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Dance of Rabi & Kharif

Agri-residue produced during post harvesting presents a management challenge considering limited awareness, improper infrastructure & high costs associated leading to biomass burning & pollution.

What makes a farmer decide to burn?

Awareness

Limited time to next crop

Limited time to next crop

Non-awareness of devastating effects of open residue burning on our atmosphere, health and planet, combined with limited- to no-awareness of available solutions in the market & alternate sustainable ways presents as one of the most concerning challenge in agricultural sector.

Limited time to next crop

Limited time to next crop

Limited time to next crop

Right seeding is dependent on the right climate on top of agri-land, right moisture under the agri-land & right seed quality. This makes a farmer reliant on  atmospheric settings needed for the right germination, hence resorts to residue burning.

Costly Infrastructure

Limited Labour Availability

Limited Labour Availability

Biomass aggregation is a costly affair. Muti-heavy machinery tractors, manpower & maintenance along with dependency on fossil fuels leave marginal farmers with small land holdings with no option but to lean towards biomass burning for quick land clearing, 

Limited Labour Availability

Limited Labour Availability

Limited Labour Availability

Unlimited Biomass agri-residue availability presents a contrasting challenge with the unavailability of needed labour to manage it. Heavy machinery depended process mandates heavy labour dependency pressuring farmer to look for quick alternate sources. 

Capturing agri-residue at source

Leveraging advanced machinery with optimised manpower operations, agri-residue is collected and transformed into a consumable high-fibre, soft- texture animal diet made available to farmers for feeding livestock.

Agri-residue aggregated to high-fibre animal feed

Agri-residue of mass seasonal crops like wheat generates high quality feedstock suitable for animals, available to feed throughout the year. 

Fodder Staple for Livestock Feed

High Fibre & Cellulose

Wheat husk residue is rich in cellulose and hemicellulose. Ruminants carry specialised bacteria in their gut that  break down these complex carbohydrates into energy.

Easy to digest texture

Wheat straw is relatively soft and easy for ruminants (like cows and buffaloes) to chew. When mixed with green fodder or concentrates, it provides the necessary bulk to keep the animal full.

Rumen Health

Rumen Health

The "scratch factor" of wheat straw stimulates the rumen wall, encouraging the animal to chew its cud (rumination), which is essential for healthy digestion.

Transforming Residue into revenue

Leveraging advance machinery & optimised operations, agri-residue is collected & packed into haystack bales and transported for further processing into specialised biomass facilities to manufacture high quality biomass driven sustainable green bio-fuels.

Agri-residue aggregated to superior green energy

Agri-residue of mass seasonal crops like rice generates high quality rice husk with excellent fuel capabilities, suitable for converting into green biofuels for generating clean carbon neutral energy.

Carbon Neutral Green Energy

High Calorific Value

Thermal Stability & Low Moisture

Thermal Stability & Low Moisture

Rice husk has a consistent energy content. When processed into pellets or briquettes, it provides a steady, high-temperature burn suitable for industrial boilers and power plants.

Thermal Stability & Low Moisture

Thermal Stability & Low Moisture

Thermal Stability & Low Moisture

The high silica content allows the husk to maintain its structure during combustion, which can be beneficial in certain types of gasifiers and furnaces.

Open market access

Thermal Stability & Low Moisture

Open market access

Haystack bales are further procured as raw material by biomass processors through open market platforms for bio-fuel transformation thus generating economic value from agri-residue.

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