Education

University of Idaho
Doctor of Philosophy in Civil Engineering,

University of California at Riverside
Master of Science in Geological Sciences

Trinity University
Bachelor of Science in Engineering Science

Associations

Registered to practice before the U.S. Patent and Trademark Office


Advisory Board Member, College of Engineering, University of Idaho 

Advisory Board Member, Pioneer School, Veradale, Washington 

Thought Leadership

  • 2018 Beutel, M.W., S.T. Dent, R.L. Newcombe, and G. Möller. Mercury Removal from Municipal Secondary Effluent with Hydrous Ferric Oxide Reactive Filtration.  Water Environment Research, https://doi.org/10.1002/wer.1007, pp. 1-12. 
  • 2010 Sutton, P.M., O.J. Schraa, and R.L. Newcombe. How Low Must You Go?  Continuous Backwash Filters Can Meet Exceptionally Low Effluent Nutrient Limits.  Water Environment & Technology, 22(4):32-36.
  • 2009 Sutton, P.M., and R.L. Newcombe. Continuous Backwash Filters: An Attractive Technology for Phosphorus Removal and Recovery, and Nitrate Reduction.  Water Environment Federation Nutrient Removal 2009 Conference Proceedings, Washington, D.C. 
  • 2008 Bronn, T., R.L. Newcombe, and S. Fiepke. Fine Mesh, Rotating Belt Sieve for Primary Treatment of Municipal Wastewater: Pilot Project Results.  WEFTEC 2008 Conference Proceedings, Chicago, Illinois. 
  • 2008 Newcombe, R. L., R. A. Rule, B. K. Hart, and G. Möller. Phosphorus Removal from Municipal Wastewater by Hydrous Ferric Oxide Reactive Filtration and Coupled Chemically Enhanced Secondary Treatment: Part I. Performance.  Water Environment Research, 80(3):238-247. 
  • 2008 Newcombe, R. L., D. G. Strawn, T. M. Grant, S. E. Childers, and G. Möller. Phosphorus Removal from Municipal Wastewater by Hydrous Ferric Oxide Reactive Filtration and Coupled Chemically Enhanced Secondary Treatment: Part II. Mechanism. Water Environment Research, 80(3):248-256. 
  • 2007 Leaf, W., B. Johnson, and R. Newcombe. Total Phosphorus Removal to Low Levels through Tertiary Reactive Filtration. WEFTEC 2007 Conference Proceedings, San Diego, California. 
  • 2006 Newcombe, R. New System Optimizes Sand Filter Phosphorus Removal. Water World, February 2006, 22(2):26-28. 
  • 2006 Newcombe, R. L., B. K. Hart, G. M. Keller, and G. Möller. Arsenic Removal from Water by Moving Bed Active Filtration. Journal of Environmental Engineering, 132(1):5-12. 
  • 2005 Newcombe, R. L. Treatability study predicts phosphorus and arsenic reduction. Water and Wastewater International, May 2005, 20(3):19. 
  • 2003 Möller, G., and R. L. Newcombe. Arsenic Treatment: Searching for superheroes with a good grip. Invited general topic paper, Journal of the American Water Works Association, 95(5):52-54.  

 

Remy Newcombe, Ph.D. has over 20 years of experience in technology, consulting, small business, and patent drafting and prosecution. Dr. Newcombe has worked domestically and internationally as a geophysicist, taught graduate-level environmental engineering courses, started her own company, and managed multi-million gallon per day projects in the water treatment industry. Her Civil Engineering doctoral dissertation was completed in arsenic removal from drinking water, and she is an inventor of several patented water treatment technologies. She was Co-Founder and Chief Technology Officer of Blue Water Technologies, Inc., growing the company from startup to over $3M in annual revenue and $12M in capital raised.

Dr. Newcombe has experience in both licensing technology for implementation abroad, and bringing foreign technology to market in the U.S. In 2009 she received the Eddy Wastewater Principles/Processes Medal, the Water Environment Federation’s Excellence Award for published research that makes a vital contribution to the fundamental principles or processes of wastewater treatment.

Dr. Newcombe serves as an Advisory Board Member for the College of Engineering at the University of Idaho, helping the College navigate intellectual property issues with external collaborators, draft a Diversity Plan, and develop recruiting and retention programs.