The operating blueprint, unit by unit
Five production systems on one site. Each is run to its own standards and its own P&L — and each is plumbed into the next.
Integrated Livestock & Poultry Farming
A multi-species animal husbandry operation run to modern, cruelty-free standards — with poultry and dairy providing daily cash flow and small ruminants, piggery and rabbitry adding higher-margin cycles on the same feed and manure infrastructure.
Multi-species is a deliberate risk decision. A disease event, a price crash or a seasonal slump in one species does not stop the farm. It also widens the feedstock base for the digester, because different animals produce different manure at different moisture and solids content.
Practice standards
- Biosecurity zoning
Clean and dirty zones, controlled entry, footbaths, vehicle disinfection and visitor protocol across all animal units.
- All-in / all-out batching
Batch-wise stocking with full clean-down between cycles to break disease carry-over.
- Veterinary & vaccination calendar
Scheduled vaccination, deworming and health monitoring under qualified veterinary supervision.
- Welfare-first housing
Ventilation, stocking density, litter management and humane handling written into standard operating procedure.
- Record-level traceability
Batch, feed, medication and production records maintained per shed and per herd.
Outputs & where they go
Irrigation & precision systems
- Drip & sprinkler with fertigation
Water and liquid organic nutrition delivered at the root zone, cutting consumption and leaching.
- Soil moisture & weather monitoring
Plot-level sensing and on-site weather data driving the irrigation and spray calendar.
- Grid soil testing
Block-wise soil health mapping so compost and biochar are applied where they are actually needed.
- Rainwater harvesting & farm pond
On-site storage to carry the fodder cycle through dry spells and reduce groundwater draw.
- Mechanised cutting & chaffing
Multi-cut harvesting and chaff cutting feeding directly into silage, feed and digester lines.
Outputs & where they go
Smart Agriculture & Commercial Cultivation
The cropping plan is designed around two anchor crops — Moringa and Super Napier — that are simultaneously a cash crop, a feed ingredient and a digester feedstock, intercropped with pulses that fix nitrogen back into the soil.
This is why the cultivation vertical is not a commodity farm. Every crop in the plan has at least two internal buyers before it ever reaches a mandi, which removes the price risk that normally makes Indian cropping fragile.
Animal Feed & Pellet Manufacturing
Feed is the largest single cost in livestock farming — routinely the majority of the cost of producing an egg or a litre of milk. Manufacturing it ourselves, from biomass we grew and protein we bred, converts that cost line into a margin line.
The Black Soldier Fly unit is the part that makes the loop genuinely closed. BSF larvae eat organic waste that has no other buyer and convert it into a high-protein, high-fat feed ingredient — while their frass comes out the other side as a fertilizer.
Why in-house feed changes the economics
- Margin stays inside
The manufacturer's margin on feed is captured by the company instead of paid to a third-party mill.
- Insulation from ingredient shocks
Maize and soya price spikes hit competitors directly. Our own green biomass and BSF protein absorb part of that swing.
- Formulation control
Rations are tuned to our own flock and herd performance data, not to a generic commercial spec.
- A second market
Surplus pellets, leaf meal and BSF protein are sold to neighbouring farms, FPOs and aquaculture units.
Outputs & where they go
From waste stream to energy product
- Feedstock security
Most Indian biogas projects fail on feedstock. Ours is produced on site, every single day, by our own animals and fields.
- Anaerobic digestion
Manure, litter and crop residue are digested to produce raw biogas for on-farm thermal and power use.
- Upgrading to CBG
Purification and carbon-dioxide removal, compression and cascade storage to produce Compressed Bio Gas to specification.
- Densified bio-pellets
Crop residue and woody biomass pressed into bio-pellets and CBG pellets as a fuel for industrial and commercial boilers.
- Digestate is not waste
Fermented organic manure and liquid slurry leave the digester as a graded, saleable soil input.
Outputs & where they go
Bio-Energy, Biogas & CBG Plant Operations
The bio-energy vertical is where an operating cost becomes an asset. Manure and residue that any conventional farm has to spend money clearing become the feedstock for a renewable energy plant with a national offtake framework behind it.
Compressed Bio Gas is the single highest-value conversion of farm waste available in India today, and the SATAT framework exists specifically to give producers a route to market through oil marketing companies. Bio-pellets add a second, lower-capex energy product that monetises the dry residue the digester does not want.
Organic Fertilizers & Waste-to-Wealth Processing
This vertical is the closing bracket of the loop. Everything the other four produce and cannot use — digestate, frass, litter, crop residue, woody trimmings — arrives here and leaves as a graded, bagged, saleable soil input.
It also serves the farm itself. The compost and biochar that go back onto our own fields reduce the fertilizer bill of Vertical 02, which lowers the cost of the fodder that feeds Vertical 01. The loop does not just avoid waste — it compounds.
What comes in, what goes out
| Input stream | Product |
|---|---|
| Digestate from the CBG plant | Fermented organic manure, liquid bio-fertiliser |
| Poultry litter & animal manure | Vermicompost, enriched organic manure |
| BSF frass from the feed unit | Nutrient-rich compost blend |
| Crop residue & green waste | Compost feedstock, bio-pellet feedstock |
| Woody trimmings & prunings | Biochar |
Outputs & where they go
How the five verticals sit on one piece of land
Physical layout is what makes integration cheap. Distance between a manure source and a digester is a cost; adjacency is a saving.
Animal zone
Layer and free-range poultry sheds, dairy shed and milking area, goat and pig housing, rabbitry — grouped behind a common biosecurity perimeter with a single controlled entry.
Cultivation zone
Super Napier blocks, high-density moringa, pulse intercrop plots and green manure strips, served by drip mains, a farm pond and rainwater harvesting structures.
Processing zone
Feed and pellet plant, BSF bioconversion unit, raw material and finished goods stores, weighbridge and dispatch — sited between the fields and the animal zone.
Energy zone
Digester, gas holder, upgrading and compression skid, cascade storage and flare — placed downstream of the animal zone with safe setback distances and its own access road.
Organics zone
Vermicompost beds under shade, biochar kilns, curing and sieving yard, and bagging and storage — adjacent to the digestate outlet.
Support & people
Administration and records office, veterinary and quality-testing room, worker amenities and training space, machinery shed, solar array and water treatment.
See how the five units close the loop
The circular model page sets out the nutrient, energy, protein and carbon loops that connect these verticals — and how we intend to measure them.