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|Ash Handling System

Ash Handling System is a custom designed & engineered for total

The Ash Handling System by Techno Engineering Hub is designed to efficiently collect, convey, store, and dispose of bottom ash, fly ash, and bed ash generated by boilers and thermal power plants. These systems are critical for maintaining clean operations, ensuring regulatory compliance, and enabling the safe disposal or reuse of ash in industries such as cement and construction.

System Components

  • Bottom Ash Handling : Submerged scraper conveyors (SSC), hydro-ejectors, slurry pumps, dry ash coolers
  • Fly Ash Handling :Electrostatic precipitators (ESP), bag filters, pneumatic conveying systems
  • Ash Storage & Disposal: :Intermediate hoppers, silos, ash ponds, conditioning units
  • Conveying Systems :Pneumatic conveying (vacuum/pressure), belt, screw, chain conveyors
  • Dust Extraction & Pollution Control :Bag filters, cyclones, wet scrubbers

Key Features

  • Handles fly ash, bottom ash, and bed ash efficiently
  • Available in wet and dry ash handling configurations
  • Fully automated system with minimal manual intervention
  • Wear-resistant construction with liners for longer life
  • Integration with ESPs, bag filters, and storage silos
  • Supports ash utilization in cement and construction industries
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Parameter Details
Ash Generation Capacity 0–10 Tons Per Hour (TPH)
Fly Ash Conveying Rate Up to 10 TPH
Bottom Ash Handling Submerged Scraper Conveyor (SSC)
Fly Ash Transport Method Dense Phase Pneumatic Conveying
Storage Silo Capacity 100–100 Tons (please confirm range)
Disposal Options Silo loading, Truck loading, Slurry to ponds
Power Requirement 10–50 HP (depending on system size)

Applications

  • Thermal power plants (coal & biomass)
  • Industrial boilers & captive power plants
  • Cement plants (fly ash utilization)
  • Steel plants
  • Waste-to-energy plants

Working Principle

Bottom ash from boilers is collected and conveyed via submerged scraper conveyors or mechanical systems. Fly ash is captured from flue gases using ESPs or bag filters and transported pneumatically to silos. From silos, ash can be conditioned, loaded into trucks, or disposed to ash ponds. Automation ensures reliable operation, while pollution control systems minimize environmental impact