dhansri, Jansath.
6 TPD
Compressed Bio-Gas Capacity
FROM BIOMASS
TO BIOMETHANE.
FEEDSTOCK SOURCING
Paddy straw (prali), pressmud (mali) and cattle dung sourced from the surrounding agricultural belt.
FEEDSTOCK PREPARATION
Material is stored, blended to a recipe and conveyed into the digesters at a controlled rate.
PLUG-FLOW DRY DIGESTION
Sealed concrete digesters break the biomass down without oxygen, held at working temperature by insulated heating circuits.
RAW BIOGAS STORAGE
Methane-rich raw biogas collects in a ground-mounted storage balloon that buffers the flow onward.
VPSA PURIFICATION
Vacuum Pressure Swing Adsorption removes carbon dioxide and trace components, upgrading raw biogas to biomethane.
COMPRESSION
Biomethane is compressed and filled into cylinder cascades as Compressed Bio-Gas.
DISPATCH TO IGL
Cascades travel by road to Indraprastha Gas Limited (IGL) off-take points, supported by TPA arrangements with GAIL and IGL. The facility is preparing for direct integration with IGL's steel pipeline network.
RESOURCE RECOVERY
Digestate from digestion provides the basis for Fermented Organic Manure, returned to agricultural use.
ENGINEERED FOR
RESOURCE EFFICIENCY.
The Jansath facility uses plug-flow dry anaerobic digestion, insulated process heating and VPSA-based gas purification.
Plug-Flow Dry Digestion
Paddy Straw Utilisation
Pressmud & Dung Processing
Insulated Process Heating
Raw Biogas Storage
VPSA Purification
CBG Cascade Filling
Digestate Recovery to FOM
WHERE OUR
GAS GOES.
Compressed Bio-Gas produced at Jansath is supplied to Indraprastha Gas Limited (IGL), supported by TPA arrangements with GAIL and IGL.
CASCADE DISPATCH
BY ROAD.
CBG is filled into cylinder cascades at the facility and transported by road to IGL off-take points. This is how every molecule of gas reaches the market today.
DIRECT PIPELINE
INTEGRATION.
The facility is preparing for direct CBG injection into IGL's steel pipeline network, which would remove the road leg. This is not yet in service — all supply continues through cascade dispatch today.
FROM FARM.
TO ENERGY.
BACK TO FARM.
Farms
Origin of the cycle
Paddy Straw / Agricultural Residue
Radha Raman CBG Facility
Jansath · Muzaffarnagar
Pathway 01 — Energy
Biogas
Purification
Biomethane
6 TPD CBG
Renewable Energy
Pathway 02 — Nutrients
Digestate
FOM
Agricultural Use
Farms
ENERGY FOR TODAY.
NUTRIENTS FOR TOMORROW.
ENERGY FOR TODAY.
NUTRIENTS FOR TOMORROW.
RETURNING VALUE TO THE FARM.
Renewable-energy production at Radha Raman does not end with CBG.
Anaerobic digestion also produces nutrient-containing digestate, which can be processed into Fermented Organic Manure (FOM) for agricultural use.
By making FOM available to the agricultural ecosystem, Radha Raman creates another productive pathway from the biogas process — connecting renewable-energy production back to the farms and resources from which the cycle began.
- 01
Agricultural Biomass
- 02
Biogas Production
- 03
FOM
- 04
Agricultural Use
RESOURCE RECOVERY
FOM represents productive utilisation of material remaining after anaerobic digestion.
AGRICULTURAL CONNECTION
The renewable-energy cycle reconnects with agriculture through an organic manure output.
CIRCULAR VALUE
Resources originating from agriculture can ultimately create both renewable energy and useful agricultural inputs.
ENERGY WITH
A SECOND PURPOSE.
PADDY STRAW UTILISATION
Creating productive utilisation pathways for agricultural residues.
RENEWABLE GAS
Producing CBG from renewable biological resources.
CIRCULAR RESOURCE USE
Extracting energy while recovering useful organic material.
FARMER CONNECTION
Supporting the agricultural ecosystem through FOM availability and agricultural residue utilisation.
LOCAL RESOURCES
Transforming locally available biomass into useful energy and agricultural outputs.
Built in Uttar Pradesh.
POWERING A CLEANER
ENERGY FUTURE.
Dhansri, Jansath · Muzaffarnagar
MADE FROM
INDIA’S RESOURCES.
FOR INDIA’S
ENERGY FUTURE.
Domestically produced biomethane and Compressed Bio-Gas can contribute toward a broader national energy picture — using resources that already exist within the agricultural economy.
- 01Renewable gaseous energy
- 02Productive biomass utilisation
- 03Circular resource management
- 04Greater utilisation of domestic biological resources
INSIDE
RADHA RAMAN.
BUILDING THE NEXT
CHAPTER OF CLEAN ENERGY.
For business enquiries, institutional engagement and industry collaboration, connect with Radha Raman Green Energy Private Limited.