Innovative Environmental Remediation Solutions
We provide unique approach to site cleanup and environmental remediation. We develop customized plans based on the unique characteristics and impacts at a site using the state-of-the-art nanotechnology.
Soil and groundwater remediation strategies may include one or more combination of the forincipally includes one or a combination of the approaches:
- Contaminated soil removal and disposal.
- Biological, physical, or chemical treatment for on-site soil, water, or groundwater remediation and cleanup.
- Development of site-specific environmental risk-based standards incorporating local site conditions and control measures when cleanup is not feasible.
Our Process
We help you identify the most cost effective, environmentally friendly, and sustainable remedial solution that fits your site-specific needs and your budget.
Through the “Planning-Analysis-Execution” cycle we will identify the optimal solutions to meet your requirements.
SIRATI designs remedial action plans that are tailored to overcome the challenges associated with each site, while prioritizing the goals of our clients. Our team of environmental engineers and geoscientists help you understand the regulatory process and provide a clear path forward to identify, manage, and mitigate environmental risk.
SIRATI offers both conventional and advanced new technology for soil and groundwater remedial solutions. By virtue of its in-house capabilities and use of GRAFTA ™, SIRATI is in a unique position to offer cost-effective remedial options resulting in significant savings on Project’s cost-benefit analysis.
GRAFTA ™ has been engineered to remove the most problematic and toxic industrial based contaminants that impact industry, society, and the environment. The unique nanoscale design of GRAFTA ™ has a massive specific surface area that effectively adsorbs contaminants and stabilizes them in a near-zero leaching form, providing for a clean water future for generations to come. The main advantages of GRAFTA™ are:
- Low cost compared to activated carbon.
- Extremely high adsorption capacity for PHCs, VOCs, Chlorinated Compounds, PFOS etc.
- Extremely high adsorption capacity for mercury, lead, cadmium, chromium etc.
- Near Zero Leaching of Contaminants after use.
- End of Life GRAFTA can potentially be used in construction.
- In-Situ Injection for Groundwater Remediation and Permeable Reactive Barrier.
- Potential use in Low Impact Development (LID) for In-situ Treatment of Infiltrating Water.
- And many Other Applications