In the world of environmental remediation, addressing the contamination from Leaking Petroleum Storage Tanks (LPSTs) is a critical challenge. When petroleum products leak into the soil and groundwater, they pose significant risks to the environment and public health. One of the most effective and innovative methods for managing this issue is Mobile Dual Phase Extraction (MDPE). Let’s explore how this technology benefits LPST contaminated sites.

What is Mobile Dual Phase Extraction?

Mobile Dual Phase Extraction is a  remediation technique designed to address both vapor and liquid phases of contamination simultaneously. This method is particularly valuable for sites where petroleum products have leaked, creating a complex mixture of hydrocarbons in the soil and groundwater.

How It Works:

1. Extraction of Free Product: The process begins by using specialized equipment to remove the free phase petroleum product that accumulates on top of the groundwater table.
2. Vapor Extraction: Alongside the liquid extraction, vapor-phase contaminants are extracted from the soil through a vacuum system. This helps in removing volatile organic compounds (VOCs) that may have migrated into the soil.
3. Treatment: Both the extracted liquids and vapors are treated on-site or off-site to remove contaminants before the treated water or air is safely discharged or reintegrated.

Key Benefits of Mobile Dual Phase Extraction

1. Comprehensive Remediation: MDPE addresses both the liquid and vapor phases of petroleum contamination, making it a comprehensive solution for LPST sites. By removing both free-phase petroleum and vapor-phase contaminants, it significantly accelerates the cleanup process.

2. Rapid Deployment: One of the standout features of MDPE is its mobility. The equipment can be transported and set up quickly at different sites, allowing for flexible and rapid response to contamination incidents. This is particularly beneficial for sites that require immediate attention to mitigate environmental and health risks.

3. Effective in Varied Conditions: MDPE can be effective in a range of soil and groundwater conditions, including those with high levels of petroleum contamination. The technology is adaptable to different site conditions, ensuring that even complex contamination scenarios can be addressed effectively.

4. Cost Efficiency: By targeting both liquid and vapor phases of contamination simultaneously, MDPE can reduce the overall time and cost associated with remediation. Faster site cleanup translates to lower operational costs and quicker return to site usability.

5. Minimized Disruption: The MDPE equipment means that remediation can occur with minimal disruption to ongoing site activities. This is advantageous for sites located in active areas where full-scale excavation or other intrusive methods may be impractical.

6. Enhanced Monitoring and Control: MDPE systems come equipped with advanced monitoring tools that provide real-time data on the progress of the remediation. This allows for precise control over the extraction process and ensures that the remediation goals are met efficiently.

Conclusion

MDPE is a powerful tool in the environmental remediation toolkit, offering numerous benefits for managing LPST contaminated sites. Its ability to address both liquid and vapor contamination phases, coupled with rapid deployment and cost efficiency, makes it a preferred choice for many remediation projects.

If you’re dealing with an LPST contaminated site, consider the advantages of Mobile Dual Phase Extraction and how it can expedite and enhance your remediation efforts. Feel free to call us at 806-467-0607 or email at clientrelations@talonlpe.com