Category: Municipal Solutions

The reuse of wastewater has become essential to cope with water stress in Egypt. Bahr El-Baqar, will provide water for the irrigation of more than 168,000 hectares of plantations in Sinai.  The new facility has a production capacity of 5.6...

Robert Gericke (Engineering Manager) and Shyam Mallen (Sales Manager)  hope to meet you at Water Equipment Show in Telford 2022, Booth G1, on the 11th of May 2022. We will exhibit screens and solids handling equipment at the Water Equipment Show....

Always great to get positive feedback from our clients  “The system is performing excellently. The guys on site are really happy with them, and the increased capacity they give has allowed so much more operational flexibility. Very happy customers!!” Our scope...

Take a look at our infographic below to learn more about the differences between a shaftless spiral conveyor and a shafted screw conveyor. The shaftless spiral conveyor transports difficult, stringy, spongy, sticky, wet, lumpy materials – suitable for a wide range...

Low RPM, Duraflo SPX liners and high resistance to corrosion give a long life expectancy to shaftless spiral conveyors. These two, 21.5m SPIROLIFT sludge conveyors at a 40° incline have been in service since 2009 and we replaced some spirals and...

The improved COMBIGUARD® Type 1 is a combination of SPIROGUARD® CC our shaftless spiral conveyor screen mounted on a SANDSEP® Long (SAL), a rectangular tank with horizontal & incline conveyors for small to midsize Wastewater Treatment Plants.  SPIROGUARD® CC Screen is designed for pump-fed applications....

The FINEGUARDTM screen continually moves panels from the screening zone, in the channel in front of the equipment, to the two-stage panel cleaning process mechanism where the waste is removed from the perforated panels. Each stainless steel panel has a...

SPIRAC was asked to install four DRUMGUARDTM units in an existing river water intake (RWI) where there are two intake buildings (IPS1 & IPS2 Inlet Pumping Station) which are used to pump water to a nearby reservoir.  Each building had two...

The purpose of the project was to replace three dated coarse screens that provide protection to the pumps. This project was part of an upgrade scheme that aimed to prevent flooding. The screens selected were three MULTIGUARD coarse screens and...

This Water Treatment Plant was built in 1985 and supplies a population of around 200,000 people with drinking water. Raw water quality has deteriorated over time due to the peaty hills the water runs down before being collected in the reservoir. To counteract...