Treebay - Bio Ethanol

Ethanol-blending projects like E10-E20 have led to increased bioethanol fuel demand in India.

Key Highlights:

100% Renewable
Renewable and environmentally sustainable fuel source.

E10-E20 Targets
Contributes to India’s ethanol blending objectives.

Lower Emissions
Decreases carbon footprint.

Rural Growth
Promotes economic growth in rural areas.

The biofuel production process begins where your waste ends. We collect agricultural residue, municipal waste, used cooking oil, and other organic materials and put them through five precision-engineered stages.

Through pre-treatment, hydrolysis, fermentation, distillation, and final quality certification — we produce consistent, fuel-grade bio ethanol ready for blending and dispatch.

*Visual Note: Circular flow infographic showing the waste-to-energy cycle with icons for each production stage and connecting arrows indicating continuous flow like this.*

Pre-treatment

Preparation of agricultural residue, municipal waste, and used cooking oil.

Hydrolysis

Breaking down complex organic materials into simpler, fermentable components.

Fermentation

Biological conversion of processed materials into raw bio ethanol.

Distillation

Refining and purifying the mixture to achieve high concentration.

Quality Certification

Final testing to ensure consistent, fuel-grade bio ethanol for dispatch.

Bio Ethanol Production consists of the conversion of biomass to fermentable sugars and then using technology to refine these sugars into ethanol fuel.

Gathering of Feedstocks

Raw materials like sugarcane, corn, and agricultural waste are collected and prepared for processing.

Pre-Treatment

Biomass is processed to break down complex materials into simple fermentable sugars.

Fermentation

Microorganisms convert sugars into ethanol under controlled temperature and conditions.

Distillation

Ethanol is separated and purified from the fermented mixture to increase concentration.

Dehydration

Remaining water is removed to produce fuel-grade bio ethanol suitable for blending and industrial use.

Where Bio Ethanol is Used

Bio Ethanol fuel is widely used across multiple industries due to its versatility and clean-burning properties.

Here are a few major industries where Bio Ethanol is used:

Transportation

Blended with petrol (E10, E20) to reduce emissions.

Industrial Use

Used in pharmaceuticals, chemicals, and cosmetics.

Power Generation

Alternative fuel for cleaner electricity production.

Cooking Fuel

Used as a safe and eco-friendly cooking alternative.

Bio Ethanol is emerging as a reliable and sustainable alternative to conventional fuels in India. Its growing adoption is driven by environmental benefits, economic value, and long-term energy security.

Benefits of Bio Ethanol for India:

• Helps reduce carbon footprint considerably
• Helps cut down on use of fossil fuels
• Facilitates waste to energy conversion
• Helps farmers and rural economies
• Economical source of energy