Installation of a Deep Drainage Trench by The Bio-Polymer Slurry Drain Technique
An underground diesel fuel spill at a county bus maintenance facility in San Jose, California was successfully remediated by constructing a pair of 50 feet
Category: Polymer Trenching
Services
Location
A BIO-POLYMER DRAIN SOLUTION FOR PIUTE DAM
Piute Dam, located approximately 10 miles north of Junction, Utah was constructed during the early 1900’s by pioneer farmers and ranchers to provide a more
Innovative Use of Bio-Polymers to Construct a Toe Drain at Piute Dam
The presence of an original unfiltered drain and liquefiable embankment and alluvial soils near the toe of 100-year-old Piute Dam in Utah led project owner
TECHNICAL SPECIFICATION BIO-POLYMER SLURRY DRAINAGE TRENCH CONSTRUCTION GROUNDWATER COLLECTOR TRENCH
(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 _______
Deep Drains
Filter Trench Installation using the Bio-Polymer Slurry Trench Method Dam Rehabilitation
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
Permeable Reactive Barrier
PRB Funnel and Gate System Norris Sucker Rods Plant
Significant Project Features: Approximately 150LF of Permeable Reactive Barrier (PRB) installed to a max depth of 11 ft. Approximately 950LF of Soil-Bentonite Installed to a
Deep Drains
Walton and Lonsbury Superfund Site Source Area and Bliss Brook PRB
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
Deep Drains
Bio-Polymer Trench Groundwater Collection Trench
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.