According to the United States Environmental Protection Agency (EPA), “one of the major challenges facing our nation is the critical and unprecedented staff shortage in the water workforce that operates and maintains our essential drinking water and wastewater infrastructure.
Are you a professional who wants to boost your career prospects? Perhaps you need a better way to bring new hires up to speed. Or maybe you want to teach your team to apply a consistent set of best practices to pump system assessment and optimization.
When it comes to optimizing pumping systems, the piping and additional end-use equipment are just as important as the pump itself. Here are eight ways you can assess your piping system’s configuration to minimize life-cycle costs.
For Rafiq Qutub pumps were love at first sight. Both his parents were civil engineers and so were his uncles. Qutub enjoyed math and science at school, but what really got him hooked on pumps was seeing them in action.
When most people think of agriculture, they do not think of pumps. Yet upgrading the nation’s irrigation system’s 600,000 pumps to more energy efficient models and using underground pipes could slash energy use in half.
There are several reasons why engineers typically oversize pumps when designing hydraulic systems. First, they want to build in a margin of error to accommodate uncertainties or changes in design or as facilities evolve. Second, engineers know that fouling, rust, sediment, and increased internal running clearances will reduce performance over time.
After years of delay, the U.S. Department of Energy is putting the final touches on its circulator pump efficiency regulation. Expect to see the new rule before the end of the year and likely take effect sometime within the next three or four years.
Energy organizations and utilities are learning how to leverage DOE regulations, pump efficiency labels, and utility programs to speed the adoption of high-efficiency pumps.
System design engineers typically “round up” system capacity and losses to leave room for everything from changes during construction and potential facility expansions to fluid viscosity changes and the gradual roughening of pipe surfaces over time. As a result, pumps in the field often run at higher pressures and flowrates than their application requires.
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