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Environmental Impact
ENVIRONMENTAL IMPACT

Every Resource Creates a Ripple Effect

Every tonne of biomass recovered sets off a chain of positive environmental outcomes. From reducing crop residue burning and producing renewable fuel to returning nutrients to the soil, every stage of the Sai 3F™ Circular Impact Model contributes to a cleaner and more resilient future. Explore how circular thinking translates into measurable environmental impact.

The Sai Impact Journey™

Follow the Journey

Feedstock enters the digester, gas is generated and purified into renewable fuel, digestate returns to farms and the fields regenerate — closing the loop.

01

Feedstock Recovery

Agricultural residues are collected from farms and move into the Sai ecosystem, giving agricultural residues a second life.

30,000 MT
Biomass Being Recovered
02

Anaerobic Digestion

Biomass enters the digester, transforming organic waste into renewable resources through circular processing.

3400T
Methane Captured Annually
At Full Plant Capacity
03

Gas Purification

Gas flows through purification and becomes Compressed Biogas, replacing fossil fuels with cleaner renewable molecules.

≥98% Pure
9.8T Renewable CBG Produced
per day
04

Environmental Benefit

Renewable fuel leaves the plant and reaches vehicles and industry, displacing fossil combustion.

90T CO₂e
Estimated Carbon Emissions Avoided per day
05

Returning Nutrients

Digestate returns to the soil, returning valuable nutrients back to the land to support regenerative agriculture.

1.4kg
Biofertilizer Returned per kg of Feedstock
06

Circular Future

The farm regenerates, feedstock grows again and the loop closes — creating cleaner, more resilient energy systems.

144 MWh
Renewable Energy Equivalent Produced Per Day At Full Plant Capacity

Every resource recovered creates a ripple effect that extends far beyond energy production.

Live Environmental Dashboard

Explore the Numbers

Behind every renewable energy project is measurable environmental progress. Explore Sai Bioenergy’s headline environmental indicators across four focus areas.

Climate
~9.3kg
Carbon Emissions Avoided per kg of CBG
10,500L
Diesel / Fossil Fuel Equivalent Displaced per day
Resource Recovery
~19,000 MT
Biomass Utilised Till Date
Paddy Straw
Crop Residue Saved From Stubble Burning
Soil & Agriculture
1.4kg
Biofertilizer in Wet Form Returned to Farms per kg of CBG
0% Water
Consumed as Energy Crops like Napier Grass have 75% water needs
See Impact Differently

Understand the Impact

The same progress, expressed two ways — the technical metrics our engineers track, and the real-world comparisons those numbers represent.

TECHNICAL METRICS
REAL-WORLD IMPACT

Continue to Community Impact

See how renewable energy creates shared prosperity for the farmers and communities behind every project.

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Agricultural residue being collected for biogas feedstock
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Electrical transmission infrastructure at dusk
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Aerial view of farmland supplying biomass feedstock
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