Ever wondered how you can benefit from energy savings – even in high viscosity applications?
Florian Walter, Product Manager at MasoSine Process Pumps (part of the Watson-Marlow Fluid Technology Group) explains how…
“Every business we talk to is driven by the double-edged sword of increasingly stringent environmental legislation (such as the Energy Savings Opportunities Scheme, and the Carbon Reduction Commitment) along with the ever-present need to reduce manufacturing costs.”
According to the BPMA, pumps account for no less than 10% of the world’s electricity consumption and two-thirds use up to 60% too much power. And, as energy represents 95% of a pump’s life cycle cost, the opportunities for savings are substantial.
Here at Watson-Marlow Fluid Technology Group, we sign up to the premise that improving energy efficiency enables manufacturers to increase profitability and remain competitive in today’s cost conscious markets.
But first it is important to understand the technical challenges faced by manufacturers. Many have the need to pump a large range of products, from mayonnaise to meat, or surfactants to silicone. Handling products with such a wide range of viscosities presents a real challenge.
The torque required to drive the pump increases in line with viscosity, thus resulting in the need for large electrical motors. These larger motors draw more power, even when not operating at capacity.
We are often asked, “What is the solution?” On one hand, you can use higher efficiency motors with your existing pump technology. With a higher energy efficiency class motor, the saving in electrical power can be increased, but a change in technology can save even more.
Alternatively, you can look to replace existing technology with a more efficient principle, such as the replacement of traditional lobe pumps with energy efficient sinusoidal pumps such as our MasoSine technology. These pumps are not affected by viscosity in the same way and can use smaller motors compared with established technologies.
For example, one customer has reported that they can now use a 4.6kW motor as opposed to 11kW motor for a 1200cp dairy product pumped at 10 bar. What’s more, the exclusive sinusoidal rotor overcomes the limitations of conventional pump technologies.
This is a technology which is able to deliver powerful suction with low shear, low pulsation and gentle handling, without the need for high power drives.
It is the energy efficiency characteristics of our MasoSine sinusoidal technology that have led us to launch the concept of MasoSine Energy Efficiency (known as ‘mee’) to our customers.
In basic terms, mee enables us to prove (by way of a set of performance curves and calculations) the energy-saving benefits of these pumps to our customers. We can also show how energy savings increase as the viscosity increases.
Businesses who have already used this information to justify changes to a MasoSine solution are already enjoying a range of operational benefits including: lower energy consumption, higher quality and faster processing, with low shear, high suction, low pulsation, gentle handling of whole foods or highly viscous products.
This increases the sustainability of a customer’s manufacturing process through a powerful combination of economical operation and maintenance”.
Watson-Marlow Fluid Technology Group will be publishing a White Paper on this subject later this year.
For more information on MasoSine technology click here
Watson-Marlow Fluid Technology Solutions
- 01326370370
- info@wmftg.co.uk
- https://www.wmfts.com/
- Bicklandwater Road, Falmouth Business Park, Falmouth, Cornwall, TR11 4RU GB
About us
Watson-Marlow Fluid Technology Group (WMFTG) peristaltic tube and hose pumps meet requirements including: value for money; low cost of ownership; reliability and ease of maintenance to the food and beverage, chemical, pharmaceutical, mining and many other industries.
We demonstrate how pumps deliver significant process efficiencies over the lifetime of the equipment. Whether performing flavouring addition in food processing, chemical metering in water treatment or mineral recovery, we have a solution which can cut pump downtime and reduce costs through higher accuracy metering and transfer. WMFTG has dedicated application engineers available to help customers make the right pump and tubing choice from a range providing microlitres per minute to 80 cubic metres per hour flow rates.
The only part of the pump to come into contact with the product is the tube or hose. This means there are no seals or valves that can wear or fail. Replacing the tube or hose can be performed quickly and safely. Peristaltic pump benefits include:
Total fluid containment with no seals No ancillaries Handle viscous and abrasive slurries and sludge Self-priming capability Dry running without damage to the pump In addition to their range of positive displacement pumps, Watson-Marlow Fluid Technology Group has added PTFE-lined chemical and industrial hoses to their range. Aflex hoses are reinforced to withstand the most severe conditions and use.
Where we supply to
Europe, Africa, Asia, Australia, South America, North America
Industries we supply to
Automation, Chemicals, Consultants, Components Electronics, Energy and Power, Food and Beverage, Glass Ceramics Cement, Metals and Minerals, OEM, Paper and Pulp, Pharmaceutical Cosmetics Toiletries, Plastics and Rubber, Recycling, Textiles, Tobacco, Water and Wastewater
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