Title: SELF-SUSTAINING TREATMENT FOR ACTIVE REMEDIATION (STAR) PRE-DESIGN EVALUATION (PDE) REPORT, QUENDALL TERMINALS, RENTON, WASHINGTON 
Resource Type: document --> case study 
Country: USA 
Language(s): English
 
Year: 2019 
Author 1/Producer: US Environmental Protection Agency (US EPA) 
Other Authors/Producers: SAVRON 
Author / Producer Type: Consultancy, contractor or other service provider 
Report/Document number/description: U.S. EPA Region 10, Doc. ID 10011699 
Publisher Country: USA 
Publisher web link (root): https://semspub.epa.gov/work/10/100116994.pdf
Report / download web link (=direct link): https://semspub.epa.gov/work/10/100116994.pdf  
EUGRIS Keyword(s): Contaminated land-->Remediation options-->In situ treatment technologies
 
Short description: Creosote manufacturing was conducted at Quendall Terminals from 1916 to 1969, where distillation of coal and oil-gas tar residues led to environmental releases of coal tar and distillate products, mainly in material handling, production, storage, and disposal areas. DNAPL impacts at the site have been observed to a maximum depth of 34 ft bgs. STAR is an innovative in situ thermal technology based on the principles of smoldering combustion, where organic contaminants are the source of fuel. The smoldering process is sustained by the addition of air through a well to the target treatment zone and is initiated through a short-duration, low-energy ignition event. Based on the results of a bench-scale treatability study, a field pilot test was recommended to evaluate key design parameters for a full-scale STAR system and to evaluate the potential influence of site-specific matrix heterogeneities on the process. A field pre-design evaluation was then conducted to evaluate the combustion front radius of influence, mass destruction and combustion front propagation rates, and volatile mass loading in collected vapors. This report describes the field activities, feasibility results, and recommendations for implementing the STAR in situ thermal technology.  
Submitted By: Professor Paul Bardos WhoDoesWhat?      Last update: 22/08/2019

This site uses cookies to improve your user experience. By using this site you agree to these cookies being set.
To find out more see our Privacy Policy.
OK