Vacuum Dryer
Super Techno Engineers Private Limited manufactures high-capacity Vacuum Dryer systems and Vacuum Drying Equipment engineered to maximize oil quality and minimize moisture content in edible oil processing plants worldwide.
Vacuum Dryer
for Edible Oil
Moisture removal is one of the most critical steps in edible oil refining. This system is engineered to remove residual water from oil under carefully controlled vacuum conditions, where reduced pressure allows moisture to evaporate at significantly lower temperatures than conventional drying methods.
The equipment uses a gentle, low-temperature approach that protects the oil from heat-induced degradation, preserving its natural color, taste, and nutritional profile. Oil exits at the exact moisture specification required before entering the deodorization stage, consistently, batch after batch.
Precision Vacuum Dryer Technology
Achieving consistent oil quality requires maintaining precise vacuum pressure throughout the drying cycle. Super Techno Engineers Private Limited designs every unit with an automated pressure control system that allows operators to fine-tune vacuum levels based on the specific oil type and required moisture target.
Our Industrial Vacuum Dryer features high-efficiency spray nozzles that distribute the oil in a thin film inside the chamber, maximizing surface area exposure and accelerating evaporation without any thermal stress on the oil.
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check_circleAutomated pressure regulation for consistent, repeatable results.
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check_circleThin-film oil distribution maximizes evaporation efficiency at low temperatures.
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check_circleContinuous operation design integrates seamlessly into existing refinery lines, including bleaching line setups.
Heavy-Duty Structural Integrity
Every unit manufactured by Super Techno Engineers Private Limited is built to withstand the demands of continuous industrial operation. The vacuum chamber and all product-contact components are fabricated from high-grade stainless steel, engineered to resist corrosion and maintain hygiene standards over years of use.
The outer shell is reinforced with structural bracing to handle the pressure differential between the internal vacuum and the external atmosphere, eliminating any risk of deformation or failure during prolonged operation.
Operational Capabilities
Proven Vacuum Dryer Efficiency
Precise moisture removal keeps residual water content in the dried oil below 0.1% consistently.
Built for large-scale, uninterrupted processing in industrial edible oil refining plants worldwide.
Negative pressure design guarantees a completely leak-free, safe operating environment.
Technical Specifications
Engineered Features of Our Vacuum Dryer
Precision pressure regulation system that maintains consistent vacuum levels throughout the drying cycle.
Spray nozzles that spread oil in a fine, even layer inside the chamber to maximize evaporation efficiency.
All product-contact surfaces fabricated from food-grade stainless steel for hygiene and corrosion resistance.
Sensors and controls that regulate oil flow and residence time for consistent moisture removal.
High-efficiency condenser that collects and safely removes evaporated moisture from the chamber.
Built-in inspection ports and internal lighting for real-time visual monitoring of oil levels and flow.
Data Sheet
Standard Specifications
Comprehensive technical parameters for the Vacuum Dryer and Vacuum Drying Equipment manufactured by Super Techno Engineers Private Limited. Custom configurations are available upon request.
| Parameter | Description / Value |
|---|---|
| Processing Capacity | 50 TPD to 1500+ TPD (Tonnes Per Day) |
| Application | Edible Oil Refining (Post-Neutralization / Post-Bleaching) |
| Residual Moisture in Oil | Below 0.1% |
| Operating Pressure | Slight Negative Pressure (Vacuum Conditions) |
| Construction Material | SS 304 / Carbon Steel (structural parts) |
| Drying Temperature | Low Temperature (steam-controlled) |
| Drive Mechanism | Automated, VFD-controlled |
| Oil Distribution | Multi-stage thin-film spray nozzles |
Implementation Protocol
How We Work
At Super Techno Engineers Private Limited, our engineering team designs every unit to match your specific refinery capacity, ensuring precise moisture removal and consistent oil quality at every stage.
Feed Analysis
We evaluate the oil type, incoming moisture level, and refinery capacity to determine the exact chamber size, pressure requirements, and residence time needed for optimal drying performance.
Flow & Residence Design
Our engineers calculate the ideal oil flow rate and vacuum pressure levels for each unit, designing the thin-film distribution and condenser system to guarantee efficient, consistent moisture removal.
Fabrication & Hydro-Testing
The chamber is precision-welded, thoroughly pressure-tested for leaks, and assembled with all automated controls. Once cleared, it is dispatched and commissioned at your plant by the installation team.
Case Studies & Endorsements
Industry Testimonials
"Since upgrading to Super Techno Engineers' Vacuum Dryer, we've seen a noticeable improvement in our oil's final quality. The precise moisture control and continuous operation have made our post-bleaching process incredibly efficient."
Equipment Installation Video
Live Plant Commissioning
Support & Information
Frequently Asked Questions
This equipment is suitable for a wide range of vegetable oils including soybean, sunflower, mustard, canola, rapeseed, palm, rice bran, and mahua oil.
Fresh oil enters at one end while dried oil exits at the other, ensuring every batch spends the optimal amount of time inside the chamber for complete moisture removal.
It operates at significantly lower temperatures than conventional dryers due to the reduced pressure environment. This prevents thermal stress on the oil, preserving its color, flavor, and nutritional properties throughout the process.
Super Techno Engineers Private Limited offers units in configurations from 50 TPD for smaller refineries to 1500+ TPD for large industrial plants. Custom capacities can be engineered based on specific requirements.
Drying time is controlled through automated pressure regulation and oil flow rate adjustments. Operators can fine-tune these parameters based on the oil type and target moisture level.
All product-contact surfaces are fabricated from SS 304 food-grade stainless steel, ensuring complete hygiene, corrosion resistance, and compliance with international food safety standards.