When Toxics Meet Metal
Zero-valent iron is an emerging remediation technology that transforms chlorinated solvents to harmless substances. Engineers and researchers have been studying the process for about five...

Crossing Bridges with Ductile Iron Pipe—Update 1995

Design of Pressure Class Ductile Iron Pipe on Supports

Ductile Iron Microtunneling Pipe, Non-Traditional Installation Applications

Defect Detection (Available only in Geo/Environmental Special Issue)
Sonic integrity logging technology can detect flaws in deep foundations more reliably and at less cost than conventional boring techniques. These non-destructive test tools are being used...

Iron(II) Amine Complex Soil Stabilization

In Situ Groundwater Treatment by Granular Zero-Valent Iron Design, Construction and Operation of an In Situ Treatment Wall

Enhancement of In Situ Zero-Valent Metal Treatment of Contaminated Groundwater

Impact Fractures in Historic Bridges

Deep Wastewater Circular Pumping Stations

Recent Advances in Water Transmission and Distribution Pipe Materials and Design

Controlling Iron Concentrations in the Recovered Water from Aquifer Storage and Recovery (ASR) Wells

Developments in Ductile Iron Pipe

Pressure Class Ductile Iron Pipe and Its Design

The Development and Installation of Ductile Iron Microtunneling Pipe

Polyethylene Encasement and the 1993 Revision of ANSI/AWWA C105/A21.5 Standard

Ductile Iron Pipe in Earthquake/Seismic Activity

Special Protective Coatings and Linings for Ductile Iron Pipe

Restrained Joint Systems

Using pH Adjustment to Control Iron Concentrations in the Recovered Water from Aquifer Storage and Recovery (ASR) Wells

 

 

 

 

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