SGS Aqua Technologies GmbH products

Advantages of an arched flap: Enables long rinsing lengths. Construction patent pending. No additional structures required. Use of the existing channel volume. Any duct cross-sections DN 600 to DN 4000. Retrofittable, even during operation. Minimal constriction of the duct cross-section - Free passage > 97%. Can be installed in any type of duct (egg-shaped, mouth-shaped, rectangular, special profiles, also with dry weather gutter). Self-supporting construction - no frame required. Optimum statics due to hemicyclic design. Extremely low energy consumption. Opens automatically in case of power failure. Solar operation possible with Aqua-Control Solar.

Advantages of a flushing valve: Long flushing lengths up to 150 m. Powerful flush. Multi-flushing with additional flushing chamber possible. Low-maintenance. Low energy consumption. Secure locking due to "catch mechanism”. Lightweight construction with GRP flap body. Low resistance to the flushing surge. Cleaning with mixed water possible. Low noise pollution. Reliable electrohydraulic locking/unlocking system. Shutter control. Remote-controlled. Fully automated with AquaControl module.

Advantages of flushing tilts: Low-maintenance, reliable, proven, widespread technology, low energy consumption, short, powerful flush, multiple rinsing possible, little noise, small rinse-water consumption, standard design method, connection of several tilts possible, remote-controlled, fully automated with AquaControl module.

Advantages of a horizontally flowing segmental baffle: Low-maintenance. Free of foreign energy. Retention of floating matter. Floating materials cannot rise vertically. Adaptable to different threshold shapes. Particularly suitable for small rigs where the sill is directly by the inlet. Mounting possible through shaft entrance with diameter 625 mm. Retrofitting possible during operation.

Advantages of a radially floating baffle: Low-maintenance. Free of foreign energy. Complete retention of floating matter in the event of fluctuating water levels. Adaptable to different threshold shapes. Superior floating properties. Storage above water level.

Advantages of a horizontally flowing segmental baffle: Low-maintenance. Free of foreign energy. Retention of floating matter. Floating materials cannot rise vertically. Adaptable to different threshold shapes. Particularly suitable for small rigs where the sill is directly by the inlet. Mounting possible through shaft entrance with diameter 625 mm. Retrofitting possible during operation.

Advantages of a vertically floating baffle: Low-maintenance. Free of foreign energy. Complete retention of floating matter in the event of fluctuating water levels. Simple, lightweight construction. Material: stainless steel or GRP with excellent floating properties.

Vertical and radial floating baffles are preferably used for the retention of floating material at spillways in combined sewer systems. Prevalent applications include emergency overflows on storage sewers, storm-water retention basins (SRBs), storm-water overflow basins (SOBs) and storm-water clarification basins (SCBs) and on clarification overflows on SCBs. It was specially developed for the retention of floating material at spillways with a large overflow height and a large distance between the top of the sill and the invert in front of the sill. In this particular constellation, this form of floating baffle can initially abut the sill in exactly the same way as the radially floating baffle. As the water level rises, the baffle moves away radially from the spillway and can then rise vertically to any height as the water level rises.

Ideal utilisation of the existing storage volume. Maintaining the water level target with variable flow rates. Lightweight construction. Optimised geometry. Maximum efficiency. Free of energy due to float control. Variable stowage target possible. Unrestricted function even in case of backwater. Retention of floating substances. Low maintenance, quiet and reliable.

Ideal utilisation of the existing storage volume. Maintaining the water level target with variable flow rates. Lightweight construction. Optimised geometry. Maximum efficiency. Free of energy due to float control. Variable stowage target possible. Unrestricted function even in case of backwater. Overflows, no suction of already settled floating matter. Low maintenance, quiet and reliable.