The consideration and use of in-situ reactive wall groundwater treatment systems on remediation projects continues to gain acceptance. Such systems are attractive due to their
(This technical specification is to be used to guide the writer in the contract requirements for Bio-Polymer construction for a specific site. Included are _______
Soil-bentonite (SB) cutoff walls are commonly employed in the US to control groundwater flow and subsurface contaminant migration. In these applications, both the short-term (as
Significant Project Features: Installation of 1,850 linear feet of sand filter trench using the bio-polymer slurry trench method Use of guar gum for slurry creation
Background In 2021, Syncrude Canada Ltd (Syncrude) was constructing a new tailings dam at the South In-Pit Pond at its North Mine near Fort McMurray,
Project Description: The purpose of this project was to construct a Soil-Bentonite (SB) cut-off wall for the Ramona Municipal Water District as part of the
Project Features: Soil-Bentonite Barrier Wall 48,476 Linear Feet (LF). 1,446,362 Vertical Square Feet. Maximum of 60-feet deep Target Average Permeability of 1 x 10-7 cm/s
Background Freeport-McMoRan, a large copper mining company, tasked GSI with creating an impermeable cutoff wall / grout curtain at their Chino Mine facility to prevent
Significant Project Features: In-situ solidification (ISS) of approximately 13,900 CY Hex-Chromium impacted soil via bucket mixing. Permeable Reactive Barrier approximately 300 LF and over 9,600
Project Objectives Geo-Solutions, Inc. (GSI) was subcontracted by Code Environmental Services, Inc. (Code) who was contracted by Akzo Nobel to install the groundwater collection trench.
