Search results for:

As rig counts and oil prices fall to low levels not seen in decades, no one in our industry is immune from the impacts. However, adversity can spur innovation and lead to changes that set us up for future success.

An experimental study was conducted by use of a 6-in.-inner-diameter facility to analyze three-phase stratified wavy flow in horizontal pipelines.

Report on experimental study to investigate characteristics of three-phase stratified wavy flow in horizontal pipelines.

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.

OGF thanks those involved in the peer reviewing of papers during 2015.

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.

The sources and magnitude of shear and the effects on oil droplet size can have significant consequences for downstream separation equipment performance.

Change is constant in the oil and gas industry, bringing an increase in operational risk. As companies acquire and develop assets around the world, they must reduce their risk exposure by improving operational integrity.

The value of peer reviewed papers is discussed along with two papers on sand/solids removal from separators and pipeline protection.

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.