AquaBlok Expands Availability of Sediment Remediation Resources Related to Use/Application of Powdered Activated Carbon (PAC)
TOLEDO, Ohio, Dec. 5, 2019 /PRNewswire-PRWeb/ -- AquaBlok, Ltd. is excited to announce their participation in the development of several tools, project reports, and informational videos related to the use/application of powdered activated carbon (PAC) for contaminated sediment remediation. These resources are intended to support those within in the sediment remediation industry, specifically for projects utilizing PAC.
"We pride ourselves on being a resource to consulting engineers, contractors, and regulators in the industry. Co-creating resources, like these, with reputable organizations, like Cabot Norit Activated Carbon, universities and ESTCP, helps us do just that, as well as emphasize the cost and performance advantages of PAC as a remedy for contaminated sediment," says AquaBlok COO John Collins.
The use of activated carbon amendments for in-situ treatment and reactive capping as a viable alternative to dredging of contaminated sediment has gained increased acceptance by industry and regulators. Many laboratory studies and field applications have demonstrated activated carbon's capability to sequester hydrophobic organic compounds such as polychlorinated biphenyls (PCBs), polycyclic aromatic hydrocarbons (PAHs), dioxin and pesticides in sediment.
The resources below can be found on the web, as well as on AquaBlok's website.
-- AquaBlok assisted CABOT in the development of an online modeling tool,
which predicts the performance of PAC (NORIT SedimentPure) and granular
activated carbon (GAC) for reactive capping on a range of contaminants
in sediment remediation applications. It is intended to simplify the
complexity of the CAPSIM Model under a set of realistic field scenarios.
It also identifies factors that influence the performance and efficacy
of activated carbon in different forms under a range of conditions.
Demonstration of In Situ Treatment with Reactive Amendments for Contaminated Sediments in Active DoD Harbors Bremerton, WA AquaGate+PAC Report.
-- In this extensive report, AquaGate+PAC was used to address PCBs in the
sediment at the Navy's Puget Sound Naval Shipyard and Intermediate
Maintainence Facility. The use of AquaBlok+PAC resulted in a 94%
reduction in PCBs in tissues of marine species. This project resulted in
an ESTCP Project of the Year award.
In Situ Wetland Restoration Demonstration: Canal Creek, Aberdeen MD.
-- At this project site, AquaGate+PAC was tested against a PAC slurry and
an engineered manufactured soil cover system in a field demonstration of
in situ wetland remediation technologies. The site was contaminated with
polychlorinated biphenyls (PCBs). Post-treatment results showed
significantly lowered concentrations of PCBs in pore water and benthic
tissue in treatment plots where AquaGate+PAC was used.
Video: Powder Performance (PAC Superior to GAC)
-- This high-quality video, co-created by AquaBlok, explains the benefits
of PAC over GAC for sediment remediation applications. It stresses the
importance of the source of activated carbon and the particle size and
provides independent research documentation.
SOURCE AquaBlok, Ltd.
