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[Volume 4 Table of Contents]

Field Demonstration Work Plan for ESTCP Project 20020 - PIMS - Remediation of Soil Contaminated with Lead at CSSA, June 2001

Table of Contents

Section 1 - Introduction

1.1   Background

1.2   Objectives of the Demonstration

1.3   Regulatory Drivers

1.4   Stakeholder/End-User Issues

Section 2 - Technology Description

2.1   Technology Development and Application

2.1.1   Typical Emplacement Methods

2.1.2   The Approach at Camp Stanley

2.2   Previous Testing of the Technology

2.3   Factors Affecting Cost and Performance

2.4   Advantages and Limitations of the Technology

Section 3 - Demonstration Design

3.1   Performance Objectives

3.2   Selecting Test Site(s)

3.3   Test Site History/Characteristics

3.3.1   Test Site History

3.3.2   Chronology of Events

3.3.3   Environmental Setting

3.3.4   Geology

3.4   Present Operations

3.5   Pre-Demonstration Testing and Analysis

3.6   Testing and Evaluation Plan

3.6.1   Demonstration Set-Up and Start-Up

3.6.2   Period of Operation

3.6.3   Amount /Treatment Rate of Material to be Treated

3.6.4   Residuals Handling

3.6.5   Operating Parameters for the Technology

3.6.6   Experimental Design

3.6.7   Sampling Plan

3.6.8   Demobilization

3.6.9   Health and Safety Plan (HASP)

3.7   Selection of Analytical/Testing Methods

3.8   Selection of Analytical/Testing Laboratory

3.9   Management and Staffing

3.10   Demonstration Schedule

Section 4 - Performance Assessment

4.1   Performance Criteria

4.2   Performance Confirmation Methods

4.3   Data Analysis, Interpretation, and Evaluation

Section 5 - Cost Assessment

5.1   Cost Reporting

5.2   Cost Analysis

Section 6 - Implementation Issues

6.1   Environmental Checklist

6.2   Other Regulatory Issues

6.2.1   Current and Planned Interactions With Regulators and Public Participation

6.2.2   Treatment of CSSA Soils

6.3   End-User Issues

Section 7 - References

Section 8 - Points of Contact

Appendices

Appendix A   Summary of Previous Investigation Results

Appendix B   Analytical Methods Supporting Experimental Design

Appendix C   Sampling and Analysis Plan

Appendix D   Analytical methods Supporting the Sampling Plan

Appendix E   Quality Assurance Project Plan

Appendix F   Health and Safety Plan

Figures

Figure 2.1   PIMS Soil Mixing for Pb Stabilization

Figure 2.2   Breakthrough of Dissolved Zinc

Figure 3.1   Regional Location Map, Camp Stanley Storage Activity

Figure 3.2   Site Map - B-20 Former OB/OD Area, June 1996, Camp Stanley Storage Activity

Figure 3.3   Results from the Batch Leach Tests Using the SPLP Solution

Figure 3.4   Results from the Batch Leach Tests Using the TCLP Solution

Figure 3.5   Column Tests Using the SPLP Solutions, Using Soil with 5% Apatite II Added and Soil Without Apatite II, in Duplicate

Figure 3.6   Column Tests Using the TCLP Solutions, Using Soil With 5% Apatite II Added and Soil Without Apatite II, in Duplicate

Figure 3.7   Wiring Diagram

Figure 3.8   Gantt Chart

Figure 4.1   SWMU Remediation Site

Tables

Table 2.1   Stability of Apatite Minerals

Table 2.2   Chronological Summary of Development of the Technology

Table 2.3   Results of Batch Leach Tests

Table 3.1   Performance Objectives

Table 3.2   Activities at Site B-20

Table 3.3   Metal Concentrations in the Tap Water used as Irrigation Water

Table 3.4   Metal Concentrations in the B20 and B24 Soil Piles Designated for Remediation in this Demonstration

Table 3.5   Three Groups of Batch Leach Tests for Lead using USEPA SPLP Solution on B-20 and B-24 Soils with and without Apatite II Treatment at 5 percent by Weight of Soil

Table 3.6   Three Groups of Batch Leach Tests for Lead using USEPA TCLP Solution on B-20 and B-24 with and without Apatite II Treatment at 5 percent by Weight of Soil

Table 4.1   Performance Criteria

Table 4.2   Expected Performance and Performance Confirmation Methods

Table 5.1   Cost Tracking

Table 8.1   Points of Contact