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Selecting Progressing Cavity Pumps for Waste Water Treatment Plants


The Progressing Cavity (PC) Pump excellent for handling abrasive sludges, slurries, and metering applications at Waste Water Treatment Plants. It also offers the following additional Benefits:To get more news about bryson pump, you can visit brysonpump.com official website.
Ability to handle thick fluids (Polymer in excess of 1,000,000 centipoise/70 solids cake from plate and frame filterpress)
Ability to meter accurately (controlled flow rate for feeding dewatering equipment)
Ability to handle solids without damage (will not harm floc)
Ability to handle shear-sensitive fluids without agitation (will not damage polymer)
Suction lifting and self-priming (can suction lift H20 up to 28 feet)
Ability to maintain constant flow rate with wide variations in suction and discharge head conditions (flow rate will be the same whether tank is at high level or low level or regardless of sludge being thick or thin)
Non-pulsating flow
Energy-efficient
Low noise level
Maintenance and repair capable of being done on-site by the treatment plant’s staff
First, consider the abrasive characteristics of the sludge. For purposes of selecting progressing cavity pumps, most municipal sludges are considered to be of medium abrasion. Some municipal sludges are considered to be of heavy abrasion. The following are common causes of sludge of heavy abrasion:

Fossil fuels such as natural gas and crude oil are used to create heat and electricity, manufacturing gasoline and producing various products. The oil & gas and petrochemical industry outlines firm requirements for suppliers and their technical equipment. As a prominent worldwide supplier, SEEPEX offer superior conveying technology that delivers the critical edge in this area. SEEPEX develop tailor-made pumping solutions and offer optimum technical and economical solutions for almost every application in the Oil & Gas industry.

SEEPEX progressive cavity pumps from the BNA range are specifically designed to fulfill demanding requirements identified from the Oil & Gas Industry, posing the complete compliance with API 676 and API 682, corrosion resistance and rugged, heavy-duty casting design which makes the engineering process most efficient.