Difference between revisions of "Dr. Alexandra Salter-Blanc"

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EMPLOYER:
 
EMPLOYER:
  
:CH2M
+
:Jacobs
 
:Environmental Services
 
:Environmental Services
 
:2020 SW Fourth Avenue, Suite 300
 
:2020 SW Fourth Avenue, Suite 300
 
:Portland, OR, 97201-4973
 
:Portland, OR, 97201-4973
  
EMAIL: [mailto:Alexandra.SalterBlanc@ch2m.com Alexandra.SalterBlanc@ch2m.com]
+
EMAIL: [mailto:Alexandra.SalterBlanc@jacobs.com Alexandra.SalterBlanc@jacobs.com]
  
WEBPAGE: http://www.ch2m.com
+
WEBPAGE: http://www.jacobs.com
  
 
==About the Contributor==
 
==About the Contributor==
Dr. Salter-Blanc is a remediation engineer with CH2M. Her research has focused on measuring and predicting the kinetics, pathways, and products of organic contaminant transformation by abiotic processes. Areas of particular interest in her work include the fate and remediation of emerging contaminants, reactions of contaminants with zerovalent metals and naturally occurring mineral phases, and the prediction of environmental fate properties.
+
Dr. Salter-Blanc is a remediation engineer with Jacobs. Her research has focused on measuring and predicting the kinetics, pathways, and products of organic contaminant transformation by abiotic processes. Areas of particular interest in her work include the fate and remediation of emerging contaminants, reactions of contaminants with zerovalent metals and naturally occurring mineral phases, and the prediction of environmental fate properties.
  
 
==Article Contributions==
 
==Article Contributions==

Latest revision as of 20:20, 11 July 2019

Work and Contact Information

EMPLOYER:

Jacobs
Environmental Services
2020 SW Fourth Avenue, Suite 300
Portland, OR, 97201-4973

EMAIL: Alexandra.SalterBlanc@jacobs.com

WEBPAGE: http://www.jacobs.com

About the Contributor

Dr. Salter-Blanc is a remediation engineer with Jacobs. Her research has focused on measuring and predicting the kinetics, pathways, and products of organic contaminant transformation by abiotic processes. Areas of particular interest in her work include the fate and remediation of emerging contaminants, reactions of contaminants with zerovalent metals and naturally occurring mineral phases, and the prediction of environmental fate properties.

Article Contributions