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.
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.
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.
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.
SPIRAC was asked to provide a prefabricated package treatment plant. The plant is built on a galvanised steel support structure elevated approximately 5m above ground level, to enable flows to gravitate through downstream process units.
St Marys Advanced Water Recycling Plant is one of the biggest water recycling plants in Australia. The latest extension project includes the design, fabrication, and installation of the following equipment:
Turning waste into something clean and renewable is an amazing process. Every drop of water that we rinse down the drain or flush enters the sewer system.
Find out what you will need to consider when you design a sludge conveyor system.
During September and October 2016, SPIROGUARD® was tested at the National Screen Evaluation Facility (NSEF), Durham, UK. The screen was put to the test with screen curtain aperture sizes of 3mm to 6mm.
Screening is often the first step in the material handling system process. Which type of screen is right for your facility?
Five Points that define Our Reliability.