Industrial Atmospheric Drying Systems

Q: What is the difference between atmospheric and vacuum drying?

Atmospheric drying occurs at normal pressure and generally uses higher temperatures, while vacuum drying reduces pressure to allow moisture removal at lower temperatures.

Q: When is atmospheric drying preferred?

Atmospheric drying is often chosen for materials that tolerate higher heat and require high production throughput.

Buflovak atmospheric dryers provide efficient moisture removal for materials that can tolerate higher drying temperatures. These systems operate at standard pressure and use conductive or convective heat transfer to evaporate moisture from liquids, slurries, and solids.

Atmospheric drying technologies are often selected for high-throughput operations where reliability, scalability, and continuous processing are critical. Buflovak designs drying systems that deliver consistent product quality while maintaining efficient thermal performance.

Buflovak Atmospheric Drying Technologies

Atmospheric Single Drum Dryers (ASDD)

Single-drum dryers spread liquid or slurry across a heated, rotating drum, where moisture evaporates as the drum turns. The dried material is then scraped off as flakes or sheets, making it ideal for food, chemical, and industrial applications.

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Secadores atmosféricos de doble tambor (ADDD)

Double drum dryers use two rotating, heated drums to create a thin film of product between them, enabling efficient drying. This setup allows precise control over thickness and moisture, making it ideal for food, starch, and chemical processing.

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Bench-top screw press with electric motor on the left, mounted on a metal base used for pressing or stamping operations.

Secadores atmosféricos fácilmente disponibles

Select your dryer from our extensive inventory of Atmospheric Double Drum Dryers, all of which are readily available. Our knowledgeable staff is here to help you find the perfect model to meet your needs and fit your specifications.

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Why Choose Buflovak

Atmospheric vacuum drying offers several advantages when processing materials that require high throughput and stability.

High Processing Capacity

Suitable for large production volumes and continuous operation.

Efficient Heat Transfer

Designed to maximize thermal efficiency and moisture removal.

Flexible Product Output

Can produce powders, flakes, sheets, or solidified materials depending on the drying technology.

Reliable Operation

Simple process design with proven performance across many industrial applications.

Common Applications

Buflovak atmospheric dryers are used across many industries requiring efficient moisture removal and product transformation.

Typical applications include:

Food and dairy products

Chemical intermediates

Mineral processing materials

Environmental sludge and biosolids

Biomass and renewable materials

Industrial slurries and suspensions

Engineered for Reliable Production

Buflovak engineers design each drying system based on material properties, production capacity, and process integration requirements. Our atmospheric drying equipment can be customized to support upstream mixing, downstream handling, and automated process control.

Sistemas de proceso completos de un solo proveedor

As part of Carrier Process Equipment Group (CPEG), we offer a full range of thermal and dry solids processing equipment to support and expand your production line. From Buflovak systems to a broad portfolio of processing technologies and automation solutions from CPEG’s family of brands, our experts work with you to identify the best-fit equipment for your operation.

Integre equipos adicionales de CPEG en su línea de producción.

Más información

Descargar el folleto de CPEG

Frequently Asked Questions

What is the difference between atmospheric and vacuum drying?

Atmospheric drying occurs at normal pressure and generally requires higher temperatures, whereas vacuum drying reduces pressure to enable moisture removal at lower temperatures.

When is atmospheric drying preferred?

Atmospheric drying is often chosen for materials that can withstand higher temperatures and require high production throughput.

Can atmospheric dryers handle slurries or liquids?

Yes. Drum dryers and solidification dryers are commonly used to process liquid feeds and slurries.

What product forms can atmospheric dryers produce?

Depending on the system, dried output may include flakes, powders, sheets, or granules.

Does Buflovak design custom drying systems?

Yes. Systems are engineered based on feed characteristics, moisture levels, production rates, and downstream processing needs.

Looking for the right drying solution for your process?

Our engineering team can help determine the best technology for your material.

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