Oilfield Treatment Research
Published on by Water Network Research, Official research team of The Water Network in Academic
Chemical Engineering Department Partners With Start-Up to Research Water Treatment
The Ralph E. Martin Department of Chemical Engineering at the University of Arkansas has been partnering with Flexible Water Solutions, a local start-up business focused on oilfield water treatment, for the past two years.
"As a small start-up business, we were unable to staff an entire research and development team, much less acquire the equipment needed to conduct the necessary lab tests," said John Schmelzle, managing member of Flexible Water Solutions. "Our partnership with the chemical engineering department at the University of Arkansas has really allowed us to save time and money in completing research and development of our product before going to market."
Jamie Hestekin, chemical engineering professor, focuses his research on the treatment of water used in hydraulic fracturing. "One big problem of hydraulic fracturing is that the water used in the process comes up contaminated with minerals such as calcium and sodium," said Hestekin. "The current standard practice is to take the water and inject it into a deep well in the earth. However, we're researching ways to treat this water and recycle it for future use in fracturing or for discharge."
Flexible Water Solutions has funded two graduate students and a post-doctoral associate working with Hestekin. They are testing two membrane techniques - electro-dialysis and nano-filtration - to evaluate their success in treating the water. This summer, FWS will commercialize their first large scale fracturing water treatment system based on technology developed by Hestekin's team. The system will be housed in a semi-trailer that can be transported to oilfields around the country, particularly those that are prone to drought, and be used to clean up water to be reused as well as discharged.
Dmytro Demydov, Hestekin's research associate, has enjoyed researching water treatment and working with FWS. "They have a strong connection with oil companies, and I've had a very good experience with them," said Demydov. "I went on a field test with them to a refinery, where the water conditions are similar to those in fracturing. This research is important because water is a limited resource. Also, saving on water cost can be very helpful for domestic oil companies, especially when oil prices are low."
Hestekin has also had a positive experience with the company. "Flexible Water Solutions has been a great partner," he said. "They're not only concerned with getting out a good product, but they care about the science behind it, too."
Source: University of Arkansas
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