Grain Based Ethanol Plant

Grain Based Ethanol Plant Specification

Distillation System
Multi-pressure Distillation Column

Compliance
Meets IS/ASTM Standards for Ethanol

Safety Features
Automatic Control System, Safety Interlocks

Plant Efficiency
High yield with low energy usage

Control Panel
PLC based advanced automation

Ethanol Concentration
Up to 99.5% (Fuel Grade)

Operation Mode
Continuous / Batch

By-Products
Distiller's Dried Grains (DDGS), CO2

Feed Stock
Corn, Wheat, Millet, Sorghum, Rice Grains etc.

Maintenance
Low, with corrosion-resistant structure

Utilities Required
Steam, Cooling Water, Electricity

Plant Design
Turnkey Project

Installation Service
Yes

Grain Based Ethanol Plant Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
1-2 Week

About Grain Based Ethanol Plant

Grab the opportunity to purchase this wondrous Grain Based Ethanol Plant featuring a lavish, modern design delivered as a turnkey project. Reduced operational costs and enhanced plant efficiency are achieved through multi-pressure distillation columns and PLC-based advanced automation. Feedstock options include corn, wheat, millet, sorghum, and rice grains, with up to 99.5% ethanol concentration for fuel-grade quality. Lustrous by-products such as DDGS and CO2 are generated during continuous or batch operations. The corrosion-resistant structure ensures low maintenance while meeting IS/ASTM standards for reliability and safety. Available from Indias premier manufacturer, service provider, and supplier.

Extra Features and Applications

This grain-based ethanol plant is engineered with automatic control systems and robust, corrosion-resistant materials, ensuring both safety and longevity. Ideal for fuel and industrial ethanol production, the plants high-yield, low energy design makes it economically attractive. By-products like DDGS are valuable for animal feed, adding versatility to operations. Whether your application demands continuous or batch processing, the plants advanced automation delivers consistency and operational ease, making it a leading choice for diverse grain-to-ethanol ventures.

Certifications, Supply Ability & Payment Terms

Handover of this plant is seamless, ensuring all features comply with IS/ASTM standards. Our supply chain is robust, offering flexible transportation and reliable delivery across India. Each plant is certified for both safety and efficiency, with supply capacity tailored to client needs. Payment terms are customer-oriented and transparent, making the procurement process simple. Upon final handover, the plants operation is fully supported by our installation and maintenance services, giving buyers confidence throughout the supply journey.

FAQs of Grain Based Ethanol Plant:

Q: How does the plant achieve high ethanol yield with reduced energy consumption?

A: This plant incorporates multi-pressure distillation columns and PLC-based automation to maximize ethanol output while minimizing energy usage, ensuring efficient grain-to-ethanol conversion.

Q: What types of grains can be used as feedstock in this ethanol plant?

A: The plant accepts a variety of grains for feedstock, including corn, wheat, millet, sorghum, and rice grains, offering flexibility in raw material selection.

Q: When is the plant installation and handover performed after purchase?

A: Installation and final handover are carried out as part of the turnkey project package, with timelines coordinated based on client schedules and requirements.

Q: Where is the plant supplied from and what regions do you cover?

A: The plant is manufactured and supplied by an established provider in India, with transportation and delivery available throughout the country as per arrangement.

Q: What safety and automation features are included in plant design?

A: The plant is equipped with automatic control systems, safety interlocks, and a PLC-based control panel to ensure safe, reliable, and efficient operation.

Q: Which by-products are generated during ethanol production and their usage?

A: By-products such as Distillers Dried Grains (DDGS) and CO2 are produced; DDGS is commonly used in animal feed, while CO2 can be captured for industrial use.

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