Fracturing Pump Design - Mullins, Chance R
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Fracturing Pump Design is an engineering guide to the design and development of the highly loaded and fatigue exposed positive displacement pumps purpose-made for the hydraulic fracturing in the oil and gas industry. Topics include the historical design drivers and the impact on improved materials in the development of longer lasting pumps, fluid ends, and consumables while remaining grounded in known engineering principles. The application specific requirements that drive a power condensed positive displacement that pumps somewhere between liquid sandpaper and caustic fluids at high rates and…mehr

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Produktbeschreibung
Fracturing Pump Design is an engineering guide to the design and development of the highly loaded and fatigue exposed positive displacement pumps purpose-made for the hydraulic fracturing in the oil and gas industry. Topics include the historical design drivers and the impact on improved materials in the development of longer lasting pumps, fluid ends, and consumables while remaining grounded in known engineering principles. The application specific requirements that drive a power condensed positive displacement that pumps somewhere between liquid sandpaper and caustic fluids at high rates and high pressures forces an optimization without the luxury of using more steel to address the concerns associated with fatigue and abrasion.
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Autorenporträt
Chance Mullins is a degreed engineer living in Houston, Texas, USA. He holds a Bachelor's Degree in Mechanical Engineering from the University of Oklahoma and a Diploma from the Oklahoma School of Science and Mathematics. Chance has a long history of working in challenging environments and delivering results as his career has spanned the globe with him actively working in over a dozen different countries. He is a named inventor on over three dozen patent filings focused on subsea engineering and improving fracking pumps and fluid ends. Specific to the fracking industry, Chance is the engineer responsible for the complete redesign of the GD Thunder 5000 horsepower quintiplex pump following the initial flawed deployment. Chance redesigned the main roller bearings, crankshaft, journals and connecting rods to stop the premature failings that the Thunder pump was experiencing during his first months at Gardner Denver. From Gardner Denver, Chance relocated to Houston, Texas and ran the engineering function at Vulcan Industrial where he was responsible for the development of the personnel and the technology. In his time at Vulcan, the modular V-series of fluid ends was fully deployed with models matching all existing standard fluid end configurations as well as certain bespoke pumps. While at Vulcan Industrial, Chance focused on the development of fluid ends and consumables. Chance is a named inventor on over 20 granted US patents with more pending.