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.
With boomers retiring and hundreds of projects to manage, the Corps relies on Hydraulic Institute standards and training to bring new engineers up to speed.
When pump systems are not optimized, it impacts a facility’s bottom line with increased maintenance, lost production and higher energy costs. System optimization is a cost-effective way to improve reliability and reduce energy consumption while improving process control to meet the process requirements.
Pump systems play a critical role in keeping our world in motion. However, opportunities to improve pump system reliability and efficiency often go unnoticed when current demands are not verified or new demands are not considered prior to selecting a new pump.
The pump industry is essential and growing. With water challenges on the rise, increased commitments to water infrastructure investment and the US pump market projected to grow at around 3.4% over the next five years, the need for qualified and motivated talent has never been higher.
Two leading Pump Associations, the Hydraulic Institute and SWPA, joined forces to present a pump Technical Training Seminar specifically designed for pump system end-users and operators in the water and wastewater sector. This is advantageous as water and wastewater utilities are often challenged by knowledge gaps on pumps.
The Electric Power Research Institute (EPRI) is a leading independent, non-profit energy R&D organization focused on electricity generation, delivery, and use. Its technology portfolios range from sustainability and decarbonization to nuclear power and smart grid technologies—and pumps.
When something new comes along, someone has to be the first to do it. For the Hydraulic Institute’s Pump System Assessment Professional (PSAP) certification, that person was Keith Schindler, a hydraulic engineer and oil and gas specialist with Flowserve Corp.
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