Oil pulling is a practice where a small amount of oil is placed into a pipe to be pulled away.

Oil pulling has been used by many oil companies in recent years to keep their pipelines free of sediment, but its effectiveness is questionable.

This new oil pulling technique has some oil companies looking at its potential to help prevent sediment buildup and to reduce oil leaks.

It uses an oil-tapping device to pull oil from a pipeline that is already holding more than it is allowed to.

A device such as this one has been known to prevent oil from getting into pipelines in the past, but new research suggests that it can prevent oil leaks as well.

The new technology has been described in a study published online this week in the journal Chemical Engineering and Applied Physics.

The research shows that the device can work in areas such as deep water pipelines where there are many miles of pipelines in use, and can be used to pull the oil from any one pipeline at least once a day.

The device was designed by the researchers at the University of Iowa and is a combination of an electrical generator and an electromagnetic pump.

“We found that if we used the device to remove a large amount of crude oil from one or more pipelines, it would significantly increase the amount of time that oil would be pulled out of the pipeline and into the environment,” said Dr. Christopher J. Smith, lead author of the study.

The study showed that using the device could increase the time it took for a large crude oil pipeline to break through, but not the time that it took the oil to move through a shallow well.

This is the same method that oil companies have used for decades to get the oil out of their pipelines.

The method also reduced the amount that oil leaked during the process.

Smith said the device has potential for many other applications, including reducing the time between pipeline breaks and improving efficiency of oil pipelines.

Smith is now working with a team of researchers at Iowa State University to figure out the best way to use the device in oil-producing regions.

Smith expects that he will be able to work with oil companies to design a device that works well with the devices that are already in use.

“If we have a device like this in place, we’re going to have to go back to the drawing board,” Smith said.

“That’s what the future looks like.

We can’t predict where this is going to lead us.”

Smith and his team also hope to design another device that could be used in areas with high levels of sediment.

“The device could potentially be used for water treatment and desalination of drinking water,” Smith added.

“This device is very inexpensive to design, and there are a lot of applications that could potentially benefit from this device.”

The researchers said they plan to test their new device in water treatment plants in the U.S. and in areas in Mexico.

Smith hopes to develop the device and start commercial production in the next year or so.

Smith and other oil-pulling researchers are also working to develop a new device that is more efficient at removing sediment from oil-pumping wells.

They are now looking at using the same device to extract oil from deep water oil wells.