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Measuring product in oilfield storage tanks can pose significant risks to workers if proper precautions are not taken. This video discusses the risks and ways they can be reduced to protect workers.

This paper presents a newly developed model to predict the breakdown pressures in cased and perforated wells.

As gas development focuses more on tight and ultratight formations, the challenges to produce economically become diverse and more intense. One main challenge faced while fracturing a well is a high fracture gradient.

This paper presents a newly designed triaxial fracturing system and describes a series of experiments that verified the validity of tool-free chemical diversion for multistage fracturing of openhole horizontal wells.

This paper discusses the potential of seismic and seismochemical well simulation in particular within the scope of this recent technology.

This paper presents a unique work flow that addresses in real time the challenges of perforation and fracture-treatment design while accounting for the lithologic and stress variability along the wellbore and its surroundings.

In this study, a laboratory analysis was conducted to study the effect of a phosphonate-based scale inhibitor on a mixture of hypersaline Arabian Gulf seawater and formation water under high-temperature/high-pressure conditions.

Malaysia’s Petronas, Shell Malaysia, and Thailand’s PTTEP are now in the midst of full-scale digital adoption. The companies are beginning to see results, but none is counting on a “big bang” in development of the technology soon.

Detection and identification of the type and intensity of frac-driven interactions is the key to the next generation of fracturing operations.

The report details information obtained during the EPA’s outreach to stakeholders. The information in the report will help the EPA determine whether any future actions are appropriate to address oil and gas extraction waste water further.