25kg/H Closed-cycle Atomizer Drying Machine For Ethanol Hexane

25kg/H Close Atomizer Drying Machine For Ethanol Hexane

Key Components:

1. Centrifugal Atomizer:

   Rotating disk that disperses liquid feed into fine droplets. Provides precise control over particle size distribution.

2. Drying Chamber:

   Enclosed chamber where drying takes place in an inert gas environment.

3. Inert Gas Circulation System:

   Includes gas heaters, blowers, and circulation ducts to maintain a controlled environment.

4. Solvent Recovery Unit:

   Condenser or adsorption systems to recover and recycle solvents.

5. Powder Collection System:

   Cyclones, bag filters, or other separation systems to collect dried powders.

Advantages of Closed-Cycle Centrifugal Spray Dryers:

• High Product Quality: Produces uniform, high-purity powders with controlled particle sizes.
• Safety: Inert gas environment prevents oxidation, combustion, or contamination.
• Solvent Recovery: Captures and recycles expensive or hazardous solvents.
• Environmental Compliance: Reduces emissions and waste, meeting strict environmental regulations.
• Energy Efficiency: Reuse of inert gas and heat recovery systems reduces energy consumption.

Key Features of a Closed-Cycle Centrifugal Spray Dryer:

1. Closed-Loop System:

   Operates within a sealed environment, preventing interaction with external air. deal for oxygen-sensitive or hazardous materials.

2. Centrifugal Atomizer:

   Uses a high-speed rotating disk to atomize liquid feed into fine droplets. Provides excellent control over droplet size and uniformity.

3. Inert Gas Atmosphere:

   Typically uses nitrogen or other inert gases to prevent oxidation, combustion, or contamination. Ensures safety when handling flammable or volatile solvents.

4. Solvent Recovery:

   Equipped with condensers to recover and recycle evaporated solvents. Reduces environmental impact and operational costs.

5. Explosion-Proof Design:

   Designed to handle flammable materials or solvents safely. Includes pressure relief systems, explosion vents, and inert gas monitoring.

Technical parameters