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From Blackmer
In today's competitive marketplace, everyone-regardless of his business-is concerned about the bottom line. Energy costs worldwide continue to rise while companies demand improved profitability through greater cost controls. Consequently, reducing energy consumption is a key component in controlling costs. Higher energy costs impact every company's bottom line, particularly in the manufacturing sector where pumps represent 27 percent of the electricity used by industrial systems (according to the Hydraulic Institute's and the U.S. Department of Energy's Industrial Technologies Program Sourcebook for Industry). No matter your business, it is clear that pumping systems are a major energy consumer, yet also vital necessity to every plant's operation. A wealth of advice and information on saving energy through proper pump selection and improved pumping systems is Products & Services
Chemical pumps are designed for applications requiring greater reliability and durability than conventional pumps.
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Learn more about Chemical Pumps
Wastewater pumps are used in the collection of sewage, effluent, drainage and seepage water.
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Learn more about Wastewater Pumps
Positive displacement pumps use a mechanical force such as gears, bladders, pistons, plungers or diaphragms to push liquid through and out of the pump.
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Learn more about Positive Displacement Pumps
Peristaltic pumps use rotating rollers pressed against special flexible tubing to create a pressurized flow.
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Learn more about Peristaltic Pumps
Centrifugal pumps consist of a set of rotating vanes, enclosed within a housing or casing, that are used to impart energy to a fluid through centrifugal force.
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Learn more about Centrifugal Pumps
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In today's competitive marketplace, all companies, regardless of their business, are concerned about the bottom line. Around the world, energy costs continue to rise as demand increases for greater...
(Read More)
3.1 Objectives
After reading this chapter, the student will be able to:
Distinguish between positive and non-positive displacement pumps
Understand the principle of operation of gear, vane...
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Unlike their diaphragm, vane, gear and lobe counterparts, peristaltic pumps have no valves, seals or glands - the cause of most blockages, leaks and contamination issues. As a result, peristaltic...
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9.1 Introduction
Hydraulic-powered downhole pumps are powered by a stream of highpressure power fluid (water or oil) supplied by a power fluid (PF) pump at the surface and sent to a downhole pump or...
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Positive displacement pumps (PD pumps) were created to meter or transfer hard-to-handle fluids like corrosive, viscous, shear sensitive, or abrasive slurries at various speeds without pressure-induced...
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