Search

Your search keyword '"Jersak, Joseph"' showing total 20 results
Start Over Author "Jersak, Joseph"
20 results on '"Jersak, Joseph"'

1. In-situ capping of contaminated sediments. Overall summary

Author

Jersak, Joseph, Göransson, Gunnel, Ohlsson, Yvonne, Larsson, Lennart, Flyhammar, Peter, and Lindh, Per

Subjects
Design, Geovetenskap och miljövetenskap, In-situ capping, Geotechnical Engineering, Pollution, Fibre, Geoteknik, Contamination, Swedish, Sediment, Liner, Earth and Related Environmental Sciences, Cover, Construction
Abstract

(1) Aktuell översikt: In-situ övertäckning av förorenade sediment; (2) Förorenade sediment i Sverige: En inledande genomgång; (3) Etablerade ex-situ & in-situ efterbehandlingstekniker för sediment: En generell översikt; (4) Projekt med övertäckning av förorenade sediment, globalt: En inledande översikt; (5) Övertäckning av fiberbankssediment: En unik utmaning

Published
2016

2. In-situ övertäckning av förorenade sediment. Förorenade sediment i Sverige: En preliminär översikt

Author

Jersak, Joseph, Göransson, Gunnel, Ohlsson, Yvonne, Larsson, Lennart, Flyhammar, Peter, and Lindh, Per

Subjects
Sweden, Geoteknik, Contamination, English, Geovetenskap och miljövetenskap, In-situ capping, Sediment, Geotechnical Engineering, Earth and Related Environmental Sciences, Pollution
Abstract

Presents a preliminary review of the type and occurrence of contaminated sediments identified in each of Sweden's 21 counties. Contaminated mineral-based (minerogenic) and/or cellulose-bearing ("fiber-bank") sediments occur in at least 19 counties and, at many sites, likely pose unacceptable risks that require effective management (remediation).

Published
2016

3. In-situ övertäckning av förorenade sediment. Åtgärdstekniker för sediment. En generell översikt

Author

Jersak, Joseph, Göransson, Gunnel, Ohlsson, Yvonne, Larsson, Lennart, Flyhammar, Peter, and Lindh, Per

Subjects
Geoteknik, Contamination, English, Control, Geovetenskap och miljövetenskap, Remediation, Sediment, Geotechnical Engineering, Earth and Related Environmental Sciences, Pollution, Costs
Abstract

(1) Ex-situ sediment remediation technologies; (2) In-situ sediment remediation technologies; (3) Combination of remediation technologies; (4) Costs

Published
2016

4. In-situ övertäckning av förorenade sediment. Övergripande sammanfattning

Author

Jersak, Joseph, Göransson, Gunnel, Ohlsson, Yvonne, Larsson, Lennart, Flyhammar, Peter, and Lindh, Per

Subjects
Design, Geovetenskap och miljövetenskap, In-situ capping, Geotechnical Engineering, Pollution, Fibre, Geoteknik, Contamination, English, Sediment, Liner, Earth and Related Environmental Sciences, Cover, Construction
Abstract

(1) State of the art review: In-situ capping of contaminated sediments; (2) Contaminated sediment in Sweden: A preliminary review; (3) Established ex-situ & in-situ sediment remediation technologies: A general overview; (4) Sediment capping projects worldwide: A preliminary overview; (5) Capping Sweden's fiberbank sediments: A unique challenge

Published
2016

5. In-situ capping of contaminated sediments. Method overview

Author

Jersak, Joseph, Göransson, Gunnel, Ohlsson, Yvonne, Larsson, Lennart, Flyhammar, Peter, and Lindh, Per

Subjects
Design, Geovetenskap och miljövetenskap, In-situ capping, Geotechnical Engineering, Pollution, Geoteknik, Contamination, Swedish, Control, Sediment, Liner, Earth and Related Environmental Sciences, Cover, Construction
Abstract

Projektets huvudsakliga syfte har varit att ta fram en aktuell och teknisk detaljerad metodöversikt för in-situ övertäckning av förorenade sediment. Ytterligare ett syfte med projektet har varit att ta fram flera understödjande publikationer för att förklara hur och varför en sådan översikt är viktig och relevant för ett stort antal svenska aktörer.

Published
2016

6. In-situ övertäckning av förorenade sediment. Metodöversikt

Author

Jersak, Joseph, Göransson, Gunnel, Ohlsson, Yvonne, Larsson, Lennart, Flyhammar, Peter, and Lindh, Per

Subjects
Design, Geovetenskap och miljövetenskap, In-situ capping, Geotechnical Engineering, Pollution, Geoteknik, Contamination, English, Control, Sediment, Liner, Earth and Related Environmental Sciences, Cover, Construction
Abstract

The main objective for this project was to conduct a technically detailed, state-of-the-art review of the remedial practice of in-situ capping of contaminated sediments. Another objective was to develop several supporting appendices intended to collectively explain how and why such a state-of-the-art review is important and relevant to awide variety of Swedish stake holders.

Published
2016

7. In-situ övertäckning av förorenade sediment. Globala övertäckningsprojekt. En preliminär översikt

Author

Jersak, Joseph, Göransson, Gunnel, Ohlsson, Yvonne, Larsson, Lennart, Flyhammar, Peter, and Lindh, Per

Subjects
Geoteknik, Contamination, English, Case history, Geovetenskap och miljövetenskap, In-situ capping, Sediment, Liner, Geotechnical Engineering, Earth and Related Environmental Sciences, Cover, Pollution
Abstract

(1) Sediment capping projects, internationally; (2) Norwegian capping projects; (3) Swedish capping projects, plus dredging projects (for comparison); (4) Capping projects in other Scandinavian countries; Appendix: (1) Draft summary of contaminated sediment capping projects. Revised 2005

Published
2016

8. In-situ övertäckning av förorenade sediment. Referenser

Author

Jersak, Joseph, Göransson, Gunnel, Ohlsson, Yvonne, Larsson, Lennart, Flyhammar, Peter, and Lindh, Per

Subjects
Design, Bibliography, Geovetenskap och miljövetenskap, In-situ capping, Geotechnical Engineering, Pollution, Geoteknik, Contamination, English, Control, Sediment, Liner, Earth and Related Environmental Sciences, Cover, Construction
Published
2016

10. In-situ capping of contaminated sediments. References

Author

Jersak, Joseph, Göransson, Gunnel, Ohlsson, Yvonne, Larsson, Lennart, Flyhammar, Peter, Lindh, Per, Jersak, Joseph, Göransson, Gunnel, Ohlsson, Yvonne, Larsson, Lennart, Flyhammar, Peter, and Lindh, Per

Published
2016

11. In-situ capping of contaminated sediments. Remedial sediment capping projects worldwide: A preliminary overview

Author

Jersak, Joseph, Göransson, Gunnel, Ohlsson, Yvonne, Larsson, Lennart, Flyhammar, Peter, Lindh, Per, Jersak, Joseph, Göransson, Gunnel, Ohlsson, Yvonne, Larsson, Lennart, Flyhammar, Peter, and Lindh, Per

Abstract

(1) Sediment capping projects, internationally; (2) Norwegian capping projects; (3) Swedish capping projects, plus dredging projects (for comparison); (4) Capping projects in other Scandinavian countries; Appendix: (1) Draft summary of contaminated sediment capping projects. Revised 2005

Published
2016

12. In-situ capping of contaminated sediments. Contaminated sediments in Sweden: A preliminary review

Author

Jersak, Joseph, Göransson, Gunnel, Ohlsson, Yvonne, Larsson, Lennart, Flyhammar, Peter, Lindh, Per, Jersak, Joseph, Göransson, Gunnel, Ohlsson, Yvonne, Larsson, Lennart, Flyhammar, Peter, and Lindh, Per

Abstract

Presents a preliminary review of the type and occurrence of contaminated sediments identified in each of Sweden's 21 counties. Contaminated mineral-based (minerogenic) and/or cellulose-bearing ("fiber-bank") sediments occur in at least 19 counties and, at many sites, likely pose unacceptable risks that require effective management (remediation).

Published
2016

13. In-situ capping of contaminated sediments. Sediment remediation technologies: A general overview

Author

Jersak, Joseph, Göransson, Gunnel, Ohlsson, Yvonne, Larsson, Lennart, Flyhammar, Peter, Lindh, Per, Jersak, Joseph, Göransson, Gunnel, Ohlsson, Yvonne, Larsson, Lennart, Flyhammar, Peter, and Lindh, Per

Abstract

(1) Ex-situ sediment remediation technologies; (2) In-situ sediment remediation technologies; (3) Combination of remediation technologies; (4) Costs

Published
2016

17. Aluminum Release from Solid‐Phase Components of Forest Soil Leached with Citric Acid

Author

Jersak, Joseph M. and McColl, John G.

Abstract

The solubility of solid‐phase Al pools within size fractions of a forest soil A horizon was evaluated using aqueous citric acid to determine the rates and cumulative amounts of Al released over time. Particle‐size fractions were also characterized by the nature and sizes of various solid‐phase Al pools present. The magnitude of particular Al pools explained the rate of Al release over time. Sizes of organically bound Al pools (quantified by Na pyrophosphate extraction) were similar to those amounts of Al rapidly released in the early stages of citric acid leaching, indicating that organically bound Al was the most soluble of the solid‐phase Al pools. The steady, but slower, subsequent release of soil Al is attributed to solubilization from primary and secondary crystalline lattice minerals. Results reaffirm the use of Na pyrophosphate extraction as a method for quantifying reactive solid‐phase soil Al pools because of its ability to extract a unique and reactive Al pool from a range of soil particle sizes.

Published
1989
Full Text
View/download PDF

19. Trace metal geochemistry in spodosols of the northeastern United States

Author

Amundson, Ronald, Brimhall, Jr., George, and Jersak, Joseph

Subjects
GEOCHEMISTRY, COBALT, CHROMIUM, COPPER, LEAD, NICKEL, SOIL science, ZINC
Abstract

Long-term or postglacial (~~12 000-year) net fluxes of Pb, Cu, Zn, Ni, Cr, and Co through three Spodosols, formed from different parent materials, were calculated using mass-balance modeling. Metal contentsin vegetation and O horizons were also estimated and measured, respectively. Total metal contents in mineral horizons were fractionated into different operationally defined pedogenic phases using a sequential extraction technique. With few exceptions, the three soils had significant leaching losses for all trace metals (from 7--508 kg ha{sup}- 1{end}), the greatest losses generally occurring in the E and upperB horizons. The magnitude of losses by leaching varied with parent material, as a result of differences in weatherabilities of mineral suites. Combined metal contents in vegetation and O horizons, which mayoriginate from anthropogenic additions as well as mineral weathering, are significantly large in some cases; however, these metal amountsare apparently not large enough to offset long-term leaching losses from the underlying mineral soil profiles. Some B and C horizons had net accumulations of extractable Pb, Cu, and/or Ni-bearing phases. Based on the sequential extraction procedure used, the extractable metal forms are probably pedogenic Fe oxide- and/or organic-bound phases.One soil apparently gained Cu (~~38 kg ha{sup}-1{end}), which may have been from atmospheric deposition. [ABSTRACT FROM AUTHOR]

Published
1997

Catalog

Books, media, physical & digital resources
See catalog results