Watson-Marlow to showcase latest chemical metering and dosing pump for higher flows at Water Equipment Show - Water Magazine

WMFTS will exhibit its precision-engineered peristaltic pumps and critical fluid path technologies for chemical metering and dosing applications in water and wastewater treatment facilities.

Located at Stand F71-F72, WMFTS will demonstrate its Qdos™ H-FLO chemical metering and dosing pump, the latest addition to the Qdos® range which is designed specifically for higher flow rates up to 600 L/hr with pressure capability up to 7 bar (102 psi). Qdos H-FLO delivers the same outstanding accuracy and reliability as other Qdos pumps and is compatible with a variety of pumpheads and a range of different tube materials to ensure chemical compatibility with the process fluid.

Also at the stand will be the Qdos CWT peristaltic pump. This pump utilises Conveying Wave Technology™ (CWT) to deliver all the benefits of a peristaltic pump, but without the need for a tube or hose, achieving significantly longer service life than traditional tube designs. The company says their Qdos CWT gives superior accuracy in chemical metering and dosing applications while eliminating expensive ancillary equipment. The sealed pumphead minimises operator exposure to chemicals and can be safely changed in less than a minute.

Other products on the stand will include the Bredel Hose Pump range, for handling abrasive sludge, paste, and slurries at 100% volumetric accuracy, and a 530 series cased pump designed to deliver unrivalled accuracy with fluid fully contained and an intuitive user interface.

Dale Kavanagh, Sales and Business Development Manager, Industrial and Environmental Sectors at WMFTS UK, said:

“We are thrilled to showcase our extensive line up of cutting-edge peristaltic pump and fluid pathway technology at the Water Equipment Show. Our diverse product range, including the Qdos H-FLO and Qdos CWT pumps, exemplifies our commitment to delivering precision, reliability, and efficiency in fluid management solutions. We look forward to engaging with attendees to discuss how WMFTS can optimise their processes and meet their fluid management needs.”