ASBESTOS-CONTAMINATED SOIL REMEDIATION FOR
This case study details the challenges and successful execution of a project involving the removal of 20,000 metric tons of asbestos-contaminated soil within 40 days from a brownfield site undergoing redevelopment.
It highlights the importance of proper planning, execution, and adherence to regulations to ensure safety and compliance.
- Services
◦ Asbestos abatement
◦ Soil remediation
◦ Hazmat handling - Industry – IT
- Location – Maharashtra
- Impact – 20,000 metric tons asbestos-contaminated soil abated
The Challenges
Asbestos in Soil
The primary challenge was the presence of asbestos in the soil, a hazardous material posing health risks to workers and the surrounding community if not handled correctly.
Hidden Hazards
The initial soil sampling only focused on soil and neglected the potential contamination of water and the presence of an underground oil tank.
Environmental Impact
Minimizing the project’s impact on the surrounding neighborhood during the remediation process was crucial.
Worker Safety
Protecting workers from asbestos exposure while working on the site was a top priority.
Safe Transportation and Disposal
Developing a safe plan for transporting the contaminated soil to a licensed landfill site was essential.
Our Approach
Recognizing the limitations of the initial assessment, a comprehensive investigation was undertaken. This involved additional soil sampling to determine the true extent of asbestos contamination. Furthermore, the presence of an underground oil tank was identified, prompting the development of a plan for its safe removal.
To ensure minimal disruption to the surrounding neighborhood, a detailed impact assessment and monitoring plan was established. This included measures like air quality monitoring, dust suppression techniques, and even considering wind direction during excavation to minimize airborne risks.
Worker safety was paramount throughout the project. A comprehensive plan was implemented, providing workers with proper personal protective equipment (PPE). Decontamination procedures and air monitoring at the worksite further ensured worker well-being.
Safe transportation and disposal of the contaminated soil were also addressed. A dedicated plan ensured proper inspection and cleaning of all vehicles involved. The contaminated soil was transported directly to a government-approved landfill site with complete documentation for legal traceability.
Finally, extensive data collection and reporting were implemented throughout the project. This included air sampling results, worker exposure levels, and vehicle inspection reports. All data was documented in a court-admissible format to provide comprehensive legal protection for the client.
Project Outcome
Successful Removal
Developing a safe plan for transporting the contaminated soil to a licensed landfill site was essential.
Worker Safety
Zero accidents or asbestos overexposure among workers reported, thanks to strict safety protocols and meticulous air quality monitoring.
Minimal Environmental Impact
Dust suppression measures and air quality monitoring ensured minimal impact on the surrounding neighbourhood. All soil was disposed of in a government-approved landfill, ensuring no environmental threat.
Regulatory Compliance
Fully compliant with asbestos remediation and waste disposal regulations, backed by detailed documentation & record-keeping, offering legal protection to clients for up to 30 years.
5000+
Clients Serviced
24+
Years of Experience
120+
Experienced Professionals
PAN
India Presence
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