Shree Chamunda Engineering Works

Shree Chamunda Engineering Works is a prominent manufacturer of high-quality FBD (Fluid Bed Dryers), designed for efficient drying of granules, powders, and other materials in various industries, including pharmaceuticals, food processing, chemicals, and more. These dryers are designed to provide fast, uniform drying with minimal energy consumption, making them ideal for large-scale production processes.

1. Drying Method:

   • The Fluid Bed Dryer works on the principle of passing heated air through the material in a fluidized state. The material is suspended in the air stream, creating an ideal environment for rapid and even drying.

2. Capacity:

   • Available in various capacities, ranging from 10 kg to 1000 kg per batch, catering to both small-scale and large-scale production requirements.

3. Construction Material:

   • Stainless Steel (SS304/SS316) construction for the drying chamber, fluidizing bowl, and other key parts, ensuring corrosion resistance, durability, and ease of cleaning.
   • The product contact parts are made of SS304 to meet stringent hygiene standards, especially in the pharmaceutical and food industries.

4. Air Handling System:

   • Equipped with an air blower, air heater, and filter, the system provides a steady flow of heated air for fluidizing and drying the material efficiently.
   • Temperature control is precise, with temperature ranges from 30°C to 120°C for different types of products.

5. Heating System:

   • Electric or Steam-heated options available, depending on energy preferences and requirements.
   • Customizable heating units for specific application needs.

6. Airflow Control:

   • Variable airflow adjustments via dampers or regulators for optimal drying conditions, allowing fine control over drying time and product quality.
   • The airflow rate can be adjusted to maintain uniform fluidization and prevent overheating or under-drying of the material.

7. Vibration System:

   • Optional vibration system to promote better material fluidization, especially useful for sticky or cohesive materials.

8. Drying Chamber Design:

   • The drying chamber is designed to maximize airflow and material dispersion, resulting in uniform drying and minimal degradation of the material.
   • Equipped with a viewing window for easy inspection during the drying process.

9. Control Panel:

   • Fully automated PLC-based control panel for controlling temperature, airspeed, and drying time.
   • Touchscreen display for easy operation and monitoring of real-time parameters.
   • Alarm system for any irregularities, ensuring safe operation.

10. Cooling System:

    • After drying, the material is cooled using a cooling air system to prevent clumping or degradation during transfer to the next stage of the process.

11. Separation and Collection:

    • The dryer includes an integrated cyclone separator or dust collector to separate fines and ensure clean and uniform product quality.
    • The collected fines can be returned to the system for reprocessing