Welcome to Stormwater Management Systems

This page is will help you discover all of the products we have available for Stormwater Management. Here you will find details of our extensive product range.

The concept for the Stormpod began in 2005 when we recognised that there was a growing need for totally sustainable drainage products that would offer a complete rainwater/surface water management system. We wanted to design a product and system that would be able to control surface flooding by volume storage and also be able to re use this stored rainwater in commercial water applications. Three years in development our new StormPod offers you a fully sustainable, pollution free storage system for surface water management and rainwater harvesting. Installed and maintained correctly StormPod will maintain a superior life span of sustainability which we would expect to be well over 150 years, supporting the of our clients for many, generations to come.

In 2003 a new environmental water pollution legislation the European Standard EN858 parts 1 and 2 radically changed the bypass separator. This made the design of most existing bypass separators antiquated highlighting several major flaws in their designs.
With over 20 years in the bypass separator market we decided to totally      re-think how the bypass separator should work and with the engineering and design support from Newcastle University (RCID) Innovation and Design Team we succeeded in creating the Geoceptor.

Geoceptor is the smallest fully tested and approved bypass separator in the world . . .

The Silt Guardian has been developed as a hybrid to our extremely successful Geoceptor Bypass Separator.
The range features 4 models with pipe work options 100mm to 450mm.
Primarily designed for installation upstream of Storm water Management/Attenuation Systems and Flow Control Chambers the guardian prevents silt and sand entering that system.

HydroValve is our unique rainwater flow control system. The HydroValve is typically used in rainwater storage (Attenuation) schemes, where it restricts and controls the velocity of storm water entering the existing or new drainage systems, in so backing up and storing the rainwater in the prescribed underground attenuation/storage system, in so preventing flooding of the drainage system.