
Source Area Soil Thermal Treatment
Significant Project Features: Thermal treatment of 35 columns of impacted soil via large diameter auger steam injection Injection of approximately 45,000 lbs. of Zero-Valent Iron

Significant Project Features: Thermal treatment of 35 columns of impacted soil via large diameter auger steam injection Injection of approximately 45,000 lbs. of Zero-Valent Iron

Significant Project Features: • In-Situ Solidification (ISS) by method of bucket mixing, with a 16% addition rate of Type I/II Portland Cement to solidify/stabilize the

Significant Project Features: Implementation of 3 mix designs during Field Pilot Study. In-situ solidification (ISS) of approximately 5,082 cy of soil for landslide mitigation. 65

Significant Project Features: Steam stripping with 9-foot diameter auger to depths of 16 feet below ground followed by soil mixing with zero-valent iron, both to

Significant Project Features: Shallow Soil Mixing to a maximum depth of 34 feet below ground surface. Stabilization of soft clay soils with Portland cement to

Significant Project Features: Excavation of 12,250 CY of soil and debris Subsurface demolition and removal of MGP structures 12 column, multiple reagent addition Pilot test
Background: The McIntosh Pit is a former uranium mine that has been undergoing a multi-phase reclamation. The previous mining operations and deposit of tailings created

Project Background: Geo-Solutions, Inc. (GSI) was hired by Creamer Environmental to perform the In-Situ Stabilization (ISS) of approximately 49,100 cubic yards of contaminated soils at

The project included remediation of a portion of the Lancaster manufactured gas plant site. Specifically, the project involved closure of two former gas holders. After

Crawford Station is a former manufactured gas plant located in Chicago, IL. For remediation, Geo-Soluctions was tasked with in-situ solidification (ISS) of contaminated soils, among