BR

Please select a language / region

 

Saves water and energy

High pressure: The spacer is lowered into the vessel. It operates at a pressure of up to 2000 psi (140 bar) and weighs 50 tons

Lowering carfully: The spacer has an inflatable seal around the circumference

Complex-machined: The underside of the assembled spacer with sensors and wires "potted" in the channels

Separating oil with waves

Tar sands, also referred to as oil sands, are a combination of clay, sand, water and bitumen, a heavy black viscous oil. Polystone® helps to extract oil.

Tar sands can be mined and processed to extract the oil-rich bitumen, which is then refined into oil. This recovery process includes extraction and separation systems to separate the bitumen from the clay, sand and water.

A big oil group is researching alternative methods of this water and energy-intensive recovery process. Part of this research includes the study of pressure and "wave" patterns of fluids in a solids-packed bed.

For this process a 4" thick x 80" diameter Polystone® P disc was machined at Röchling Machined Plastics in Mount Pleasant, (PA) USA, with a series of channels and cuts to allow for sensors being attached. These sensors will transmit data regarding the patterns of the fluids as the disc undulates.

Polystone® P was chosen for this application due to weight, service temperature range and chemical resistance. Another part which will require 7" thick Polystone® P for a similar experiment is planned.

Find other Röchling News

Visit the Röchling Group Newsroom to get the latest news and an insight into the latest developments in our company.

Röchling Newsroom
 
Search

Refine Results

Contact

Share

Newsletter Registration

Select Website

Roechling_Industrial_Banner.jpg
Plásticos para aplicações técnicas

Industrial