Peristaltic pumps are proven performers in water and waste treatment solving problems including: Dosing and metering treatment chemicals and reagents including ferric chloride (“Ferric”), sodium hypochlorite (“Hypo”), chlorine water, lime (Kalic® or Kalkmilch), caustic soda, powder activated carbon and polymers. Sludge transfer. Filter press feeds.
High quality paper, coupled with lower production costs, is the formula for profitable paper making. Watson-Marlow pumps provide high metering accuracy and excellent resistance to the viscous and abrasive chemicals commonly used in the pulp and paper industry.
Progressing cavity pumps are an ideal solution for the chemical industry. These pumps can move highly abrasive, higly viscous, and toxic materials with minimal wear compared to other positive displacement pumps. Progressing cavity pumps are also an excellent choice when pumping shear sensitive materials since they are one of the lowest shearing pumps available on the market. Many polymer manufacturers use these pumps to move their products for this very reason. Moyno offers a variety of progressing cavity and...
An Ontario municipality deploys Portable flowmeters to solve flow rate discrepancies between sewage pump station effluent and lagoon influent flowmeters. Faced with suspension of construction permits due to flow rate uncertainty, the Township of North Glengarry called on Greyline Instruments to help troubleshoot two permanently installed flow meters.
The new Weda YT-5000 with a five (5) meter wide suction nozzler speeds up the cleaning process considerably.
Estimated cleaning speed is up to 3000 sq. meters/hour.
The cleaner removes efficiently bottom sedimentation (sand, algae etc.) from the bottom surface and pumps it to a selected discharge point (filter, waste etc).
Soil density, hardness, lithology, and sediment particle size distribution can create slurry of variable makeup and density. At a constant pump speed, the slurry will have a variable flow velocity, which is undesirable and potentially dangerous. If the velocity is too low, there is a risk of sand outs in the pipeline. If the velocity is too high, the pump will wear and be inefficient. Traditional velocity flow meters with wetted parts are prone to wear, causing measurement inaccuracies, and require frequent,...