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The deal sees H2O Midstream increase its produced water gathering network to more than 435,000 B/D of disposal capacity and 190 total miles of pipeline. The Permian water midstream company will add more than 40,000 B/D of recycling capacity with the option to double that capacity over time.

The entrepreneurial ecosystem and the oil and gas industry are not a perfect match, but the industry has made strides in recent years to attract the startups developing innovative technologies that could usher it into a new era. How are companies bridging the gap?

As companies have focused on giant capital investments onshore and offshore to drive growth, they have often focused less on field operations, especially OPEX. This represents an enormous opportunity to address profit squeeze by improving overall cost efficiency in oil and gas projects.

The $5.6-billion deal includes the Prudhoe Bay field and the Trans Alaska Pipeline and vaults Hilcorp to be the second-largest Alaska producer and reserves holder, behind only ConocoPhillips.

Industrial augmented reality (AR) takes several forms. The holy grail—and eventually prevalent format—is headworn AR, where visualization software is installed on AR glasses such as Microsoft’s HoloLens. Nearer-term deployments also include smartphone- or tablet-based AR.

This article discusses the role of data management in the context of exploration and production from the 1990s, when building centralized databases was the mainstream, to the end of the second decade of the 2000s.

Upon completion, the FPSO will be the first permanently fiber rope-moored offshore facility in the Mediterranean, processing the reservoir fluids and export sales gas from the Karish and Tanin gas fields offshore Israel.

The well will immediately be brought on production and is expected to flow at more than 100 MMscf/D of gas and 3,000 B/D of associated condensate, the company said.

One of the more technologically challenging production-chemistry applications in deep water is the control of gas hydrates. Deepwater subsea flowlines offer an almost perfect hydrate-formation environment, and control measures must be taken.

A common hydrate-management strategy involves the use of large volumes of thermodynamic inhibitors (THIs) to operate outside the hydrate-stability region.