Course Description

In Part 1, we introduced the concept of in situ thermal remediation (ISTR), highlighting its role in treating contaminated soils and groundwater directly in place. We covered the primary mechanisms of contaminant removal, including volatilization, where contaminants are transformed into vapor for extraction; vapor recovery, which captures mobilized pollutants; and enhanced biodegradation, where heat stimulates microbial activity. We also discussed different thermal technologies such as steam injection, electrical resistance heating (ERH), thermal conduction heating (TCH), and hot air injection, as well as the importance of site characterization and regulatory compliance.

What you'll learn in this course?

• Understand advanced mechanisms of in situ thermal remediation (ISTR).

• Evaluate design considerations for different thermal technologies.

• Assess site-specific factors influencing remediation efficiency.

• Interpret monitoring and performance evaluation data.

• Identify challenges, limitations, and safety considerations.

• Review case studies to integrate theoretical and practical knowledge.

Prerequisites

• Completion of Part 1 or equivalent knowledge of in situ thermal remediation fundamentals

• Familiarity with soil, groundwater, volatile contaminants, and remediation monitoring is helpful