Video
West Camden STP FRP Odour Control Covers
This Tech Talk Tuesday session presents a project overview of the West Camden Sewage Treatment Plant odour control works, delivered for Sydney Water with Downer BMD as the client. The session is led by Edward Titley and Lachlan Butcher, with Lachlan focusing on Treadwell’s water and wastewater treatment solutions, including odour covers, baffle walls, ductwork and related FRP systems.
The West Camden project involved covering an existing balance tank, originally an IDAL tank, along with a new inlet structure. The site is located in West Camden in south-western Sydney, an area experiencing growth and increasing requirements for odour containment and odour control on live wastewater assets. Treadwell’s published case study confirms that the site required improved odour control across key process areas, with a strong focus on installation efficiency and minimal site disruption.
The project used Treadwell’s EcoEX™ SureLine® HD FRP odour control cover system, combined with a custom ArchitEX™ FRP L-Beam pultrusion solution. The system allowed large lift-in / lift-out cover panels to be installed rapidly, while maintaining a strong odour containment seal, long-term corrosion resistance and practical access for maintenance. Treadwell’s published case study notes that approximately 1,500 sqm of covers were installed over the balance tank area within two days.
Key Benefits
Rapid installation on a live treatment site
Effective odour containment
Hydraulic sealing performance
Corrosion resistance in hydrogen sulphide environments
Custom L-Beam solution for existing concrete conditions
Lift-in / lift-out access for maintenance
Trafficable cover performance
Integrated hatches and safety grates
Reduced on-site fibreglass work
Long-term design life options
Applications
Sewage treatment plant balance tanks
The main application discussed is the existing balance tank at West Camden STP. The SureLine® HD and L-Beam system was used to cover the tank and support odour containment across a large surface area.
Existing IDAL tank upgrades
New inlet structures
Odour containment in growing urban areas
Hydrogen sulphide exposed wastewater assets
Large removable tank cover panels
Odour ducting integration
Maintenance access hatches
Trafficable and roof load cover designs
Projects requiring resin specification clarity
The Q&A highlights that resin selection is critical. For wastewater and odour control applications involving hydrogen sulphide, the specification should define the chemical exposure, intended design life and required resin system rather than simply asking for generic FRP.
Why Treadwell?
Treadwell’s value on the West Camden STP project was in providing a complete FRP odour control system rather than only a cover panel. The scope included EcoEX™ SureLine® HD covers, custom ArchitEX™ L-Beam structural profiles, hatches, safety grates, fasteners, support brackets, FRP grating and odour ducting.
The project also shows Treadwell’s ability to adapt standard FRP systems to difficult site conditions. The existing concrete tank, hydrogen sulphide exposure, coated wall surfaces and short installation window all required a customised design response. The final lift-in / lift-out cover system allowed fast installation while preserving access and odour control performance.
Treadwell’s EcoEX™ systems are designed for water, wastewater and sewage treatment environments where odour containment, corrosion resistance, chemical exposure and long-term asset performance are critical.
For wastewater treatment plants, contractors and asset owners, Treadwell provides technical support from early project discussion through to design, supply, ducting coordination, hatch integration and installation practicality. The West Camden project demonstrates how Treadwell can support large-scale odour control upgrades where performance, speed, safety and long-term durability all matter.
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*Disclaimer
The information on this page is derived from webinar content and AI-assisted transcription and summarisation. While every effort has been made to ensure accuracy, minor inaccuracies may occur. We recommend viewing the original webinar recording for context.
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