Testing page for app

The Hess-operated field, which drew first oil in January, is expected to produce 80,000 BOPD as production ramps up this year.

The Sentry G3 from Sensonics is ahigh-performance condition and monitoring system suitable for gas turbines. It is designed so that each plug-in module provides up to four measurement channels that can be independently programmed to provide continuous monitoring and protection across a broad spectrum of sensor regimes (including vibration, expansion, temperature, spee…

Inaugural event honors influential women in the energy industry.

The IsoPig is a plug from the Pipeline Pressure Isolation Group is designed for repair, valve testing, emergency rupture, and leak stoppage of thin-wall onshore pipelines and offshore pipelines. It creates a double-block, bubble-tight seal, and its technology reduces disruption and improves safety and speed. The plug utilizes telemetry to communicate demands, receive …

Aberdeen Harbour, a marine support center for oil and gas, appointed Michelle Handforth as the port's new CEO. Handforth has 20 years of board and leadership experience in global multisite business. Before joining the Aberdeen Harbour board, she was managing director of Babcock Offshore Helicopters and has served on the boards of First Choice, Sea Containers, Aviva, V…

Despite an abundance of discovered resources, most companies are still running at unsustainable reserves replacement levels, necessitating further investment in exploration of conventional and unconventional reservoirs.

Even if EVs reach cost and performance parity with conventional combustion engines, a lot of questions remain about how long it will take for consumers to get comfortable that parity is real, and for manufacturers to turn over enough volume to make a big enough impact on the oil industry.

Coreflooding is one of the principal tools through which we qualify drilling and completion fluids and assess the potential for formation damage, but is it relevant? By “relevant,” I mean does it give an accurate portrayal of the likely performance of the selected fluids.

An extensive laboratory study was carried out with two objectives: to evaluate the effect of water quality on injectivity of disposal wells with reservoir core plugs and to restore injectivity of damaged wells.

A reservoir-conditions coreflood study was undertaken to assist with design of drilling and completion fluids for a Norwegian field. Multiple fluids were tested, and the lowest permeability alterations did not correlate with the lowest drilling-fluid-filtrate-loss volumes.