Channel Pumps

The SSP range of environmental pumps offer a versatile solution to the most difficult of sewage and sludge transfer applications.

Disc pumps are ideal where dry running and grit or rag transfer are prime considerations such as primary de-sludging applications.

The robust D, A and G ranges of Rotary lobe pumps are probably the simplest type of pumps to maintain and with the new lobe and mechanical seal options, they are the answer to many difficult abrasive transfer applications.

Equally, the compact design of the Rotary Lobe Pump means that they offer the best performance to size ratio in its application field, whilst reducing installation costs, particularly where space is a premium.

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Handling from low to high viscosity pumped media the characteristic smooth, low shear pumping action is ideal for delicate media and where organic solids in suspension, creams, froths, gels, emulsions and mixtures are to be pumped.

SSP Pumps offers one of the broadest ranges of rotary lobe pumps available anywhere, for flow rates up to 680m3/hr and differential pressures to 20 bar.

The portfolio comprises the stainless steel Series S, X, L and N, together with the ductile iron Series D pumps, and the engineered to order A & G rotary lobe pumps.

With port sizes from 6mm (1/4 in) to 300mm (12 in) this line up of rotary lobe pumps is one of the most comprehensive on the market today, providing the optimum solution for a wide variety of applications.

All SSP products share the impeccable engineering integrity on which their reputation is built, being manufactured in the Alfa Laval European centre of excellence in Eastbourne UK which has seen massive investment in recent years to ensure that all products are engineered to the highest world standards.

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With smooth, low-shear pumping action, Alfa Laval’s rotary lobe pumps are designed for the gentle handling of sensitive process fluids within the dairy, food and beverage, biotechnology and pharmaceutical industries.

Suitable for low, medium and high viscosity media. Alfa Laval rotary lobe pumps are the fulfilment of more than 50 years of commitment to rotary lobe technology. Their gentle pumping action and reliable performance are the results of continuous development, which is based upon years of experience and carried out at an advanced prouction and R&D facilities.

The Rotary lobe portfolio comprises three ranges: SX, SRU and Optilobe. Each of these is robustly constructed and offers Alfa Laval's high standards of quality and reliability, and each is positioned for a different type of demand. Collectively, they provide operating economy and high flexibility of use.

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Alfa Laval's centrifugal pumps are built to perform in all hygienic operational areas - from process quality to overall energy efficiency.

In addition to gentle product handling and a wide range of hygienic features they provide a long and trouble free service life that ensures low cost of ownership.

Alfa Laval centrifugal pumps can be divided into two categories, premium or standard duty.

Premium pumps comprise the various LKH series models which handle specialised needs requiring multistage, high pressuer, self priming , and high purity features. Standard duty pumps from the SolidC pump series focus on cost efficiency and value optimisation.

In addition to the premium and standard duty pumps MR series liquid ring pumps are an ideal solution when gases are contained in the process medium.

The Alfa Laval range of centrifugal pumps are renowned for their ability to move products gently and efficiently. The integrity of the pumped product is assured, regardless which model of pump you choose.

All models are suitable for cleaning in place and are tested in accordance with EGEDGE requirements with many carrying the 3A symbol.

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The addition of the SCPP range of circumferential piston pumps by Alfa Laval now secures their place as one of the most comprehensive suppliers of hygienic pumps in the world today.

The SCPP pumps feature large inlet and outlet ports, which help reduce pressure losses as products enter the pump. These features, combined with circumferential piston pump technology results in reduced net positive suction head required (NPSHr). This significantly reduces the risk of cavitation and subsequent pump damage.

Close clearances between rotor and rotorcase reduce slip when pumping low viscosity liquids at higher discharge pressures. This improves volumetric efficiency on low viscosity liquids and helps reduce flow rate variance under variable backpressures.

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