Zero Valent Iron (ZVI) Remediation
Articles & Whitepapers
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Svratka Site: Innovative NZVI Geochemical Barrier Supported by Direct Current (DC)
Massive contamination by chlorinated ethenes (CHCs) under an engineering plant showed to be problem for a near groundwater receiving river. The innovative approach including formation of nZVI reactive geochemical barrier was chosen by the remediation company MEGA. Moreover, a prolongation of activity of the applied NANOFER was achieved thanks to the usage of DC. Long-term monitoring and ...
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Chlorinated VOC Groundwater & Soil Remediation - Case Study
Summary Burns & McDonnell was retained to perform soil and groundwater remediation of chlorinated volatile organic compounds (VOCs) such as perchloroethylene and trichloroethylene (PCE and TCE) ...
News
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Písecná site: challenging remediation of deep contamination plume near to the drinking water source
Treatment of an old disposal site proved to be a challenging task due to its improper placement and insufficient ensuring. The site is located in a very complex geological environment and in imminence of the source of drinking water. Therefore, the ...
Join NANO IRON at Battelle Chlorcon 2018 in Palm Springs, USA
Exciting initial ecotoxicity results from the NanoRem project
Successful pilot injection of nanoscale zero-valent iron for groundwater remediation in Kara Trutnov site in Czech Republic
Full-scale application of nZVI: innovative geochemical barrier supported by direct current
Equipment & Solutions
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Showcase
Composite Particle System
AquaBlok is a patented, composite-aggregate technology resembling small stones that is typically comprised of a dense aggregate core. In this application of the technology, a powdered high-swell sodium bentonite coating is utilized (Figure 1) with varying percentages of additive (bentonite) layer by percent of total weight.
