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The objective of the study described in this paper was to investigate the feasibility of huff ‘n’ puff enhanced oil recovery (EOR) in a gas-condensate reservoir.

The complete paper describes a Monte Carlo simulation approach and field analysis showing that a small-scale GTL plant in North Dakota could be a profitable solution to mitigating the state’s current flaring rate of 35% of the natural gas produced.

Hassi Messaoud is a mature oil field with more than 1,100 production wells. Approximately half of the wells are natural flow and the other half use continuous gas lift (CGL) with concentric (CCE) strings.

The summer of 2019 has been rife with media reports about negative gas pricing in the Permian and, given the propensity of our industry to pick a favorite horse and then all pile on it at the same time, it is not surprising when we create our own boom and bust cycles.

This paper covers the 7-year history of drilling-fluids application in a reservoir drilling campaign offshore Abu Dhabi, from the early use of a solids-free, brine-/water-based mud to the recent application of nondamaging, nonaqueous fluids (NAFs) with micronized acid-soluble ilmenite.

This study focus on the design and evaluation of a customized water-based mud (NP-WBM) using silica oxide nanoparticles (SiO2-NPs) and graphene oxide nanoplatelets (GNPs).

Recent research has put extensive focus on the magic of graphene in drilling fluids. Graphene, because of its thermal, electrical, chemical, and mechanical properties, improves mudcake stability and minimizes fluid loss that eventually reduces formation damage.

SPE Offshore Europe 2019 saw a noticeably upbeat set of 38,000 industry participants from all over the world during the first week of September.

Held in Canada for the first time, the 2019 SPE Annual Technical Conference and Exhibition brought more than 6,000 petroleum professionals to Calgary, and offered a comprehensive review of technical topics related to industry productivity, digital transformation, safety, and sustainability.