ASCE will be sunsetting the Civil Engineering Database (CEDB) in the coming months. We encourage you to start using the ASCE Library to perform content searches. In the ASCE Library, you can save your search results as well as receive email content alerts when new content relevant to your area of interest is published. Try it out today at https://ascelibrary.org.

 

Fracturing for In-situ Bioremediation (Available only in Focus on Geo/Environmental Special Issue)

by Sankar N. Venkatraman, McLaren/Hart Environmental Engineering Corp., Warren, NJ,
John R. Schuring, (M.ASCE), Prof.; New Jersey Institute of Technology, Newark, NJ,
Thomas M. Boland, Development Engr.; New Jersey Institute of Technology, Newark, NJ,
David S. Kosson, Prof.; Rutgers Univ., Piscataway, NJ,


Serial Information: Civil Engineering—ASCE, 1996, Vol. 66, Issue 3, Pg. 14A-16A


Document Type: Feature article

Abstract:

A pilot-scale evaluation of an integrated pneumatic fracturing and bioremediation system demonstrated the enhanced removal of BTX from a gasoline-contaminated, low-permeability soil formation. The fracturing enhanced subsurface permeability by an average of more than 36 times and established an extended bioremediation zone supporting aerobic, denitrifying and methanogenic populations. Subsurface amendment injections consisting of phosphate and nitrogen were made over a 50-week period to stimulate microbial activity. Results indicate that 79% of the soil-phase BTX was removed during the field test, with over 85% of the mass removed attributable to bioremediation.

Subject Headings: Field tests | Cracking | Subsurface environment | Pneumatic systems | Permeability (soil) | Soil tests | Pollution

Services: Buy this book/Buy this article

 

Return to search