Soil sampling at a Superfund Site
Controlling contamination means controlling your bottom line
Parsons’ safe, cost-effective, and technically innovative investigation and remediation projects help customers turn liabilities into assets. We view projects, from the start to finish, with the end result firmly in mind. We have a proven track record of incorporating sustainable solutions and green strategies into all of our business practices.
Parsons is a leader in providing innovative, risk-based remedial technologies to its customers worldwide:
Innovative solutions. Parsons designed and installed innovative wetland treatments for the Bofors Nobel Superfund site in Michigan that consisted of shredded tire chips and peat to increase permeability and treat volatile organic compounds (VOCs) and benzidine.
Ground-breaking science. We co-authored both the original and the updated version of the “Protocol for in situ Bioremediation of Chlorinated Solvents using Edible Oil,” under contract to the Air Force Center for Environmental Excellence (AFCEE).
Successful teaming. Parsons teamed with Virginia Tech to evaluate the ability to treat unique chemicals of concern at a former chemical plant in Mississippi. We also partnered with Purdue University to evaluate the phytoremediation of fluoride and cyanide at a spent potliner landfill.
Biowall installation at Altus Air Force Base
Altus AFB, Oklahoma
Gaining the competitive advantage
Parsons focuses on developing long-term partnering relationships with our customers. Our customers gain a competitive advantage from having mutually beneficial goals that are focused on site closure and maximizing the environmental, economic, and social impacts of the project.
Full range of environmental services
- Site assessments
- Remedial investigations
- RCRA facility investigations
- Feasibility studies
- Corrective measures studies
- Groundwater and surface water modeling
- Data validation
- Human health and ecological risk assessments
- Database management
- Remedial design
- Life-cycle cost evaluation
