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a holistic view of technology maturation that addresses both technical and nontechnical risks. The definition of success is expanded to include the establishment of successful, commercially viable, and sustainable solutions that meet end-user needs and requirements.

The overarching theme of work published during the past year relating to production and facilities is performance and productivity improvement—doing more with less at a lower cost.

In the complete paper, the authors present a novel methodology to model interwell connectivity in mature waterfloods and achieve an improved reservoir-energy distribution and sweep pattern to maximize production performance by adjusting injection and production strategy on the well-control level.

The digitalization of oil and gas facilities is becoming a new technical arena. Effective solutions can be used to convert data into information and knowledge, which can then be used to improve maintenance operations.

Early field tests suggest chemical treatments may be able to significantly increase production from unconventional formations.

Bottomhole assemblies (BHAs), as part of the drilling system, have dominating effects on the functionality and effectiveness of other system components. BHA design, usage, and monitoring must promote drilling-system compatibility, efficiency, and reliability.

Correct placement of the rotary-speed sweet spot of a bottomhole assembly (BHA) provides multiple benefits toward achieving the ultimate goal of drilling to section total depth in a single trip.

Microdoglegs are a natural effect of any vertical or directional well that can explain a wide variety of downhole problems.

A new fatigue-management work flow provides drillers with a tool to simulate and predict the life expectancy of bottomhole assemblies (BHAs) before fatigue causes problems.

The complete paper holds that traditional facilities-planning methodologies, heavily based on design-basis documents and biased toward the most-conservative conditions, fail to recognize the entirety of operational conditions throughout the oilfield life cycle.