This book provides to the typical hydrologist the information needed on methods for characterization of contaminated subsurface hydrologic sites. It explains how to seal the borehole, map the contaminant distribution in the formation, map the flow zones and measure the hydraulic head distribution through a single flexible liner. .
This book provides to the typical hydrologist the information needed on methods for characterization of contaminated subsurface hydrologic sites. It explains how to seal the borehole, map the contaminant distribution in the formation, map the flow zones and measure the hydraulic head distribution through a single flexible liner. .
Carl Keller is the owner and principal scientist of Flexible Liner Underground Technologies (FLUTe), a business of fabricating and installing the products of his inventions which include a wide range of unique underground measurement methods and monitoring techniques related to ground water contamination. At FLUTe, he performs the duties of principal scientist and CEO. He also serves as a consultant on matters of his scientific experience. He has patents on multi-level ground water sampling methods, hydraulic conductivity measurements in boreholes, the lining of ducting for decontamination, a progressive packer device for horizontal holes, liner augmentation of horizontal drilling, DNAPL mapping, mapping the dissolved phase of contaminants, mapping the vertical head distribution, and rehabilitation of piping and sewer lines. He has 30 patents on underground measurement methods, 29 use flexible liners. He has patents in 13 foreign countries. His methods are in use in all 50 States, Canada, Brazil, Japan, Denmark, Sweden, France, UK, Israel, Saudi Arabia, Australia, South Africa, South Korea, Germany, and Spain. In 2008 he received the National Groundwater Association Technology Award.
Inhaltsangabe
1. Introduction/Purpose 2. Brief History of Flexible Liner Underground Technologies (FLUTe) Methods 3. The Mechanics of Flexible Liners 4. Chemistry of the Liners 5. Kinds of Blank Liners 6. Novel Applications of Blank Liners 7. General Advantages of Flexible Blank Liners 8. Hazards to the Liner and Precautions 9. Special Devices Designed for Use with Liners 10. Theory and Application of FLUTe Liner Methods 11. FLUTe Vadose Multi-Level Measurements 12. The TACL (Traveling Acoustic Coupling Liner) 13. Application of Combinations of Liners and Other Methods 14. CSC (Continuous Screened Casing) Design 15. Other Applications of Liners 16. FLUTe Calculational Models 17. Installation Procedures of Many Kinds 18. The Manufacturing Machines and Facilities Developed for Liner Fabrication 19. Conclusion
1. Introduction/Purpose 2. Brief History of Flexible Liner Underground Technologies (FLUTe) Methods 3. The Mechanics of Flexible Liners 4. Chemistry of the Liners 5. Kinds of Blank Liners 6. Novel Applications of Blank Liners 7. General Advantages of Flexible Blank Liners 8. Hazards to the Liner and Precautions 9. Special Devices Designed for Use with Liners 10. Theory and Application of FLUTe Liner Methods 11. FLUTe Vadose Multi-Level Measurements 12. The TACL (Traveling Acoustic Coupling Liner) 13. Application of Combinations of Liners and Other Methods 14. CSC (Continuous Screened Casing) Design 15. Other Applications of Liners 16. FLUTe Calculational Models 17. Installation Procedures of Many Kinds 18. The Manufacturing Machines and Facilities Developed for Liner Fabrication 19. Conclusion
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