Oil

Texas Tech raises mast nation’s first operational on-campus oil rig

Texas Tech leaders hope to strike black gold – and give petroleum engineering students some literal in-the-field experience at the same time.

The university made history on Friday by raising the 140-foot mast on the first full-scale operational oil rig on a university campus in the nation. The rig is located on Texas Tech property off the central campus at what is now called the East Campus Oilfield Technology Center, 1051 E. Loop 289.

Donated and funded exclusively by alumni, the oil drilling rig came in pieces in 45 truckloads from all across the State of Oklahoma, said Marshal Watson, chair of the Bob L. Herd Department of Petroleum Engineering at Tech.

Watson said the project has been more than two years in the making.

Marshal Watson, chair of the Bob L. Herd Department of Petroleum Engineering at Texas Tech, watched as the 140-foot oil rig mast was raised upright.

But the vision for the oil rig actually started in 2000, Watson said, with one goal in mind – to elevate student education.

“They are able to see touch, feel, hear the real equipment utilized in the oil field,” he said. “It’s to take the material out of the textbook and bring it to real life.”

The safety of the students has been at the forefront of everyone’s mind when constructing the rig, Watson said.

Normally, rigs can be constructed in days, he said. However, Tech took its time over the two years to evaluate each part to ensure they are up to code.

(left) Danny Bullard and Marshal Watson watching the 140-foot mast of the first operational oil rig on a university campus in the nation being raised on the Texas Tech campus.

“It was built to give our students a solid experience in the oil field under a controlled environment where we have total safety out here,” he said.

The rig is also fully electric, and will draw power from the Lubbock power grid. It’s also fully equipped with three backup generators.

After raising the 140-foot mast into its upright position, Watson said the team will then lift a substructure an additional 25 feet into the air to be to install the blow-out prevention equipment.

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