Activated carbon is revolutionizing in situ soil and groundwater remediation! Its adsorption and degradation processes effectively tackle persistent contaminant plumes, offering a promising solution for complex sites. Embracing activated carbon-based technologies means cleaner environments and safer communities. Learn more about below
Intrasorp®
Specialized Colloidal Activated Carbon
Intrasorp® AC is a suspension that contains specialized activated carbon colloids. Its was developed and patented at one of Europe's leading environmental research centers. With Intrasorp® AC, we can create in situ adsorption barriers in aquifers to quickly prevent the spreading of plumes or delimit the leaching of source zones with respect to a broad range of organic contaminants.
The Intrasorp® AC suspension shows a superior subsurface mobility during its injection, an irreversible deposition at the target zone with the use of our mobility agent and a pronounced adsorption capacity for organic contaminants like petroleum hydrocarbon,m chlorinated solvent, pesticides and explosive residual.
Adsorption of BTEX, PAH, mineral oil hydrocarbons for long-term immobilization of contaminants in groundwater plumes or source zones.
Effective adsorption of a wide variety of further organic contaminants.
Can be Injected into the aquifers as colloidally stabilized suspension via direct push or via existing monitoring wells.
Irreversible deposition after injection of the AC colloids at the aquifer matrix; no uncontrolled remobilization from the in-situ adsorption barrier, minimizing renegade carbon contaminating, immediate cutoff of contamination plumes.
Sustains lifetimes of the in situ adsorption barrier in the range of decades at no additional energy cost.
Proven in practice during multiple full-scale remediation applications at field-scale.
Drinking-water quality - Made in Germany and scientifically validated.
Can be boosted nutrients and microorganism. The nutrients serve as electron acceptors for the micro-organisms greatly enhancing the microbial degradation of the sorbed organic contaminants under both oxic or anoxic conditions to extend the intrasorp capture capacity.