Powder Transfer System

Advanced Pneumatic Powder Conveying Solutions for Pharmaceutical Material Transfer and Process Integration

The Powder Transfer System (PTS) is designed for efficient pneumatic conveying of pharmaceutical powders, granules, and suitable bulk solid materials between processing equipment. It operates by using a pressure differential to move material through an enclosed conveying pipeline, reducing the need for repeated manual material handling.

Intence Engineering offers Powder Transfer Systems for pharmaceutical material handling and process integration applications. The equipment supports the transfer of powders and granules between suitable containers, granulators, mills, sifters, blenders, and other manufacturing equipment. Its documented range includes automatic filter purging, configurable mounting arrangements, and control options to support different production requirements.

Applications of Powder Transfer System

  1. Pharmaceutical Powder Transfer: Conveying suitable pharmaceutical powders, excipients, and raw materials from storage containers or feeding stations to downstream processing equipment.
  2. Granule Conveying: Transferring suitable pharmaceutical granules between drying, milling, sifting, and blending operations, subject to the material’s conveying characteristics.
  3. Equipment Charging: Supporting the loading of suitable granulators, blenders, mills, sifters, and process vessels through compatible conveying and receiving systems.
  4. Integrated Material Handling: Connecting compatible manufacturing stages through enclosed powder conveying arrangements to reduce intermediate material handling.

Key Features

  • Pneumatic Conveying Principle: Uses a pressure differential and controlled airflow to transfer suitable powders and granules through a pipeline.
  • Enclosed Material Transfer: Enclosed conveying arrangements help reduce powder spillage, dust release, and direct operator contact during material movement.
  • Automatic Filter Purging: Intence’s documented equipment range includes an automatic filter purging arrangement to support filter cleaning during conveying operations.
  • Powder and Granule Handling: Supports transfer of suitable dry powders and granular materials between pharmaceutical processing stages.
  • Flexible Equipment Integration: Can be configured to connect compatible process vessels, manufacturing machines, and material handling containers.
  • Configurable Mounting: The documented powder conveying portfolio includes different mounting arrangements according to equipment layout and production requirements.
  • Process Control Options: HMI-based control arrangements are documented as available configurations within the equipment range.
  • Buffer Vessel Integration: Buffer vessels may be incorporated to support intermediate material collection and controlled feeding to downstream processes.
  • Reduced Manual Handling: Mechanized conveying reduces the need for manual lifting and transfer of bulk powders between suitable equipment.

Optional and Additional Features

Intence Engineering’s documented Powder Transfer System range includes configurable equipment mounting, controls, and intermediate collection arrangements. Additional options may be selected according to material properties, conveying distance, equipment layout, and customer requirements. Individual configurations should be confirmed with the manufacturer.

  • Different fixed or equipment-mounted installation arrangements
  • Mobile conveying configurations
  • HMI-based operating control systems
  • Automatic filter purging arrangements
  • Intermediate buffer vessels and receiving hoppers
  • Suitable vacuum generation systems
  • Different receiver and filter configurations
  • Pneumatic discharge valve arrangements
  • Powder pickup hoppers or suction lances
  • Stainless steel product-contact construction options
  • Dust-controlled charging and discharge connections
  • Suitable flexible hoses and rigid conveying pipelines
  • Integration with suitable milling, sifting, blending, and processing equipment
  • Customized system configurations based on conveying distance, material properties, and manufacturing needs

Available Capacity

Documented Conveying Capacity: 500 kg/hr to 2,000 kg/hr

Intence Engineering’s supplied Powder Transfer System brochure documents conveying capacities from 500 kg/hr to 2,000 kg/hr, depending on customer requirements. Actual transfer capacity depends on product bulk density, particle size, powder flow properties, conveying distance, pipeline diameter, pressure differential, and receiving system configuration. Model-specific throughput and conveying conditions should be confirmed with Intence Engineering.

Intence Engineering – Pharmaceutical Powder Transfer Solutions

Intence Engineering offers Powder Transfer Systems for pharmaceutical material handling, pneumatic conveying, and equipment charging applications. The equipment supports enclosed transfer of suitable powders and granules while helping streamline material movement between compatible manufacturing stages.

Intence Engineering Pvt. Ltd. is a manufacturer of pharmaceutical processing and material handling equipment, offering Powder Transfer Systems for bulk powder conveying, granule transfer, process equipment charging, and integration into pharmaceutical solid dosage manufacturing workflows.

Frequently Asked Questions (FAQs)

Explore frequently asked questions about Intence Engineering’s Powder Transfer System, including its working principle, pharmaceutical applications, conveying capacity, and available system configurations. Learn how pneumatic conveying technology supports enclosed material transfer, reduced manual handling, and efficient integration between pharmaceutical manufacturing processes.

01. What Is a Powder Transfer System Used for in Pharmaceutical Manufacturing?

A Powder Transfer System is used to convey pharmaceutical powders, excipients, granules, and other suitable bulk materials between processing equipment. It supports material charging into granulators, blenders, mills, sifters, and other compatible manufacturing machines. Enclosed conveying arrangements help reduce manual handling, powder spillage, and dust release during production.

A typical vacuum-based Powder Transfer System uses a vacuum pump or generator to create negative pressure within a conveying pipeline. Powder or granules are drawn from a source container and transported through the pipeline into a receiving vessel. A filtration arrangement separates the conveyed material from the airflow. The collected material is then discharged into the receiving equipment, and an automatic filter-purging system helps clean the filters between conveying cycles.

Intence Engineering’s documented Powder Transfer System range covers 500 kg/hr to 2,000 kg/hr, depending on customer requirements. Its brochure identifies automatic filter purging, configurable equipment mounting, HMI control options, and buffer vessels. Actual throughput depends on material properties, conveying distance, and system configuration.