Weathered hands cradling fresh marigold blooms over dark soil — botanical sourcing

Sustainability

Green at every stage.

From sugarcane-sourced solvents to zero-discharge manufacturing, environmental responsibility is embedded in our chemistry.

Our Commitment

Sustainability, engineered in.

We make our own renewable solvents, recover every output, and power the plant from its own residue — a closed loop that runs from the sugarcane field to the finished extract.

Sugarcane-sourced green solvents

Green Chemistry

Sugarcane-sourced solvents

Renewable CO₂ & ethanol · closed-loop

100%
Green solvents — zero petroleum-derived chemicals

Our extraction solvents come from renewable agriculture, not petroleum — in-house sugarcane-based CO₂ captured from India Glycols' own fermentation, plus sugarcane-derived ethanol. Every gram is recycled and reused within a closed loop.

In-house green CO₂Sugarcane ethanolClosed-loop recycling
Zero liquid and solid discharge system

Zero Waste

Zero liquid & solid discharge

Nothing leaves the facility

100% of effluent water is treated, recycled and reused on-site.

A closed-loop water system means production growth never translates into a bigger environmental burden. Zero solid-waste discharge is maintained through comprehensive recovery and recycling across every process stream.

Zero liquid dischargeZero solid wasteClosed-loop water
Biomass briquettes from post-extraction plant residue

Energy Recovery

Biomass-to-energy conversion

Waste residue becomes fuel

70%+
Of fuel self-generated from post-extraction biomass

Plant residue left after botanical extraction is compressed into biomass briquettes and burned in the facility's boilers. What would otherwise be waste becomes the primary energy source for continued production.

Biomass briquettesBoiler fuelWaste-to-energy

Closed-Loop Process

The Ennature circular economy.

Every input renewable, every output recovered — a fully circular model that runs from the sugarcane field to the finished extract.

01

Sourcing

Sugarcane is the renewable feedstock, producing both ethanol and bagasse as primary outputs.

Ethanol + bagasse
02

Energy

Bagasse is burned as biomass fuel to power the facility, and CO₂ from fermentation is captured — not vented.

Thermal energy + CO₂
03

Extraction

Captured CO₂ becomes the green solvent, combined with sugarcane-sourced ethanol — zero chemical solvents.

Pure extract
04

Recovery

CO₂ is compressed and recycled, ethanol reclaimed, and process water treated and recirculated. Nothing leaves as waste.

Zero waste
Zero liquid dischargeZero solid dischargeZero solvent residue
An Indian farmer harvesting shatavari roots by hand in the field — direct farmer sourcing

Supply Chain

Sourced at the root.

Our raw materials are sourced primarily from India through long-standing partnerships with farming communities. Direct farmer-connect programs secure good agricultural practices, fair sourcing and full traceability from field to finished extract — with managed reserves for consistent, year-round supply.

Direct farmer connectFull traceabilityYear-round supply
India Glycols — pioneers of green technology since 1984

Our Heritage

Pioneers of green technology since 1984.

Ennature builds on India Glycols — a USD 750 million listed leader in bio-based green petrochemicals, and the first company in the world to commercialise ethylene oxide and glycols from renewable agricultural feedstocks rather than fossil sources.

$750MListed parent
1984Green-tech since
35+Years expertise
100%Renewable feedstock

See it in action

Sustainable inputs, validated ingredients.

See how our proprietary platforms — SCF-CO₂, SCEMOD™ and LIMAN™ — turn renewable inputs into clinically validated ingredients.