Australian owned · Locally engineered
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sales@protector.com.au
Direct the inflow
The inlet weir directs water into the vortex flow path.
Primary treatment
EcoProtector
Capture more at the first stage.
Primary stormwater treatment for litter, debris and sediment, with a dedicated pollutant storage chamber.
Product selection · Project drawings · Technical support
The system, explained
Capture more at the first stage.
EcoProtector uses an inlet weir and vortex flow path to separate gross pollutants and sediment. Captured material is stored for removal during maintenance, while the high-flow arrangement allows water to pass through the system.
Explore our engineering supportHow it works
Purpose in every detail.
Separate and store
Gross pollutants and sediment move into the storage chamber.
Inspect and remove
Dedicated access allows inspection and pump-out of retained material.
Where it fits
Designed for real sites.
Residential subdivisions Road drainage Commercial sites Industrial developments
For designers & specifiers
How to specify
EcoProtector.
Start with the project requirements.
We’ll help you confirm the right configuration.
Pollutant objectives
Confirm gross pollutant and sediment treatment objectives.
Design flows
State treatment flow and peak bypass flow.
Storage volume
Select pollutant storage capacity and a maintenance interval suited to the catchment.
Network connection
Provide pipe sizes, orientation, invert levels and downstream constraints.
Site conditions
Confirm cover loading, groundwater, excavation and backfill requirements.
Access and documentation
Provide pump-out access and request model-specific drawings and maintenance instructions.
Suggested specification wording
Complete the bracketed project details and confirm the selected model with Protector.
Supply a Protector EcoProtector gross pollutant trap, model [MODEL], with inlet diversion weir, vortex separation and pollutant storage. Size for [FLOW] L/s treatment flow and [PEAK FLOW] L/s peak flow, with storage suited to the nominated catchment and maintenance interval. Provide connections, access covers and pump-out access as shown on the approved drawings. Install in accordance with current manufacturer instructions.
Final dimensions, capacities and installation details are established in the approved project drawings and current manufacturer documentation.
Request a project-specific specification
Technical data
Inline Eco Protector Specification
Model selection reference. Confirm current dimensions, capacities and connection details against the approved project drawing.
| Model ID | Treatment flow (L/s) | Internal Diameter (MM) | Depth Below Invert (MM) | Max Pipe Size (MM) | Sump Capacity (M3) |
|---|---|---|---|---|---|
| ECP.1200 | 32 | 165 | 1200 | 2200 | 100 - 375 |
| ECP.1500 | 105 | 480 | 1500 | 2400 | 100 - 375 |
| ECP.1850 | 135 | 1020 | 1850 | 2550 | 225 - 600 |
| ECP.2200 | 288 | 2900 | 2200 | 2550 | 375 - 900 |
| ECP.2500 | 448 | 9500 | 2500 | 3500 | 600 - 1350 |
| ECP.3000 | 894 | 13780 | 2500 | 2500 | 4500 |
| ECP.3500 | 1905 | 22118 | 3500 | 5000 | 600 - 1800 |
Downloads & technical support
Everything you need
to move forward.
Access product documents or ask our team for the current package for your project.
Product documents
EcoProtector downloads
Access the existing product document request page.
Open document page Project-specific packageDrawings & specification
Request the current model drawing, sizing guidance and specification for your site.
Request technical package Project supportEngineering & modelling
Coordinate the treatment train, hydraulic requirements and product layout.
Explore engineering In practiceEcoProtector projects
See applications and installations from the project archive.
Explore projects Project filmMelbourne Arts Centre
Watch the project video from the original resource collection.
Watch on YouTubeLet’s work together
The right solution starts with a conversation.
Tell us about your site, your objectives and where you need support.