Timber Induced Draft Cooling Towers

About Timber Induced Draft Cooling Towers

Timber Induced Draft Cooling Towers

Engineered for Long-Lasting Performance and Efficient Heat Dissipation

Ascent Machineries & Engineering Services offers robust and reliable Timber Induced Draft Cooling Towers, designed to handle medium to large-scale industrial heat rejection needs. These cooling towers utilize treated timber structures with induced draft technology, ensuring high thermal performance, ease of maintenance, and long service life even under demanding environmental conditions.

Key Features

• Durable Timber Construction
  Built using pressure-treated timber that resists rot, decay, and termite attacks, suitable for continuous outdoor operation.

• Induced Draft Technology
  High-efficiency axial fans draw air upward through the tower, promoting effective heat exchange and reduced drift losses.

• Corrosion-Resistant Components
  Fitted with FRP or stainless-steel hardware and fasteners for extended durability in harsh environments.

• Efficient Fill Media
  Equipped with splash or film-type fills for maximum surface area and enhanced thermal efficiency.

• Modular Design
  Easily expandable for increased capacity and adaptable to various layout requirements.

• Low Maintenance & Operational Cost
  Designed for minimal maintenance while delivering consistent cooling performance.

Technical Specifications (Customizable)

• Capacity Range: 100 TR to 1500+ TR

• Structure Material: Pressure-treated pine wood / redwood

• Fill Type: PVC film fill or timber splash fill

• Fan Type: Axial flow fan with FRP/Aluminum impellers

• Drive Mechanism: Direct / Belt / Gear-driven system

• Casing Options: FRP / Aluminum / GI Sheets

• Drift Eliminators: PVC or PP type for water loss reduction

• Water Distribution: Non-clogging nozzles with gravity or pressure distribution system

Applications

• Power Plants & Utilities

• Chemical and Petrochemical Industries

• Fertilizer Plants

• Textile and Paper Mills

• Steel and Metal Processing Units

• HVAC Systems in Large Commercial Complexes