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Major Urea Manufacturing Plant

Karratha, Pilbara — Western Australia

INDUSTRIAL

Industry

Industrial / Urea Manufacturing

Location

Pilbara, Western Australia

Client

A Major International Engineering Contractor

Build Program

17 Weeks

The Challenge

A major international engineering contractor was appointed to deliver wind indication systems for a large-scale urea manufacturing facility in Karratha, Western Australia — one of the most hostile operating environments on the planet.

The project demanded seven complete Illuminated Wind Direction Indicator (IWDI) assemblies, each engineered to withstand Wind Region D, Terrain Category 2 — Australia's most extreme cyclonic wind classification. Beyond the environmental extremes, the project required compliance with stringent international engineering standards, extensive documentation for third-party inspection, and coordination between engineering teams in Perth, Singapore, and the project site.

Key Requirements

  • CASA MOS 139 Illuminated Wind Direction Indicators with dual lighting
  • Anti-Static Windsocks rated for Zone 2 hydrocarbon environments
  • Wind Region D, Category 2 structural engineering
  • Plascoat PPA 571 advanced polymer anti-corrosion coating
  • Verified electrical continuity across all hinged Pole sections
  • Full engineering certification from ISO 9001 accredited consultancy
  • Comprehensive NDT, PMI, and material certificate documentation

What We Supplied

14 Anti-Static Neon Orange Windsocks (3650 x 900mm) with Stainless Steel eyelets
7 900mm Dual IWDI Stainless Steel Frames with sealed bearings
56 High Intensity LED Luminaires — Castle III XS, 50W, IP66
14 L-810 Obstacle Beacons — Dialight steady-burning, CASA compliant
7 6m Extra Heavy Duty Mid-Hinged Poles with Plascoat PPA 571 coating
7 Complete electrical systems — pre-wired, AS3000 tested

Engineering Highlights

  • Heavier gauge steel Poles with reinforced baseplates for Wind Region D compliance
  • Multi-step Plascoat PPA 571 anti-corrosion process — linishing, disassembly, coating, rebalancing
  • 300A tin-coated copper earth straps bridging hinged Pole sections for Zone 2 environments
  • Specialist anti-static Windsock fabric with conductive properties for urea manufacturing
  • Three distinct foundation scenarios — concrete pad, soil footing, steel structure mounting
  • NDT reports, PMI testing, material certificates, and photographic records throughout

Outcome

All seven complete IWDI assemblies were custom manufactured, fully pre-wired, electrically tested to AS3000, and Plascoat-coated within the agreed 17-week production schedule. The complete order — including 14 spare Windsocks, 28 spare LED luminaires, and 7 spare obstacle beacons — was assembled, palletised, and prepared for final inspection at our supplier's facility in Perth.

This project demonstrates Windsocks Australia's capability to deliver complex, large-scale wind indication systems for the most demanding industrial environments — coordinating with international engineering teams and meeting stringent inspection regimes.

Project at a Glance

7

Complete IWDI Systems

Region D

Cyclonic wind rating

17 Weeks

Custom build program

Anti-Static

Zone 2 rated Windsocks

Why Windsocks Australia?

  • Australian manufacturer with deep engineering capability
  • Proven track record in cyclonic environments
  • Collaborative approach with international engineering teams
  • Comprehensive documentation and inspection support
  • End-to-end project management from design to delivery

About Windsocks Australia

Australia's leading manufacturer of industrial Windsock systems. Designed, engineered and assembled in Australia for the harshest environments — from offshore platforms to remote mining and LNG facilities.

windsocksaustralia.com.au | info@windsocksaustralia.com.au | +61 468 474 656

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