Streamlining Fibre Bale Conveyance for Textile Warehousing Efficiency

Industry: Textile

Material Handled: Viscose, Cotton, Polyester Fibre Bales

Product Category: Chain Conveyors, Roller Conveyors

Activity to be Mechanized/Automated:

  • Conveying fibre bales continuously from baler press at a rate of 1 bale per minute to two warehouse locations:
  • One warehouse 200 meters away across an access road in a separate building.
  • Another warehouse in an adjoining building.
  • Capturing bale characteristics such as moisture content, weight, and labeling through integrated sensors and instrumentation.
  • Ensuring redundancy to mitigate failures in equipment or controls.

This project highlights the successful integration of chain and roller conveyors to facilitate efficient fibre bale handling in a sulfuric environment, ensuring reliability, safety, and enhanced operational performance.

Challenges vs Solutions

Challenges Solutions

Corrosive sulphur environment requiring robust material and design.

Heavy Duty Metal Slat Chain Conveyors designed with corrosion-resistant materials.

Non-stop baler operations demanding highly reliable equipment.

Powered Roller Conveyors and Idler Bridge Roller Conveyors ensuring continuous operations with mechanical redundancy

Complexity in lifting/lowering systems and high dependency on instrumentation.

Simplistic layout using Inclined and Declined Slat Conveyors to minimize instrumentation and automation complexity.

Results / Benefits:

  • Cost Effective: Achieves ROI within 2 years, ensuring minimal ownership costs.

  • Increased Efficiency: Simplified layout reduces dependency on complex instrumentation, enhancing operational reliability.

  • Energy Saving: IE 2+ motors with torque-efficient transmission systems for optimized energy usage.

  • Low Capital Investment: Proven technology and components minimize upfront costs.

  • Uninterrupted Operations: Maintenance-friendly design ensures 24x7x365 reliability.

  • High Productivity: Robust systems maximize capacity utilization for greater productivity.