WASTEWATER REGULATIONS AND LEGISLATION RESOURCES

WASTEWATER SOLUTIONS

  • HYDROVEX IHV Euro-Type Vortex Flow Regulator

    HYDROVEX® IHV Euro-type vortex flow regulators are designed to perform dynamic flow regulation. They find their application in Stormwater, Combined or Sanitary Sewers. They are installed at the outlet point of drains, retention tanks, Storm outfalls, etc

  • SUPER SHREDDER

    The SUPER SHREDDER® in-line macerator reduces tough wastewater solids to fine bits with a unique, high-flow, spherical rotor design. The unit is specifically designed for high capacity and minimal headloss. In fact, because of its high percentage of open area, the SUPER SHREDDER remains practically invisible to flow. The SUPER SHREDDER is simple to install in straight-through pipe systems. It quickly goes to work protecting pumps and enhancing the operation of process equipment. This unique unit has provided remarkably dependable service in installations worldwide.

  • TASKMASTER® TM8500 Inline

    TASKMASTER® inline sewage grinder employs a powerful twin-shaft mechanism and Cutter Cartridge® technology to reduce solids in pipeline systems. These versatile processors reduce rags, plastics, wood, tampons, sanitary napkins and more. They are invaluable in plant operations worldwide, keeping systems flowing, reducing pump downtime and protecting dewatering equipment, such as centrifuges, filter presses and more.

  • OPTIFLUX 2100 Electromagnetic Flowmeter

    The OPTIFLUX 2100 is an electromagnetic flowmeter (EMF) for standard water and wastewater applications. It is the ideal solution for all general flow applications where reliable flow measurement with sufficient yet not extremely high accuracy is required. Installation in measurement chambers subject to (constant) flooding is possible with the remote IP68 / NEMA 6P rated version.

  • ReFlex Max™ Reverse Osmosis

    Desalitech ReFlex Max Reverse Osmosis systems are highly efficient, typically reducing brine waste by 50% to 75% and energy consumption by up to 35%.

WASTEWATER VIDEOS

Clémentine Justier, a water science engineer, explains the SLG® process: injecting air into sludge, holding air and sludge together under pressure, then releasing that pressure to disrupt floc structure and improve polymer efficiency.