@book{193742,
	author = {Hurtado, Ariana},
	title = {Changing the dynamics of well completions},
	year = {jul. 2019},
	note = {Contenido: -Automated, long stroke, low-frequency variable displacement pump -Hydrophobic-coated proppants, optimization of fluid injection -A rock-to-rock barrier in one trip -Understanding lateral contribution by stage -Frac plugs provide operational gains, reduce risk -System enables automatic shutdown of frac pumps, remote group starts. -Overlay charting technique analyzes pressure responses -Downhole imaging technology give 360-degree view inside wells -Technology provides real-time of frac fluid movement -Enabling downhole sequestration of radioactive waste -System provides exact charge alignment between gun modules -Reducing idle time of frac pumps. -Propellant-enhanced perf system improves PNP completions -Greener and safer environment through center's initaitives -Sleeves offer unlimited stage counts in cultistage fracturing -Flowback control additive offers up to 80% reduction in proppant flowback -Improving last-mile proppant logistics efficiency -System delivers hidraulic, electric and pneumatic power to fields -Establish interventionless fluid injection at the TOE -Managed logistics solutions reduce nonproductive time -New frac improve plug-and-perf completion efficiency -Enclosed solid filtration system simplifies sampling -Precise inter-lateral spacing measurements -Completion evaluation tool provides fracture properties -Mobile hydration unit for dry friction reduction -PPS delivers proppant across entire fracture -Solving water challenges associated with fracturing -Composite frac plug helps minimize downtime -Lock-ring wellhead enhances safety}
}