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9781574771077

Principles and Practices of Bioslurping

by ; ; ; ; ;
  • ISBN13:

    9781574771077

  • ISBN10:

    1574771078

  • Format: Hardcover
  • Copyright: 2001-06-01
  • Publisher: Battelle Pr
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List Price: $65.00

Summary

Principles and Practices of Bioslurping presents an overview of bioslurping compared to other conventional remediation technologies and documents procedures for designing and implementing bioslurping at petroleum hydrocarbon-contaminated sites with free product. The book is based on free-product recovery research and development efforts by Battelle, and sponsored by the U.S. Navy, U.S. Air Force, and others. Principles and Practices of Bioslurping provides details on free-product recovery principles; site characterization; pilot tests; system design, installation and operation; process monitoring; and site closure. The book describes basic principles of free-product recovery and focuses on bioslurping design and process monitoring. Principles and Practices of Bioslurping is intended for use by environmental contractors or site personnel responsible for funding, performing, or managing projects to remediate sites contaminated with LNAPL. Primary users are expected to be remedial project managers, their support contractors and similar technical personnel. The boo

Table of Contents

Foreword iii
Contents v
Figures
viii
Tables
ix
Appendices ix
Acronyms and Abbreviations xi
Introduction
1(22)
LNAPL Recovery Technologies
1(5)
Skimming
2(3)
Drawdown Pumping (Single- and Dual-Pump)
5(1)
Bioslurping
6(14)
Bioslurper Technology Description
6(1)
Principles and Theory of LNAPL Migration and Vacuum-Enhanced Recovery
7(1)
LNAPL Migration
7(7)
Vacuum-Enhanced Recovery
14(4)
Bioventing Component of Bioslurping
18(1)
Soil Vapor Extraction Component of Bioslurping
19(1)
References
20(3)
Site Characterization and Evaluation
23(18)
Site Characterization
23(9)
LNAPL Release History
23(1)
Areas/Extent of Characteristics of Contaminants
24(1)
Interface Measurements
24(1)
Baildown Testing
25(2)
Soil-Gas Survey
27(2)
In Situ Respiration Testing
29(1)
LNAPL Plume Delineation and Volume Estimation
29(3)
Characterization of Site Geology and Hydrogeology
32(6)
Site Geology Analyses
32(1)
Site Hydrogeology
33(3)
Fluid Characterization
36(2)
Evaluation of Site Characterization Data
38(1)
References
39(2)
Pilot Testing
41(34)
Permitting for Bioslurper Pilot Testing
42(1)
Vapor Discharge Permits
42(1)
Aqueous Discharge Permits
42(1)
Well Installation Permits
43(1)
Other Permits
43(1)
Bioslurper Extraction Wells
43(2)
Soil-Gas Monitoring Points
45(5)
Locations of Monitoring Points
46(2)
Monitoring Point Construction
48(2)
Baseline Measurements
50(1)
Mobilization, Installation, and System Shakedown
50(3)
Pilot-Scale Bioslurper System
51(1)
Site Mobilization
52(1)
System Installation and Shakedown
53(1)
LNAPL Recovery Testing
53(13)
Simulated Skimmer Testing
55(1)
Bioslurper Extraction Test
55(1)
LNAPL Recovery Rate and Volume
56(1)
Groundwater Recovery Volume
57(1)
Vadose Zone Radius of Influence
57(1)
Stack-Gas Volume
58(1)
Sampling and Analyses for Process Monitoring
59(3)
Soil-Gas Monitoring
62(1)
LNAPL Thickness and Groundwater-Level Monitoring
62(2)
Pump Drawdown
64(1)
Simulated Soil Vapor Extraction
65(1)
Data Reduction and Results Interpretation
66(6)
LNAPL Thickness Monitoring
66(1)
LNAPL Radius of Influence
67(2)
LNAPL Extraction Tests
69(3)
Soil-Gas Monitoring and Shutdown Respiration Testing
72(1)
References
72(3)
Full-Scale Bioslurper Design and Construction
75(28)
Extraction Well Spacing and Design
75(2)
Drop Tube and Extraction Manifold Sizing
77(1)
Liquid Ring Pump
78(4)
Oil/Water Separation
82(4)
Separation Using a Knockout Tank
82(2)
In-Well Oil/Water Separation
84(1)
Separation Through Physical Removal
85(1)
Separation Using Coalescers
85(1)
Groundwater Effluent Treatment
86(4)
Stack-Gas Treatment
90(1)
Safety Switches and Equipment
90(5)
Life-Cycle and Cost Analysis
95(2)
Design Considerations for System Operation
97(5)
Noise Abatement
98(1)
Power Availability
99(1)
Pedestrian and Vehicular Traffic
99(1)
Fluctuating Groundwater Tables
100(1)
Cold Weather Operation
101(1)
References
102(1)
Bioslurper System Operations and Maintenance
103(16)
Troubleshooting and Care of the Liquid Ring Pump
103(5)
Operation of Oil/Water Separator
108(1)
Troubleshooting and Care of Water Treatment Systems
109(4)
Chemical Treatment and Dissolved Air Flotation
109(1)
Air Stripping
110(1)
Granular Activated Carbon/Clay Anthracite Adsorption Media
111(1)
Gravity Settling Tanks
112(1)
Reinjection
113(1)
Troubleshooting and Care of Stack-Gas Treatment Systems
113(3)
Reinjection/In Situ Biodegradation
113(1)
Granular Activated Carbon
114(1)
Catalytic/Thermal Oxidizer
114(1)
Internal Combustion Engine
115(1)
Health and Safety Issues
116(3)
Site Closure
119(48)
References
121(2)
Appendices
A Bioslurping Implementation Cost-Estimating Guide
123(22)
A.1 Introduction and Scope
123(1)
A.2 Bioslurping Installation, Operations, and Maintenance
123(1)
A.2.1 Construction of Mobile Pilot Unit
123(4)
A.2.2 Pilot-Scale Installation and Testing
127(5)
A.2.3 Full-Scale Installation and Testing
132(4)
A.2.4 Operations and Maintenance
136(4)
A.3 Other Costs
140(1)
A.3.1 Design Costs
140(1)
A.3.2 Documentation Costs
140(2)
A.3.3 Site Closure (Sampling and Analysis) Costs
142(1)
A.3.4 Contingency Costs
143(1)
A.3.5 General and Administration, Overhead, and Fee
143(1)
A.4 Conclusions
143(2)
B Water Treatment Technologies
145(10)
B.1 Chemical Treatment and Dissolved Air Flotation
145(5)
B.2 Air Stripping
150(1)
B.3 Granular Activated Carbon
151(1)
B.4 Clay/Anthracite Adsorption Media
152(1)
B.5 Gravity Settling Tanks
153(1)
B.6 Reinjection
154(1)
B.7 References
154(1)
C Stack-Gas Treatment Technologies
155(12)
C.1 GAC Adsorption
155(1)
C.2 Biofiltration
156(1)
C.3 Reinjection/In Situ Biodegradation of Vapor Emissions
156(1)
C.4 Destruction in a Catalytic Oxidizer
157(2)
C.5 Thermal Oxidation Flame Incineration
159(1)
C.6 Flameless Incineration
159(1)
C.7 Destruction in an Internal Combustion Engine
160(4)
C.8 References
164(3)
Index 167

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