Clean Earth offers customized mobile soil solutions across the United States for projects of various size with a diverse set of contaminants. Clean Earth’s mobile soil remediation capabilities include thermal desorption and stabilization treatment performed at the project site, avoiding the high costs associated with traditional transportation and disposal methods.
Our soil treatment methods consist of mixing contaminated soils and sediments, with chemical additives to physically or chemically immobilize chemical constituents. Solidification refers to a process that forms a physical bond, encapsulating contaminates to the waste matrix. Contaminant migration is often restricted by decreasing the surface area exposed to leaching and / or by coating the wastes with low-permeability materials. Stabilization refers to a processes that reduces risk posed by a waste by converting the contaminants into a less soluble, mobile or toxic form. This technique involves the use of chemical additives to reduce the hazard potential.
We bring our expertise to every solution we provide. Treatment strategies are developed and customized, through collaboration with our clients, to achieve the overall objective of the site-specific remediation goals. Treatment options include the reduction of leachable chemical constituents to allow for on-site reuse, or to reduce concentrations to meet Land Disposal Restrictions and Contained-In Policy requirements for off-site disposal as a non-hazardous waste material. Both options offer significant cost savings when compared to traditional hazardous transportation disposal costs.
Our team of experts will work closely with regulators, third-party laboratories, chemists and vendors to assist in the selection of the most appropriate and cost-effective means and methods to accomplish your remedial goals.
Contacts us today, to learn how Clean Earth’s mobile treatment services can assist with providing sustainable treatment options for the beneficial management and reuse of soils, sludges, and other earthen materials.