CFS provides complete environmental site remediation services, including brownfield redevelopment, facility decommissioning, and site recovery.
We have the expertise and experience to design and install soil depressurization systems and operate and maintain ongoing in-situ treatment systems.
A partial list of services is provided below.
Our teams of professionals are experienced in all facets of plant decommissioning. CFS is your single source for decontamination of polluted concrete and building materials, high pressure water blasting and PCB remediation, to complete building demolition.
CFS understands site redevelopment for beneficial use purposes. We regularly partner with real estate investment companies and brownfield development firms to investigate, assess, remediate, and restore contaminated properties.
Ask about our Financial Cost and Pollution Repair Guarantee Program.
CFS provides complete waste disposal and recycling services for hazardous and non-hazardous waste materials (drum or bulk quantities), universal wastes, PCBs, petroleum impacted soils and liquids. Disposal options include recycling, landfill, incineration and wastewater treatment.
Our team also provides site assessment and remediation system design, including sub-slab depressurization systems and in-situ injection systems to treat polluted groundwater and soils.
Our combined expertise in drilling and remediation delivers comprehensive and effective solutions that are unique to our industry.
Sub-slab depressurization (SSD) systems are used to apply vacuum underneath a building slab in order to reverse the migration of contaminated vapors through the slab into the structure.
We install the most effective SSD systems, operate the system to ensure peak efficiency, and perform ongoing system management throughout the life of the project.
We're expert at performing effective in-situ injection delivery of a wide range of chemicals and oxidants into contaminated subsurface soil or groundwater areas. The advantages of injecting remediation chemicals include limited generation of waste material, contaminant plume containment, minimal site disturbance, and reduced cleanup time.
These advantages result in savings on material, monitoring, and maintenance.