The technology is an enhancement process designed for integration with primary in-situ treatment technologies such as vapor extraction, bioremediation, thermal treatment, and \u27pump and treat\u27. Fractures in dense soils are created, using hydraulic or pneumatic methods, making existing fractures larger to get at contaminants and allowing a more effective distribution of the extractive air throughout the soil. Pneumatic Fracturing was jointly developed by Accutech Remedial Systems Inc. and the New Jersey Institute of Technology. It involves the injection of air (or another gas) into a contaminated geologic formation at sufficient pressure and flow rate to create artificial fractures or to extend natural fractures
Pacific Northwest Laboratory is evaluating ways to increase the applicability of the in situ vitrifi...
A bench scale investigation was conducted in a Plexiglass ™ Test cell 1 foot square by 2 feet in hei...
Hydraulic Soil Fracturing is a process that is used to enhance the in situ remediation of contaminan...
A major technical obstacle affecting the application of in situ bioremediation is the effective dist...
The purpose of this thesis was to study the anticipated benefits of integrating pneumatic fracturing...
This thesis investigates the mechanism of pneumatic fracturing in geologic materials such as soil an...
In-situ bioremediation is often limited by the rate of transport of nutrients and electron acceptors...
Pneumatic fracturing is an in situ remediation enhancement technology developed to increase the perm...
The objective of this laboratory study was the development of two novel improvements to the pneumati...
Hydraulic fractures were initially developed to be used in bedrock to enhance oil recovery. We have ...
This thesis investigates conceptual integration of the Pneumatic Fracturing (PF) process with In Sit...
This study investigates volume changes in fine-grained soil formations and their effect on pneumatic...
The objective of this thesis was to develop a new process for enhancing recovery wells at hazardous ...
This thesis investigates the flow of compressible fluids in pneumatically fractured formations. Pneu...
The Environmental Restoration Technology Section (ERTS) of the Savannah River National Laboratory (S...
Pacific Northwest Laboratory is evaluating ways to increase the applicability of the in situ vitrifi...
A bench scale investigation was conducted in a Plexiglass ™ Test cell 1 foot square by 2 feet in hei...
Hydraulic Soil Fracturing is a process that is used to enhance the in situ remediation of contaminan...
A major technical obstacle affecting the application of in situ bioremediation is the effective dist...
The purpose of this thesis was to study the anticipated benefits of integrating pneumatic fracturing...
This thesis investigates the mechanism of pneumatic fracturing in geologic materials such as soil an...
In-situ bioremediation is often limited by the rate of transport of nutrients and electron acceptors...
Pneumatic fracturing is an in situ remediation enhancement technology developed to increase the perm...
The objective of this laboratory study was the development of two novel improvements to the pneumati...
Hydraulic fractures were initially developed to be used in bedrock to enhance oil recovery. We have ...
This thesis investigates conceptual integration of the Pneumatic Fracturing (PF) process with In Sit...
This study investigates volume changes in fine-grained soil formations and their effect on pneumatic...
The objective of this thesis was to develop a new process for enhancing recovery wells at hazardous ...
This thesis investigates the flow of compressible fluids in pneumatically fractured formations. Pneu...
The Environmental Restoration Technology Section (ERTS) of the Savannah River National Laboratory (S...
Pacific Northwest Laboratory is evaluating ways to increase the applicability of the in situ vitrifi...
A bench scale investigation was conducted in a Plexiglass ™ Test cell 1 foot square by 2 feet in hei...
Hydraulic Soil Fracturing is a process that is used to enhance the in situ remediation of contaminan...