Brine Chemistry Solutions will conduct theoretical and experimental HPHT research at realistic ultra-deepwater temperature, pressure and salinity conditions to validate parameters for HPHT modeling to assess the risk of scale and corrosion. The model will apply several techniques, including vertical scanning interferometer as a tool to inspect the severity of corrosion and deposit formation.
The $4.5 million contract was awarded to Brine Chemistry Solutions from Research Partnership to Secure Energy for America, a contractor for the U.S. Department of Energy. The project will last for three years, with a completion date of September 2015.
"Through this research, Brine Chemistry Solutions will create a robust model that companies can use to address corrosion and scale in extreme HPHT, ultra-deepwater oil and gas production," said Ross Tomson, founder of Brine Chemistry Solutions.
The model will simulate ultra-deepwater wells, defined as depths greater than 7,500 feet with extreme temperatures up to 250 degrees Celsius and pressures up to 24,000 psi. Additionally, it will test varied compositions in the water, such as sodium, potassium, calcium, magnesium, strontium, barium, iron, chlorine, carbon dioxide, hydrogen sulfide, sulfate, sulfur, carboxylic acids, silicon dioxide and phosphonates.
"Current models fail at these extreme HPHT conditions, making experimental research necessary to define new models. Our model's simulation of the water chemistry and conditions of ultra-deepwater wells will help companies predict and mitigate scale and corrosion and enhance safety and efficiency in ultra-deepwater oil and gas production," said Tomson.
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About Brine Chemistry Solutions
Brine Chemistry Solutions, LLC performs research, testing and education related to water issues in oil and gas production. Research resources are directed toward solving many of the different types of problems associated with brine production, treatment, disposal, and reuse. Clients include government entities, multinational companies and universities. For more information, visit www.brinechem.com.
For more information, contact: Jill W. Nesting jill@williscommunications.com 281-740-1188 ###
