Protector is an established stormwater treatment system manufactured, and dedicated to saving water environments. Design and manufacture in Australia. we are constantly striving to develop the pollution removal devices to improve stormwater quality. With local government regulations and EPA compliance becoming progressively complex, our leading oil separation, and gross pollutant filtration system exceed the most demanding water quality requirements. Our extensive range of water Sensitive Urban Design products ensures you have the correct treatment trains for any application.
Our Flagship Class 1 Highly Efficient Hydrocarbon Spill Containment and Oil Separation.



Our flagship, Hydroprotector systems meet European StandardEN858:1: 2002, are gravity-operated, and function without electricity. Independently tested, they achieve high removal rates of pollutants, nitrogen, and phosphorus while capturing hydrocarbon spills. With a full retention separator and flame trap, Hydroprotector units treat all inflows and protect coalescers from spills. Available in models treating 2-350 l/s flow rates, up to 750mm pipes.

Dual chamber, fine particle, sedimentation and organic pollutant removal treatment with large retention and Bypass.



The Stormprotector is a top-of-the-line Class-1 separator than can be used in both in-line and off-line setups. It’s perfect for medium-risk catchments and has a retention period that promotes efficient separation of TSS, light liquids, and pollutants. The coalescer unit ensures that particles settle quickly, while the oil trap mechanism prevents oil from escaping. The systems is easy to install and maintain, making it an ideal choice for commercial and industrial applications

BioProtector Render



The Biopotector uses both physical and biological filtration methods to remove various pollutants from stormwater. Its compact design and dual filtration process make it suitable for many applications, including urban environments and industrial settings. The Protector team tailors each system to fit site-specific requirements, and it can even be installed downstream of detention systems.