Doug Seiler

EDUCATION

B. S., Chemical Engineering 1993
Montana State University,
Bozemon, MT

• Luey, J. and D.K. Seiler. 1995. Application of In Situ Vitrification in the Soil Subsurface:
• Engineering-Scale Testing.  PNL-10485, Pacific Northwest National Laboratory, Richland,
• Washington.

Luey, J., B.N. Bjornstad, J.S. Roberts, and D.K. Seiler. 1995. Application of In Situ Vitrification in the Soil Subsurface:  Pilot-Scale Demonstration at the Hanford Site.  BHI-00423, Bechtel Hanford Inc., Richland, Washington.
Luey, J., D.K. Seiler, and J.R. Schuring. 1994. "Integration of Pneumatic Fracturing and In Situ Vitrification in the Soil Subsurface."  In Proceedings of the Waste Management '95 Symposium, Tuscon, Arizona.  PNL-SA-24936 A.  Pacific Northwest National Laboratory, Richland, Washington.
Luey, J., and D.K. Seiler. 1994. Evaluation of New Starter Path Geometries for In Situ Vitrification.  PNL-10122.  Pacific Northwest National Laboratory, Richland, Washington.

As a senior engineer Mr. Seiler will be working closely with Mr. Greg Beyke, TRS's VP of engineering, and will be responsible for both the design and research of Electrical Resistance Heating (ERH) in both development and improvement of the technology. Mr. Seiler earned a BS in Chemical Engineering from Montana State University and has since contributed and written several patents and publications.
Seiler brings more than 12 years of experience to this position, most recently as a Production Manager at Integrated Environmental Technologies, LLC in Richland, WA. In addition he has lead and managed multiple international projects including a 4 ton/day PCB oil treatment at the Kawasaki facility in Okinawa, Japan. Seiler's prior experience and expertise is in leading large-scale construction design, preparation of equipment specifications, oversight fabrication, and engineering-scale testing, He is also a certified Hazardous Waste Operations site supervisor.