Applied Chemical Technology (ACT)
This article examines the industrial fluid bed dryers designed and manufactured by Applied Chemical Technology (ACT), headquartered in Alabama. These systems use heated air to fluidize and dry bulk materials such as powders and granules.
ACT's fluid bed dryers can be configured for a range of materials and applications, including chemicals, foods, fertilizers, biomass, minerals, animal feeds, polymers, and plastics.
https://appliedchemical.com
About Applied Chemical Technology
Founded in 1981, Applied Chemical Technology has experience in the design and engineering of fluid bed systems*. The company provides custom-engineered equipment for specific process requirements, ranging from laboratory-scale units to full-scale production systems.
ACT also operates a pilot plant facility where customers can test materials and evaluate process conditions before moving to production-scale equipment.
Key Features of ACT Industrial Fluid Bed Dryers
ACT's industrial fluid bed dryers introduce heated air from below to suspend the material and create a fluidized bed for continuous drying. Contact between the particles and the air stream promotes uniform heat and moisture transfer throughout the material.
With no moving parts in the fluidization section, the system minimizes mechanical contact with the product and supports gentle handling of delicate materials. Equipment can also be constructed from carbon steel, various grades of stainless steel, or specialty alloys to meet different process and operating requirements.
| Processing Area and Capacity | Processing Area: 1/4 ft² to 1,000 ft² Throughput Capacity: Approx. 4 lbs/hr to 50 tons/hr |
|---|---|
| Materials Processed |
|
Key Features of ACT Laboratory Fluid Beds
ACT's laboratory fluid beds are compact systems available with 5-liter and 20-liter bowl capacities. A transparent acrylic upper chamber allows operators to visually monitor the process during testing.
These laboratory units can be used to evaluate process conditions for drying, granulating, and coating during research and development.
| Capacity | 5 L and 20 L models |
|---|---|
| Materials Processed |
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Applied Chemical Technology Fluid Bed Dryer Case Studies
No specific fluid bed dryer case studies were found on the official website as of the date this information was reviewed.
Applied Chemical Technology Fluid Bed Systems: Summary
ACT's Industrial Fluid Bed Dryers use heated air to fluidize bulk materials and promote uniform drying with gentle product handling. The systems can be configured across a wide range of processing areas and throughput capacities and are available in several construction materials for different operating requirements.
ACT's Laboratory Fluid Beds provide smaller-scale systems for evaluating drying, granulating, and coating conditions during R&D. Their transparent upper chambers allow operators to observe material behavior during testing and collect information that can support subsequent scale-up.
Success in material processing depends on the quality of your drying. Choosing a low-cost machine often leads to hidden losses—such as material breakage, inconsistent drying, or increased cleaning cycles—that erode your profits.
For precision materials like semiconductors, EV batteries, and pharmaceuticals, drying quality directly impacts yield. By prioritizing high-performance systems that ensure material integrity, you can eliminate these issues and significantly reduce long-term production costs.
This website introduces the ideal drying solutions to optimize your yield and profitability.
Applied Chemical Technology: Company Information
| Company Name | Applied Chemical Technology |
|---|---|
| Headquarters | Florence, AL, USA |
| Official Website | https://appliedchemical.com |
Electronics Manufacturing
- Barium titanate
- Silicon carbide
- Alumina
(VH Type)CHUO KAKOHKI (JPN)
(https://www.chuokakohki.co.jp/dryer.html)
- Ideal for Purity-critical materials like SiC. Sliding-part-free design prevents contamination, while vacuum drying protects against thermal degradation.
- Precision developed through more than 200 drying tests each year*1 delivers uniform drying while preserving material properties, contributing to high-quality semiconductor production and improved productivity.
Fuel Production
- Coal
- Aggregates and industrial sand
- Wood chips
(https://carriervibrating.com/equipment/dryers/)
- Unique electronic control automatically adjusts to different drying times based on the type and condition of minerals and sand.
- Vibration intensity and feed speed adjust according to moisture content and viscosity, helping reduce variation in moisture content.
Food Manufacturing
- Granulated food powders
- Active pharmaceutical ingredients
- Plant-based protein
(https://www.witte.com/new-food-grade-process-equipment-integrates-drying-classifying-and-fines-collection-in-a-single-sanitary-sound-attenuated-pilot-sized-unit/)
- Most structural materials are made of stainless steel. Hygienic design that meets USDA, FDA, and 3-A standards*2.
- Tool-free disassembly enables easy cleaning and inspection across drying, cooling, and classification sections—supporting efficient maintenance and contamination prevention.
*1 from official Website (https://www.v-dryer.jp/dryingtest.html)
*2 Related to contact with food and dairy products.