Onshore/Offshore Facilities
The Granat prospect on the Norwegian Continental Shelf may be developed with a subsea tieback to existing infrastructure.
The planned facility was designed to process 34 MMcf/D of associated gas into fully refined gasoline.
The awards build on Tenaris’ role in earlier phases of the ultradeepwater Black Sea project.
-
An experimental study was conducted by use of a 6-in.-inner-diameter facility to analyze three-phase stratified wavy flow in horizontal pipelines. -
A RPSEA project identified the gaps in technology that are the most pressing for multiphase-flow measurement.
-
To help lower costs of offshore projects, DNV GL has launched initiatives focused on the use of composite components.
-
The sources and magnitude of shear and the effects on oil droplet size can have significant consequences for downstream separation equipment performance.
-
It was my pleasure to go through 169 papers submitted to SPE in this field over the past year and select three for inclusion in this issue as well as three for additional reading.
-
The constraints of space and seaworthiness required the designers of Shell’s joint-venture floating-liquefied-natural-gas (FLNG) facility to assemble these technologies in novel configurations.
-
Oil and gas wells often produce sand or solids with the well fluids. Despite exclusionary well designs, these solids can cause equipment failure, completion problems, or changes in production. This paper offers a way to remove solids in separators.
-
Deepwater production has become more reliant on the integrity of subsea, umbilical, riser, and flowline (SURF) systems. A JIP explored cost-effective inspection and maintenance options.
-
In trying to reduce the footprint of facilities, operators often select the wrong piping components, hampering the performance. Selection of the right piping can avoid separation issues.
-
With the current low-oil-price environment, the cost of decommissioning is seen as a key driver for the ongoing economic viability of the basin.
