Biodiesel Production Plant

Biodiesel Production Plant
Biofuel

High-Performance Biodiesel Production Plant

High-efficiency biodiesel plants that convert waste oil into renewable fuel with innovative processing technology and automation.

Shree Narayan Engineering Pvt. Ltd. manufactures biodiesel production plants designed to convert waste cooking oil, vegetable oils and animal fats into quality biodiesel through controlled transesterification. The system integrates filtration, heating, reaction, separation, washing and drying processes. These plants suit small to large-scale industries seeking reduced fuel costs and sustainable energy practices while utilizing low-cost raw materials.

Key Features

Fully Automated Operation

PLC-based control system ensures smooth and accurate plant operation.

High Conversion Efficiency

Achieves conversion rates of up to 98%.

Energy Efficient Design

Optimized to reduce power consumption and operational costs.

Durable Construction

Corrosion-resistant stainless steel components.

Flexible Processing

Supports both batch and continuous production.

Compact & Modular

Scalable design with easy installation.

Biodiesel Production Process

01

Feedstock Collection

Waste cooking oil, vegetable oil or animal fats from reliable sources.

02

Filtration Process

Removes solid impurities, food particles and contaminants.

03

Dehydration

Heating the oil to remove moisture content.

04

Preheating

Optimal-temperature heating to enhance reaction speed.

05

Transesterification

Oil reacts with alcohol and catalyst, forming biodiesel and glycerin.

06

Separation Process

Biodiesel and glycerin layers separated via gravity or centrifuge.

07

Washing Process

Water washing removes impurities, catalyst residues and soap.

08

Drying & Storage

Final moisture removal and safe storage for industrial use.

Technical Specifications

Capacity Range 10 KLPD to 500 KLPD
Feedstock WCO, Vegetable Oil, Animal Fat
Automation PLC / SCADA based systems
Heating System Electric, Steam or Thermic Fluid
Output Quality Meets ASTM and EN standards
Material SS304, SS316 or Mild Steel

Benefits

Renewable Fuel

Clean biodiesel from sustainable resources.

Cost Savings

Reduces fuel expenses using low-cost or waste materials.

Waste Utilization

Converts waste cooking oil into valuable fuel.

Lower Emissions

Significantly reduces greenhouse gas emissions.

Energy Independence

Decreases reliance on fossil fuels.

High ROI

Low operating costs with strong long-term profitability.

Industry Applications

  • Industrial Boilers & Furnaces
  • Transportation & Logistics
  • Agricultural Sector
  • Power Generation Units
  • Marine Industry
  • Renewable Energy Projects

Why Choose Shree Narayan Engineering Pvt. Ltd.

01

Industry Expertise

15+ years of experience in biodiesel plant manufacturing.

02

Customized Solutions

Tailor-made plants based on your specific requirements.

03

Smart Technology

Modern automation and efficient processing systems.

04

End-to-End Support

From design through to installation and commissioning.

05

After-Sales Service

Ongoing maintenance and technical support.

06

Competitive Pricing

Cost-effective with a strong return on investment.

FAQs

Biodiesel Production Plant FAQs

Our biodiesel production plants range from 10 KLPD to 500 KLPD, suiting small to large-scale industries. The plant supports both batch and continuous production and has a compact, modular and scalable design with easy installation, built as a tailor-made plant based on your specific requirements.
Our biodiesel production plants convert waste cooking oil (WCO), vegetable oils and animal fats into biodiesel, utilizing low-cost raw materials. The fuel is used in industrial boilers and furnaces, transportation and logistics, the agricultural sector, power generation units, the marine industry and renewable energy projects.
Yes. Our biodiesel production plants are specified for output quality that meets ASTM and EN standards, with conversion rates of up to 98%. After transesterification and separation, water washing removes impurities, catalyst residues and soap, and a final drying step removes the remaining moisture before storage.
The plant runs eight stages: feedstock collection, filtration, dehydration, preheating, transesterification of the oil with alcohol and catalyst, separation of biodiesel and glycerin by gravity or centrifuge, water washing, and drying and storage. Heating can be electric, steam or thermic fluid, and a PLC / SCADA based system controls the operation.
Yes. We support biodiesel production plant projects from design through to installation and commissioning, as part of end-to-end turnkey solutions that also cover engineering, manufacturing, testing and training. After start-up, our after-sales service provides ongoing maintenance and technical support, including troubleshooting.
Send an Inquiry

Interested in Biodiesel Production Plant?

Share your requirement and our team will get back to you with details, specifications and a tailored quote.