This approach incorporated reverse engineering, design verification and casting simulation to address equipment failure.
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These forces can have destructive effects if not carefully considered in piping design.
There are numerous factors to consider to ensure the best performance with this technology.
An influent pump station in Washington incorporated control technology that improved system efficiency and energy savings.
The Clean Power Plan and emphasis on efficiency are moving power utilities to optimize pumping systems.
Adoption of the IIoT will affect a broad range of market segments, including mining.
An effective program can increase the reliability and availability of machinery while minimizing maintenance costs.
Because well pressure declines and flow rate changes throughout the well lifetime, pumps must be versatile.
Orientation of structures and choice of pumps add to the overall efficiency of the strategically planned community.
A tank farm, an airport and one of the region's largest oil and gas companies are using the technology for a variety of applications.
The worldwide abundance of shale oil and natural gas has changed the face of global refined fuels production, and MENA countries stand ready to play an important role.
A properly structured and managed program can enable large sites with vast numbers of assets to increase productivity while maintaining a plant’s long-term reliability.
A combination of caustic cleaning fluid, high temperature and high head was causing the plant's original cast-iron pumps to fail.