Research Inquiries

For inquiries related to SD Mines Research, contact:

Research Affairs

S.D. School of Mines & Technology
501 E. St. Joseph Street
Suite 102, O'Harra Building
Rapid City, SD  57701

(605) 394-2493

Research@Mines

Research@Mines

Research at Mines happens every day of the year, involves faculty and students at every academic level, and frequently includes collaboration across the state, the nation and the globe.

Mines Researchers Study Kootenai River Pollutants in Montana, Other Areas

South Dakota Mines student Emily Stickney conducts research on pollutants in the Kootenai River in Montana

A recent award by the U.S. Army Corps of Engineers is funding South Dakota School of Mines & Technology research on how changes in land use increase pollutants and influence the health of the Kootenai River and Lake Koocanusa in Montana, Idaho and British Columbia.

Recent land use changes in the Kootenai River watershed include increased coal mining and alterations to agricultural practices.

Dr. Lisa Kunza of the Department of Chemistry & Applied Biological Sciences, is heading a collaborative research team that includes students, other university partners, and agency collaborators. The team has already received $160,000 and is expecting to receive up to $400,000 for its efforts over the next five years.

Selenium and nitrate loads are on the rise in the Kootenai River as it enters Lake Koocanusa. Selenium is a metal found in natural deposits and may be exposed during mining activity. In 2012 alone, selenium loads into the river exceeded 29,000 pounds, a five-fold increase since 1992. There is heightened concern about possible buildup of selenium in fish tissue. Nitrate loads have increased substantially as well and may alter the resources available for fisheries. 

Endangered Kootenai White Sturgeon and other organisms in the river and reservoir could also be affected by the pollutants.

Emily Stickney from Boise, Idaho, is among the undergraduate and graduate student researchers ...

Last Edited 1/17/2017 09:45:02 AM [Comments (0)]

Amazon Research

In the Amazon River, three distinct water types collect to create a uniquely rich breeding ground for extreme aquatic life.

Laurie Anderson Explores How Marine Clams Found Their Way Into one of the World’s Largest Rivers

The Amazon River is teeming with life, from solitary four-hundred-pound catfish to shoals of eight-pound piranha. But in the Amazon basin around Santarem, Brazil—where white water, clear water, and black water rivers pool together—it’s the ancient tiny mollusks that have captured the attention of Mines researcher Dr. Laurie Anderson.

The three distinct water types collect here to create a uniquely rich breeding ground for extreme aquatic life in one of the world’s largest rivers.

RB_imgLaurieAnderson_1216

Photo of Dr. Anderson by Mark Siddall, American Museum of Natural History

Anderson’s research interest is in a little known genus of typically saltwater Corbulidae clam from the last member of a once diverse radiation in the western Amazon. She has devoted much of her career to studying this clam and other family members in the fossil record, and her current research continues to explore its evo...

Last Edited 1/3/2017 08:43:26 AM [Comments (0)]

Industry Software Gift Aids in Energy Research, Student Career Preparation

From left to right, Ron Jeitz, SD Mines Foundation officer; Eric Sullivan, Baker Hughes Inc. senior technical advisor, research & development; Heather Wilson, president, SD Mines; Scott Schmidt, Mines alumnus and Baker Hughes vice president, Drill Bits; Dr. Laurie Anderson, head of SD Mines Department of Geology & Geological Engineering; Rustom Mody, Baker Hughes vice president, Technical Excellence.

 New reservoir performance software donated to train students for petroleum industry careers will also support independent research projects of geology and geological engineering faculty and students.

The gift valued at $1.8 million from international oilfield services giant Baker Hughes Incorporated includes:

  • JewelSuite™ software for geologic modeling, reservoir engineering, 3D and 4D geomechanics, and wellbore stability
  • MFrac™ and MShale™ software packages for fracture modeling and design
  • Completion ArchiTEX™ (CTX) software for completions design.

The software will be used in geology and geological engineering classes, including drilling and production engineering, petroleum geology, the petroleum field camp and a new geomechanics course to help develop Mines students as future industry leaders. In recent years, 20 percent of Mines graduates have gone on to careers in the energy industry, and Baker Hughes has been the fifth-highest employer of Mines graduates for the past five years.

South Dakota School of Mines announced its Energy Resources Initiative three years ago to leverage the university’s expertise and research in rock properties, water resources and materials development, as well as its location in an energy-rich region of the country, within 300 miles of the Williston, Denver and Powder River basins. 

Last Edited 11/3/2016 03:21:20 PM [Comments (0)]

New Grant Funds Researched-Based Economic Development

Dr. Juergen Reichenbacher outside his clean room laboratory on campus.

A new state grant and matching commitments totaling $342,424 are bolstering research-based economic development at the South Dakota School of Mines & Technology.

The funds, including a $200,000 grant from the Board of Regents, are being used to buy scientific instruments for existing projects. Among them are two research endeavors at the Sanford Underground Research Facility (SURF) in nearby Lead. A third project expands on the university’s current success to commercialize a biomass liquefaction process.

Over the past decade, SD Mines has been supporting efforts at SURF to build a strong expertise and infrastructure toward synthesis of high-value organic products from biomass. 

Details on the three projects impacted by this new funding:

  • Development of a novel system reducing the radon concentration underground at the Sanford Lab, enabling future experiments in this facility. This project is being led by Dr. Richard Schnee, associate professor in the Department of Physics.
  • Development of two low-background detectors that will provide new capabilities important not only for planned underground physics experiments but also for industrial applications, especially in semiconductor and nuclear security sectors. This project is being led by Dr. Juergen Reichenbacher, assistant professor in the Department of Physics.
  • Selective liquefaction of lignin and biomass wa...
Last Edited 11/3/2016 03:11:56 PM [Comments (0)]