Veera Group

WASTE OIL RECYCLING PLANT

carbonization process

HIGH-EFFICIENCY WASTE OIL RECYCLING PLANT FOR INDUSTRIAL USE

The Waste Oil Recycling Plant from Veera Group is engineered to convert used engine oil, hydraulic oil, and industrial lubricants into reusable fuel through advanced thermal separation and purification technology.

Designed for industrial reliability, this Plant supports workshops, recycling facilities, and fuel recovery businesses seeking consistent output, lower operating costs, and long-term processing stability.


KEY BENEFITS

  • Recovers usable fuel from contaminated used oils

  • Designed for continuous industrial operation

  • Optimized heating control for stable processing

  • Durable construction with corrosion-resistant materials

  • Suitable for small to large-scale oil recovery setups

The Plant ensures efficient waste oil recycling while maintaining consistent output quality and operational safety.

Waste oil recycling plant

HOW THE WASTE OIL RECYCLING PROCESS WORKS

The waste oil recycling Plant follows a structured multi-stage process to ensure high recovery efficiency and clean fuel output.

STEP 1: OIL PRE-FILTRATION

Used oil is filtered to remove sludge, moisture, and suspended impurities before entering the heating chamber.

STEP 2: CONTROLLED THERMAL SEPARATION

The oil is gradually heated under monitored temperature conditions to separate reusable fuel fractions.

STEP 3: VAPOR CONDENSATION

Separated vapors are condensed into clean liquid fuel through a precision cooling system.

STEP 4: PURIFICATION STAGE

Additional purification removes residual odor and contaminants to improve clarity and stability.

STEP 5: FINAL FUEL COLLECTION

Recovered fuel is collected and prepared for industrial or commercial reuse applications.

EXPLORE OUR RANGE OF HIGH-PERFORMANCE WASTE OIL RECYCLING PLANTS

EXPLORE OUR RANGE OF HIGH-PERFORMANCE

WASTE OIL TO DIESEL MACHINES

Waste Oil Recycling Plant

VEERA MD50SC – ADVANCED MOLECULAR DISTILLATION

$4900 / Unit

Compact and efficient, the MD50SC produces high-quality diesel using low-temperature molecular separation. Ideal for units requiring stability, safety, and consistent batch performance.

Waste Oil Recycling Plant

VEERA MD100SC – CONTINUOUS DISTILLATION SYSTEM

$7500 / Unit

A robust waste oil to diesel conversion system delivering up to 85% yield efficiency. Engineered for continuous use with SS304 reactor construction and proprietary catalyst technology.

Waste Oil Recycling Plant

VEERA MD200SC – INDUSTRIAL DISTILLATION PLANT

$11500 / Unit

Designed for large-scale facilities, this model converts up to 300 litres per cycle using advanced cooling systems and remote monitoring. Its low-emission design supports clean diesel production.

ENGINEERING PERFORMANCE AND DESIGN STRENGTHS

  • Continuous processing capability

  • High recovery efficiency with minimal residue

  • Optimized energy consumption

  • Precision-built heating and condensation components

  • User-friendly control interface

  • Extended service life with reduced downtime

WHY CHOOSE OUR WASTE OIL RECYCLING PLANT

Veera Group combines engineering expertise with practical industrial experience. Every waste oil recycling machine is developed to ensure dependable output, operational safety, and long-term value.

Whether for small recovery units or large industrial facilities, our solutions deliver consistent performance and sustainable fuel recovery.

READY TO START YOUR WASTE OIL RECYCLING PROJECT?

Veera Group Veera Group assists with machine selection, capacity planning, pricing guidance, and installation support. Share your requirements and move Beyond with a reliable waste oil recycling solution designed for industrial success.

FAQs

What types of oil can be processed?

Engine oil, hydraulic oil, gear oil, and various industrial lubricants can be processed.

Can the machine operate continuously?

Yes, it is designed for stable and continuous industrial operation.

Does the machine require frequent maintenance?

Maintenance is minimal due to durable industrial components.

What is the expected fuel recovery rate?

Recovery efficiency depends on oil quality but is optimized for high output under stable conditions.

How many operators are required?

The machine can be managed with minimal manpower depending on capacity.

BOOK A FREE CALL