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pump system optimization
To optimize system operation, designers must match the conditions that encompass the system curve.
Design flaws cause catastrophic failure in a geothermal power station hotwell in New Zealand.
Evaluating the entire system for possible improvement will help facilities lower energy use and improve reliability.
A facility in this island nation installed new technologies to meet continuous high water demand without changing the building’s footprint.
PARSIPPANY, N.J. (March 15, 2016) – Massachusetts Department of Environment Protection (MassDEP) recently kicked off a Pump System Optimization Training Program in conjunction with the Hydraulic Institute (HI) to conduct pump system optimization and pumping energy assessments on both drinking water and wastewater facilities across the state.
Motor systems that are designed as entire packages are more reliable and affordable.
Monitor and improve pump operation with simple-to-install instrumentation.
Improve performance in machines and plants.
3-D inverse design provides efficiency benefits.
By moving most polyphase motors to the Premium Efficiency level, a change could be achieved within two years of the enactment of the federal energy code (CFR10, part 431).
A systems approach to efficiency often reduces production costs.
A wastewater treatment plant experiences a 65 percent energy savings with the installation of improved equipment.
Establishing an effective pump reliability program can slash costs, make operations safer and provide uptime benefits.
Packaged systems solve pumping difficulties at the Toromocho mine site.
Walking the system and asking questions before taking measurements is vital.
Improve performance through pump design optimization.